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Telescopes and Instruments

SMARTS 1.5-m Telescope

About the 1.5m telescope

The 1.5-meter telescope is mounted on an asymmetrical, off-axis mounting and is used on the east side of the pier. It is not possible to reverse the telescope over the pier.

[11]Currently CHIRON [12] is the only instrument in use at the SMARTS 1.5-m telescope.  In the past, the 1.5-m has also hosted the following (now retired) instruments: Bench Mounted Echelle (BME) Spectrograph, the 1.5-m RC Spectrograph, the Automated Single Channel Photometer (ASCAP), OSIRIS and CIRIM IR imagers, a Cass focus CCD (CFCCD) Imager and the CPAPIR wide-field IR Imager.

All Cassegrain instruments are mounted on an instrument rotator, and thus they may be placed at any position angle on the sky. However, rotation is performed manually and can only be done near zenith, so changing the PA usually requires at least 10 min. The angle can be read to ± 0.1 degree. Variable speed, D.C. motors have been incorporated into both the right ascension and declination drives in order to improve the efficiency of the telescope for infrared work.

The view of the 1.5-meter telescope is restricted when looking towards the SE by the dome of the 4.0-meter telescope. At the following declinations, exceeding the indicated hour angle will cause the view to be obstructed:

DEC
(deg)		 Hour Angle
(h m)
-50     5 44 E
-55 5 30
-60 5 05
-65 4 55
-70 4 50
-75 4 10

Graph of theoretical image quality [13] over the FOV and sensitivity of focus with temperature change.

Plate logs

1.5-m Plate log (Jan 1969 - Aug1990)

The following is the log of 1,5M (60") telescope plates taken between January 1969 and August 1990.

You can search in the menu bar for the month or download the CSV file of all the data

1.5M Plate Logs (CSV) [14]

 

 

1969

1969 Plate logs for 1.5-m Telescope

January

January 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp.

Time		 Emulsion Filtro Seeing Observer Date Object Re-

marks		 CTIO
17   05 09 42 - 68 49 15 m lla - O GG 385 2" B . Bok 31 01 69 NGC 1854    
18   05 09 42 - 68 49 30 m lla - O UG 2 2" B . Bok 31 01 69 NGC 1854    
19   05 09 42 - 68 49 30 m 103a - D GG 495 2" B . Bok 31 01 69 NGC 1854    
20   05 40 00 - 69 04 45 m 103a - E R G 610 2" B . Bok 31 01 69 30 Dor.    
21   11 39 05 - 61 54 15 m lla - O GG 385 2" B . Bok 31 01 69 HD 101545    
22   11 39 05 - 61 54 45 m lla - O UG 2 2" B . Bok 31 01 69 HD 101545    
23   11 39 05 - 61 54 45 m 103a - D GG 495 4.5" B . Bok 31 01 69 HD 101545    

 

Last Updated on 8/27/99

By Guerra & Marin

 

February

February 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
24   05 07 44 - 69 05.7 10 m 103a - D GG 495 2" B . Bok 01 02 69 Sec Tifft    
25a   05 07 44 - 69 05.7 07 m lla - O GG 385 2" B . Bok 01 02 69 Sec Tifft    
25b   05 07 44 - 69 05.7 45 m lla - O UG 2 2.5" B . Bok 01 02 69 Sec Tifft    
26   05 22 28 - 68 00.3 10 m 103a - D GG 495 2.5" B . Bok 01 02 69 NGC 1927 Broken Ok" ? CTIO
27a   05 22 28 - 68 00.3 ? lla - O UG 2 2.5" B . Bok 01 02 69 NGC 1927    
27b   05 22 28 - 68 00.3 07 m lla - O GG 385 1.5 B . Bok 01 02 69 NGC 1927 Broken Ok" CTIO
28   10 18 54 - 56 03.4 10 m 103a - D GG 495 3" B . Bok 01 02 69 ?    
29a   10 18 54 - 56 03.4 07 m lla - O GG 385 3" B . Bok 01 02 69 ?    
29b   10 18 54 - 56 03.4 45 m lla - O UG 2 3" B . Bok 01 02 69 ?    
30   11 36 33 - 63 12.4 10 m 103a - D GG 495 3" B . Bok 01 02 69 IC 2944    
31a   11 36 33 - 63 12.4 07 m lla - O GG 385 2.5" B . Bok 01 02 69 IC 2944    
31b   11 36 33 - 63 12.4 40 m lla - O UG 2 2" B . Bok 01 02 69 IC 2944    

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1969 Plate logs for 1.5-m telescope

Plate N.N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
32   16 52 15 -42 52 01 m lla - O -   Every Body 29 04 69 NGC 6231 focus plate  
                         
Plate N.N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
32   16 52 15 -42 52 01 m lla - O -   Every Body 29 04 69 NGC 6231 focus plate  



Last Updated on 8/27/99

By Jorge Marin

June

 June 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
89   17 23 06 - 48 27 01 m 103a - O GG 385   Hartwick 09 06 69 NGC 6352 focus plate  
90   12 22 30 - 72 31 15 m 103a - O GG 385   Hartwick 09 06 69 NGC 4372    
91   12 20 31 - 72 31 01 m 103a - D GG 495   Hartwick 09 06 69 NGC 4372 focus plate  
92   12 20 31 - 72 31 45 m 103a - D GG 495   Hartwick 09 06 69 NGC 4372    
93   12 20 30 - 72 31 30 m 103a - D GG 495   Hartwick 09 06 69 NGC 4372    
94   12 20 30 - 72 31 30 m 103a - O GG 385   Hartwick 09 06 69 NGC 4372    
95   17 21 48 - 17 49 60 m 103a - O GG 385   Hartwick 09 06 69 NGC 6356 Broken Ok"  
96   17 21 48 - 17 49 60 m 103a - D GG 495   Hartwick 09 06 69 NGC 6356    
97   17 21 30 - 48 25 15 m 103a - D GG 495   Hartwick 09 06 69 NGC 6352    
98   17 21 30 - 48 25 15 m 103a - D GG 495   Hartwick 09 06 69 NGC 6352    
99   17 21 30 - 48 25 15 m 103a - O GG 385   Hartwick 09 06 69 NGC 6352    
100   17 21 30 - 48 25 15 m 103a - O GG 385   Hartwick 09 06 69 NGC 6352    
101   12 23 00 - 72 24   103a - O GG 385   Hartwick 15 06 69 NGC 4372 focus plate CTIO
102   12 23 00 - 72 24   103a - O GG 385   Hartwick 15 06 69 NGC 4372 focus plate  
103   12 23 00 - 72 24 15 m 103a - O GG 385   Hartwick 15 06 69 NGC 4372    
104   12 23 00 - 72 24 15 m 103a - D GG 495   Hartwick 15 06 69 NGC 4372    
105   17 20 00 - 17 46 30 m 103a - D GG 495   Hartwick 15 06 69 NGC 6356    
106   17 20 00 - 17 46 30 m 103a - O GG 385   Hartwick 15 06 69 NGC 6356    
107   17 21 36 - 48 26 30 m 103a - O GG 385   Hartwick 15 06 69 NGC 6352    
108   17 21 36 - 48 26 30 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352    
109   17 21 36 - 48 26 15 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352    
110   17 21 36 - 48 26 30 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352 focus plate CTIO
111   17 21 36 - 48 26 30 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352    
112   17 21 36 - 48 26 15 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352    
113   17 21 36 - 48 26 15 m 103a - O GG 385   Hartwick 15 06 69 NGC 6352    
114   17 21 36 - 48 26 15 m 103a - O GG 385   Hartwick 15 06 69 NGC 6352    
115   17 21 36 - 48 26 15 m 103a - D GG 495   Hartwick 15 06 69 NGC 6352    
116   12 23 00 - 72 24 60 seg 103a - D GG 495   Hartwick 16 06 69 NGC 4372 focus plate CTIO
117   12 23 00 - 72 24 60 seg 103a - D GG 495   Hartwick 16 06 69 NGC 4372 focus plate CTIO
118   12 23 00 - 72 24 30 seg 103a - D GG 495   Hartwick 16 06 69 NGC 4372 focus plate CTIO
119   12 23 00 - 72 24 30 m 103a - D GG 495   Hartwick 16 06 69 NGC 4372    
120   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522 Broken Ok" CTIO
121   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522   CTIO
122   17 20 00 - 17 46 30 m 103a - D GG 495   Hartwick 16 06 69 NGC 6356    
123   17 21 00 - 48 26 01 m 103a - D GG 495   Hartwick 16 06 69 NGC 6352 focus plate  
124   17 21 00 - 48 26 30 m 103a - D GG 495   Hartwick 16 06 69 NGC 6352    
125   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522   CTIO
126   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522   CTIO
127   17 21 00 - 48 26   103a - O GG 385   Hartwick 16 06 69 NGC 6352 focus plate CTIO
128   17 21 00 - 48 26 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6352    
129   17 46 48 - 37 02 15 m 103a - O GG 385   Hartwick 16 06 69 NGC 6441    
130   17 46 48 - 37 02 15 m 103a - D GG 495   Hartwick 16 06 69 NGC 6441    
131   17 46 48 - 37 02 05 m 103a - D GG 495   Hartwick 16 06 69 NGC 6441    
132   17 46 48 - 37 02 05 m 103a - O GG 385   Hartwick 16 06 69 NGC 6441    
133   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522 Broken Ok" CTIO
134   18 00 00 - 30 02 30 m 103a - D GG 495   Hartwick 16 06 69 NGC 6522   CTIO
135   18 00 00 - 30 02 25 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522 Broken Ok" CTIO
136   18 00 00 - 30 02 30 m 103a - O GG 385   Hartwick 16 06 69 NGC 6522 Destroyed CTIO

  

Last Updated on 8/27/99

By Guerra & Marin 

August

August 1969 Plate logs for 1.5-m telescope

Plate N.N. R.A. Dec Exp Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
137   11 38 00 -45 36 15 m 103a - O none   Mintz/Blanco 16 08 69 1620 Geographos    
138   11 38 00 -45 37 15 m 103a - O none   Mintz/Blanco 17 08 69 1620 Geographos    
139   11 53 00 -47 24 15 m 103a - O none   Mintz/Blanco 18 08 69 1620 Geographos    
140   11 53 00 -47 24 15 m 103a - O none   Mintz/Blanco 18 08 69 1620 Geographos    
141   12 10 43 -49 12.7 15 m 103a - O none   Mintz/Blanco 19 08 69 1620 Geographos    
142   12 10 43 -49 12.7 15 m 103a - O none   Mintz/Blanco 19 08 69 1620 Geographos    
143   12 32 04 -51 02.5 15 m 103a - O none   Mintz/Blanco 20 08 69 1620 Geographos    
144   12 32 04 -51 02.5 15 m 103a - O none   Mintz/Blanco 20 08 69 1620 Geographos    
145   12 58 03 -56 42.4 15 m 103a - O none   Mintz/Blanco 21 08 69 1620 Geographos    
146   12 58 03 -56 42.4 15 m 103a - O none   Mintz/Blanco 21 08 69 1620 Geographos    
147   12 58 03 -56 42.4 05 m 103a - O none   Mintz/Blanco 21 08 69 1620 Geographos    

 

Last Updated on 8/27/99

Jorge Marin

 

 

September

September 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
148   17 58 36 - 25 00 35 m 103a - O UG 2   Hiltner / Blanco 04 09 69 GX 5 - 1    
149   17 58 36 - 25 00 117 m 103a - O UG 2   Hiltner / Blanco 06 09 69 GX 5 - 1    
150   17 58 36 - 25 00 20 m 103a - E GG 385   Hiltner / Blanco 06 09 69 GX 5 - 1    
151   00 51 15 - 26 56.3 20 m lla - O UG 2   Hiltner / Blanco 06 09 69 NGC 288    
152   00 51 15 - 26 56.3 10 m 103a - D GG 495   Hiltner / Blanco 06 09 69 NGC 288    
153   00 51 15 - 26 56.3 20 m lla - O UG 2   Figueroa 06 09 69 NGC 288    
154   00 51 15 - 26 56.3 10 m 103a - D GG 495 3" Figueroa 06 09 69 NGC 288    
155   00 13 30 - 39 23 45 m lla - O none   Figueroa 06 09 69 NGC 55    
156   05 39 06 - 69 09 45 m lla - O UG 2   Figueroa 06 09 69 30 Dor.    

 

Last Updated on 8/27/99

By Guerra & Marin

October

October 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
157   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 07 10 69 S M C RF Broken Ok"  
158   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 07 10 69 S M C RF    
159   23 16 00 - 72 00 30 m 103a - O GG 385   Landi 07 10 69 Center Zona F1    
160   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 07 10 69 S M C RF    
161   01 01 23 - 73 54 30 m 103a - D GG 495   Landi 07 10 69 S M C RF    
162   01 07 00 - 73 02 30 m 103a - D GG 495   Landi 07 10 69 SMC cum 419    
163   01 01 23 - 73 54 30 m 103a - D GG 495   Landi 07 10 69 S M C RF    
164   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 07 10 69 S M C RF    
165   02 17 00 - 70 40 30 m 103a - O GG 385   Landi 07 10 69 Zona A II    
166   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 07 10 69 S M C RF    
167   23 16 00 - 72 00 30 m 103a - O GG 385   Landi 08 10 69 Zona CF l Broken Ok"  
168   01 01 23 - 73 54 40 m 103a - O GG 385   Landi 08 10 69 S M C RF    
169   01 01 23 - 73 54 40 m 103a - D GG 495   Landi 08 10 69 S M C RF    
170   23 16 00 - 72 00 30 m 103a - O GG 385   Landi 08 10 69 Zona CF l    
171   01 01 23 - 73 54 35 m 103a - D GG 495   Landi 08 10 69 S M C RF    
172   01 07 00 - 73 02 35 m 103a - O GG 385   Landi 08 10 69 SMC cum 419    
173   01 07 00 - 73 02 25 m 103a - O GG 385   Landi 08 10 69 SMC cum 419    
174   01 01 23 - 73 54 25 m 103a - O GG 385   Landi 08 10 69 S M C RF    
175   01 01 23 - 73 54 30 m 103a - D GG 495   Landi 08 10 69 S M C RF    
176   01 07 00 - 73 02 30 m 103a - D GG 495   Landi 08 10 69 SMC cum 419    
177   01 01 23 - 73 54 25 m 103a - O GG 385   Landi 08 10 69 S M C RF    
178   17 59 42 - 20 32 106 m 103a - O UG 2   Landi 10 10 69 GX 9 + 1    
179   17 59 42 - 20 32 10 m 103a - D GG 495   Landi 10 10 69 GX 9 + 1    
180   17 59 48 - 25 20 96 m 103a - O UG 2   Landi 11 10 69 GX 5 - l    
181   17 59 48 - 25 20 10 m 103a - D GG 495   Landi 11 10 69 GX 5 - l    
182   01 01 23 - 73 54 35 m 103a - O GG 385 3" Landi 11 10 69 S M C RF    
183   01 07 00 - 73 02 35 m 103a - O GG 385   Landi 11 10 69 SMC cum 419    
184   01 07 00 - 73 02 25 m 103a - O GG 385   Landi 11 10 69 SMC cum 419    
185   01 01 23 - 73 54 25 m 103a - O GG 385   Landi 11 10 69 S M C RF    
186   23 16 00 - 72 00 30 m 103a - O GG 385   Landi 11 10 69 Zona CF l    
187   02 17 00 - 70 40 30 m 103a - O GG 385   Landi 11 10 69 Zona A II    
188   01 01 23 - 73 54 30 m 103a - O GG 385   Landi 11 10 69 S M C RF    
189   01 01 23 - 73 54 35 m 103a - O GG 385 4" Landi 11 10 69 S M C RF    
190   01 01 23 - 73 54 35 m 103a - O GG 385   Landi 13 10 69 S M C RF    
191   23 16 00 - 72 00 30 m 103a - O GG 385   Landi 13 10 69 Zona CF l    
192   01 01 23 - 73 54 35 m 103a - D GG 495   Landi 13 10 69 S M C RF    
193   01 07 21 - 73 02 35 m 103a - D GG 495   Landi 13 10 69 SMC cum 419    
194   01 07 21 - 73 02 40 m 103a - O UG 2   Landi 13 10 69 SMC cum 419    
195   01 01 23 - 73 54 40 m 103a - O UG 2   Landi 13 10 69 S M C RF    
196   01 01 23 - 73 54 35 m 103a - O GG 385   Landi 13 10 69 S M C RF    
197   01 07 21 - 73 02 35 m 103a - O GG 385   Landi 13 10 69 SMC cum 419    
198   01 01 23 - 73 54 35 m 103a - O GG 385   Landi 13 10 69 S M C RF    

 

Last Updated on 8/27/99

By Guerra & Marin

 

November

November 1969 Plate logs for 1.5-m telescope.

Plate N. N. R. A. Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
199   00 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 02 11 69 NGC 121    
200   01 49 06 - 73 51 60 m 103a - O GG 385   J. Graham 02 11 69 Lindsay 133    
201   03 44 36 - 71 45 60 m 103a - O GG 385   J. Graham 02 11 69 NGC 1466    
202   02 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 02 11 69 NGC 121    
203   02 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 03 11 69 NGC 121    
204   01 49 06 - 73 51 60 m 103a - O GG 385   J. Graham 03 11 69 Lindsay 133    
205   03 44 36 - 71 45 60 m 103a - O GG 385   J. Graham 03 11 69 NGC 1466    
206   02 25 42 - 71 41 70 m 103a - O GG 385   J. Graham 03 11 69 NGC 121    
207   01 49 06 - 73 51 60 m 103a - O GG 385   J. Graham 03 11 69 Lindsay 133    
208   03 44 36 - 71 45 60 m 103a - O GG 385   J. Graham 03 11 69 NGC 1466    
209   18 00 24 - 30 02 30 m lla - O GG 385   J. Hesser 04 11 63 NGC 6522   CTIO
210   20 52 30 - 12 34.5 30 m lla - O GG 385   J. Hesser 04 11 63 NGC 6994    
211   20 52 30 - 12 34.5 30 m 103a - D GG 495   J. Hesser 04 11 63 NGC 6994    
212   03 27 00 - 53 00 100 m 103a - D GG 495   J. Hesser 04 11 63 Klemola 8    
213   07 48 42 - 38 17 30 m 103a - D GG 495   J. Hesser 04 11 63 NGC 2447    
214   07 48 42 - 38 17 30 m lla - O GG 385   J. Hesser 04 11 63 NGC 2447    
215   07 48 42 - 38 17 30 m lla - O GG 385   J. Hesser 04 11 63 NGC 2447    
216   07 48 42 - 38 17 30 m 103a - D GG 495   J. Hesser 04 11 63 NGC 2447    
217   18 00 24 - 30 02 45 m 103a - O GG 385   J. Hesser 05 11 63 NGC 6522 Broken Ok" CTIO
218   20 52 30 - 12 34.5 30 m 103a - O GG 385   J. Hesser 05 11 63 NGC 6994    
219   20 52 30 - 12 34.5 16 m 103a - D GG 495   J. Hesser 05 11 63 NGC 6994    
220   00 23 00 - 72 00 15 m 103a - D GG 495   J. Hesser 05 11 63 47 Tuc    
221   00 23 00 - 72 00 15 m lla - O GG 385   J. Hesser 05 11 63 47 Tuc    
222   00 23 00 - 72 00 15 m 103a - D GG 495   J. Hesser 05 11 63 47 Tuc    
223   00 23 00 - 72 00 15 m 103a - O GG 385   J. Hesser 05 11 63 47 Tuc Destroyed  
224   07 48 42 - 38 17 30 m 103a - O GG 385   J. Hesser 05 11 63 NGC 2447    
225   07 48 42 - 38 17 30 m 103a - O GG 385   J. Hesser 05 11 63 NGC 2447    
226   07 48 42 - 38 17 30 m 103a - D GG 495   J. Hesser 05 11 63 NGC 2447    
227   00 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 07 11 69 NGC 121    
228   01 49 06 - 73 51 15 m 103a - O GG 385   J. Graham 07 11 69 Lindsay 133    
229   00 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 07 11 69 NGC 121    
230   18 00 24 - 30 02 30 m 103a - O GG 385   J. Hesser 09 11 69 NGC 6522 Destroyed CTIO
231   20 52 30 - 12 34.5 30 m 103a - O GG 385   J. Hesser 09 11 69 NGC 6994    
232   20 52 30 - 12 34.5 30 m 103a - D GG 495   J. Hesser 09 11 69 NGC 6994    
233   03 27 00 - 53 00 90 m 103a - O GG 385   J. Hesser 09 11 69 Klemola 8    
234   07 48 42 - 38 17 60 m 103a - O GG 385   J. Hesser 09 11 69 NGC 2447    
235   07 48 42 - 38 17 60 m 103a - D GG 495   J. Hesser 09 11 69 NGC 2447    
236   07 48 42 - 38 17 10 m 103a - O GG 385   J. Hesser 09 11 69 NGC 2447    
237   01 09 06 - 32 19 45 m 103a - O GG 385   M. Smith 10 11 69 Klemola 1    
238   01 09 06 - 32 19 90 m 103a - D GG 495   M. Smith 10 11 69 Klemola 1    
239   03 15 42 - 54 18 120 m 103a - D GG 495   M. Smith 10 11 69 Klemola 7    
240   02 45 30 - 35 19 90 m 103a - D GG 495   M. Smith 10 11 69 Klemola 3    
241   02 45 30 - 35 19 90 m 103a - O GG 385   M. Smith 11 11 69 Klemola 3    
242   03 15 42 - 54 18 48 m 103a - O GG 385   M. Smith 11 11 69 Klemola 7    
243   00 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 12 11 69 NGC 121    
244   01 49 06 - 73 51 60 m 103a - O GG 385   J. Graham 12 11 69 Lindsay 133    
245   04 59 00 - 66 01 60 m 103a - O GG 385   J. Graham 12 11 69 NGC 1783    
246   00 25 42 - 71 41 60 m 103a - O GG 385   J. Graham 12 11 69 NGC 121 bad plate  
247   03 44 36 - 71 45 55 m 103a - O GG 385   J. Graham 12 11 69 NGC 1466    
248   04 59 00 - 66 01 55 m 103a - O GG 385   J. Graham 12 11 69 NGC 1783    
249   00 47 56 - 25 25 45 m 103a - O none   V. Blanco 14 11 69 NGC 2453 Plate 11 X 14  
250   02 38 18 - 34 39 45 m 103a - O none   V. Blanco 14 11 69 Fornax Plate 11 X 14  
251   05 39 00 - 69 06.8 20 m 103a - O none   V. Blanco 14 11 69 Tarantula Plate 11 X 14  
252   05 39 00 - 69 06.8 20 m 103a - O none   V. Blanco 14 11 69 Tarantula Plate 11 X 14  
253   05 22 28 - 68 00.3 20 m 103a - O none   V. Blanco 14 11 69 NGC 1927 Plate 11 X 14  
219                        

 

Last Updated on 8/27/99

By Guerra & Marin

 

December

December 1969 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
254   05 39 00 - 69 11.9 15 m lla - O UG 2 2" - 3" Mendoza 02 12 69 R 136    
255   05 39 00 - 69 11.9 85 m I N hip. RG 695 2" - 3" Mendoza 02 12 69 R 136    
256   05 39 00 - 69 11.9 45 m I N hip. RG 695 3" Mendoza 02 12 69 R 136    
257   04 59 00 - 66 01 30 m 103a - O none 2" Graham 03 12 69 NGC 1783    
258   05 09 00 - 69 00 30 m 103a - O none 2" Graham 03 12 69 Boktifft    
259   04 59 00 - 66 01 30 m 103a - O none 1.5" Graham 03 12 69 NGC 1783    
260   05 09 00 - 69 00 30 m 103a - O none 1.5" Graham 03 12 69 Boktifft    
261   04 59 00 - 66 01 30 m 103a - O none 1.5" Graham 03 12 69 NGC 1783    
262   05 09 00 - 69 00 30 m 103a - O none 1" Graham 03 12 69 Boktifft    
263   04 59 00 - 66 01 30 m 103a - O none 1" Graham 03 12 69 NGC 1783    
264   05 09 00 - 69 00 30 m 103a - O none 2.5" Graham 03 12 69 Boktifft    
265   04 59 00 - 66 01 30 m 103a - O none 2.5" Graham 04 12 69 NGC 1783    
266   05 09 00 - 69 00 30 m 103a - O none 2" Graham 04 12 69 Boktifft    
267   04 59 00 - 66 01 30 m 103a - O none 2" Graham 04 12 69 NGC 1783    
268   05 09 00 - 69 00 30 m 103a - O none 2" Graham 04 12 69 Boktifft    
269   04 59 00 - 66 01 30 m 103a - O none 2" Graham 04 12 69 NGC 1783    
270   05 09 00 - 69 00 30 m 103a - O none 2" Graham 04 12 69 Boktifft    
271   04 59 00 - 66 01 30 m 103a - O none 1" Graham 04 12 69 NGC 1783    
272   05 09 00 - 69 00 31 m 103a - O none 1" Graham 04 12 69 Boktifft    
273   04 59 00 - 66 01 30 m 103a - O none 1" Graham 04 12 69 NGC 1783    
274   00 22 36 - 72 14 40 m 103a - O none 2" Graham 05 12 69 47 Tucan    
275   04 59 00 - 66 01 30 m 103a - O none 2" Graham 05 12 69 NGC 1783    
276   05 09 00 - 69 00 30 m 103a - O none 2" Graham 05 12 69 Boktifft    
277   04 59 00 - 66 01 30 m 103a - O none 2" - 3" Graham 05 12 69 NGC 1783    
278   05 09 00 - 69 00 30 m 103a - O none 2" - 3" Graham 05 12 69 Boktifft    
279   04 59 00 - 66 01 30 m 103a - O none 2" - 3" Graham 05 12 69 NGC 1783    
280   05 09 00 - 69 00 30 m 103a - O none 1.5" Graham 05 12 69 Boktifft    
281   04 59 00 - 66 01 30 m 103a - O none 1.5" Graham 05 12 69 NGC 1783    
282   05 09 00 - 69 00 30 m 103a - O none 1.5" Graham 05 12 69 Boktifft    
283   04 59 00 - 66 01 30 m 103a - O none 1.5" Graham 05 12 69 NGC 1783    
284   03 10 54 - 55 25 10 m 103a - D GG 495   Contreras 14 12 69 NGC 1261    
285   03 10 54 - 55 25 30 m 103a - O GG 385   Contreras 14 12 69 NGC 1261    
286   03 13 23 - 55 21 20 m 103a - O GG 385   Contreras 14 12 69 NGC 1261    
287   03 13 23 - 55 21 20 m 103a - D GG 495   Contreras 14 12 69 NGC 1261    
288   07 17 00 - 24 50 05 m 103a - O GG 385   Contreras 14 12 69 NGC 2362    
289   07 17 00 - 24 50 20 m 103a - O GG 385   Contreras 15 12 69 NGC 2362    
290   07 17 00 - 24 50 20 m 103a - D GG 495   Contreras 15 12 69 NGC 2362    
291   07 17 00 - 24 50 20 m 103a - D GG 495   Contreras 15 12 69 NGC 2362    
292   07 17 00 - 24 50 20 m 103a - O GG 385   Contreras 15 12 69 NGC 2362    
293   07 17 00 - 24 50 20 m 103a - D GG 495   Contreras 15 12 69 NGC 2362    
294   05 12 24 - 40 05 20 m 103a - O GG 385   Contreras 15 12 69 NGC 1851    
295   05 12 24 - 40 05 20 m 103a - D GG 495   Contreras 15 12 69 NGC 1851    
296   13 25 00 - 47 09 20 m 103a - O GG 385   Contreras 15 12 69 Omega Cen    
297   03 10 54 - 55 25 10 m 103a - O GG 385   Contreras 15 12 69 NGC 1261    
298   03 10 54 - 55 25 20 m 103a - D GG 495   Contreras 16 12 69 NGC 1261    
299   03 10 54 - 55 25 10 m 103a - O GG 385   Contreras 16 12 69 NGC 1261    
300   03 10 54 - 55 25 20 m 103a - D GG 495   Contreras 16 12 69 NGC 1261    
301   05 12 00 - 44 05 10 m 103a - O GG 385   Contreras 16 12 69 NGC 1851    
302   05 12 00 - 44 05 20 m 103a - D GG 495   Contreras 16 12 69 NGC 1851    
303   05 12 00 - 44 05 10 m 103a - O GG 385   Contreras 16 12 69 NGC 1851    
304   07 17 00 - 24 50 05 m 103a - O GG 385   Contreras 16 12 69 NGC 2362    
305   07 17 00 - 24 50 15 m 103a - O UG 2   Contreras 16 12 69 NGC 2362    
306   07 17 00 - 24 50 10 m 103a - D GG 495   Contreras 16 12 69 NGC 2362    
307   09 10 54 - 64 39 20 m 103a - D GG 495   Contreras 16 12 69 NGC 2808    
308   09 10 54 - 64 39 10 m 103a - O GG 385   Contreras 16 12 69 NGC 2808    

 

Last Updated on 8/27/99

By Jorge Marin

1970

1970 Plate logs for 1.5-m

January

January 1970 Plate log for 1.5-m telescope

Plate R. A. Dec Exp. Time Emulsion Filtro Observer Date Object
309 04 59 00 -66 01 40 m 103a - O none Graham 27 01 70 NGC 1783
310 04 59 00 -66 01 40 m 103a - O none Graham 29 01 70 NGC 1783

Fields N.N; Seeing, Remarks and CTIO empty

Last Updated on 8/27/99

By Guerra & Marin

February

February 1970 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
311   04 59 00 - 66 01 30 m 103a - O none   Graham 04 02 70 NGC 1783    
312   05 09 00 - 69 00 30 m 103a - O none   Graham 04 02 70 Bok tifft    
313   04 59 00 - 66 01 30 m 103a - O none   Graham 04 02 70 NGC 1783    
314   05 09 00 - 69 00 30 m 103a - O none   Graham 04 02 70 Bok tifft    
315   04 59 00 - 66 01 30 m 103a - O none   Graham 04 02 70 NGC 1783    
316   08 56 30 - 28 41 15 m 103a - O GG 385   Graham 04 02 70 K 1 - 2    
317   09 40 00 - 54 00 04 m lla - O GG 385   Graham 04 02 70 Field    
318   09 40 00 - 54 00 05 m 103a - D GG 495   Graham 04 02 70 Field    
319   11 12 00 - 61 05 60 m 103a - E RG 610   Graham 04 02 70 NGC 3603    
320   10 44 00 -59 26 20 m 103a - E RG 610   Graham 04 02 70 Eta Carina    
321   04 59 00 - 66 01 30 m 103a - O none   Graham 05 02 70 NGC 1783    
322   05 05 30 - 69 26 30 m 103a - O none   Graham 05 02 70 NGC 1835    
323   04 59 00 - 66 01 30 m 103a - O none   Graham 05 02 70 NGC 1783    
324   05 09 00 - 69 00 30 m 103a - O none   Graham 05 02 70 Bok tifft    
325   04 59 00 - 66 01 30 m 103a - O none   Graham 05 02 70 NGC 1783    
326   08 56 30 - 28 41 20 m lla - D GG 495   J Graham 05 02 70 K 1 - 2 Numeracion correcta  
327   09 40 00 - 54 00 05 m lla - O GG 385   J Graham 05 03 70 Vela Field Numeracion correcta  
328   09 40 00 - 54 00 05 m 103a - D GG 495   J Graham 05 02 70 Vela Field Numeracion correcta  
329   11 00 00 - 62 00 60 m lla - O none   J Graham 05 02 70 Carina Numeracion correcta  
330   13 23 27 - 42 45.7 20 m 103a - O none   Smith 09 02 70 NGC 5128 Numeracion correcta  
331   13 23 27 - 42 45.7 10 m 103a - O none   Smith 09 02 70 NGC 5128 Numeracion correcta  
332   13 23 27 - 42 45.7 160 m 103a - O none   Smith 09 02 70 NGC 5128 Numeracion correcta  
326   09 25 18 - 52 50.8 04 m 103a - D GG 495   Miller 08 02 70 HD 81848 Numeracion ???  
327   09 25 18 - 52 50.8 04 m 103a - D GG 495   Miller 08 02 70 HD 81848    
328   09 25 18 - 52 50.8 20 m 103a - D GG 495   Miller 08 02 70 HD 81848    
329   09 25 18 - 52 50.8 15 m 103a - O GG 385   Miller 08 02 70 HD 81848    
330   09 25 18 - 52 50.8 45 m 103a - O UG 2   Miller 08 02 70 HD 81848    
331   10 58 54 - 60 17 45 m 103a - O UG 2   Miller 08 02 70 HD 95414    
332   10 58 54 - 60 17 15 m 103a - O GG 385   Miller 08 02 70 HD 95414    
333   10 58 54 - 60 17 20 m 103a - D GG 495   Miller 08 02 70 HD 95414    
334   12 10 42 - 62 47 20 m 103a - D GG 495   Miller 08 02 70 HD 106068    
335   12 10 42 - 62 47 15 m 103a - O GG 385   Miller 08 02 70 HD 106068    
336   12 10 42 - 62 47 45 m 103a - O UG 2   Miller 08 02 70 HD 106068    
337   15 50 48 - 53 04 45 m 103a - O UG 2   Miller 08 02 70 Norma lll    
338   15 50 48 - 53 04 15 m 103a - O GG 385   Miller 08 02 70 Norma lll    
339   15 50 48 - 53 04 20 m 103a - D GG 495   Miller 08 02 70 Norma lll    
340   15 50 48 - 53 04 10 m 103a - D GG 495   Miller 08 02 70 Norma lll    
341   15 50 48 - 53 04 15 m 103a - O UG 2   Miller 08 02 70 Norma lll    
342   09 25 00 - 52 51 05 m 103a - O GG 385   Miller 09 02 70 HD 81848    
343   09 25 00 - 52 51 10 m 103a - D GG 495   Miller 09 02 70 HD 81848    
344   09 25 00 - 52 51 15 m 103a - O UG 2   Miller 09 02 70 HD 81848    
345   09 40 12 - 53 58 45 m 103a - O UG 2   Miller 09 02 70 HD 84092    
346   09 40 12 - 53 58 15 m 103a - O GG 385   Miller 09 02 70 HD 84092    
347   09 40 12 - 53 58 20 m 103a - D GG 495   Miller 09 02 70 HD 84092    
348   09 40 12 - 53 58 15 m 103a - O UG 2   Miller 09 02 70 HD 84092    
349   11 30 12 - 60 31 60 m lla - O UG 2   Miller 09 02 70 SA 193 Broken Ok" CTIO
350   11 30 12 - 60 31 20 m lla - O GG 385   Miller 09 02 70 SA 193   CTIO
351   11 30 12 - 60 31 15 m 103a - D GG 495   Miller 09 02 70 SA 193   CTIO
352   11 30 12 - 60 31 04 m 103a - D GG 495   Miller 09 02 70 SA 193    
353   12 11 00 - 62 47 30 m lla - O UG 2   Miller 09 02 70 HD 106068    
354   12 11 00 - 62 47 10 m lla - O GG 385   Miller 09 02 70 HD 106068    
355   12 11 00 - 62 47 04 m 103a - D GG 495   Miller 09 02 70 HD 106068    
356   15 50 48 - 53 04 10 m 103a - D GG 495   Miller 09 02 70 Norma lll    
357   15 50 48 - 53 04 04 m lla - O GG 385   Miller 09 02 70 Norma lll    
358   15 50 48 - 53 04 20 m lla - O UG 2   Miller 09 02 70 Norma lll    
359   15 50 06 - 56 14.4 30 m lla - O UG 2   Miller 09 02 70 Norma ll    
360   09 39 18 - 54 04.7 60 m lla - O UG 2   Miller 10 02 70 HD 84092    
361   10 19 54 - 55 55.6 30 m lla - O UG 2   Miller 10 02 70 HD 89890    
362   10 19 54 - 55 55.6 10 m lla - O GG 385   Miller 10 02 70 HD 89890    
363   10 19 54 - 55 55.6 04 m 103a - D GG 495   Miller 10 02 70 HD 89890   CTIO
364   10 58 48 - 60 16.6 04 m 103a - D GG 495   Miller 10 02 70 HD 95414    
365   10 58 48 - 60 16.6 10 m lla - O GG 385   Miller 10 02 70 HD 95414    
366   10 58 48 - 60 16.6 30 m lla - O UG 2   Miller 10 02 70 HD 95414    
367   11 30 12 - 60 32 30 m lla - O UG 2   Miller 10 02 70 SA 193    
368   11 30 12 - 60 32 10 m lla - O GG 385   Miller 10 02 70 SA 193    
369   12 10 42 - 62 32 10 m 103a - D GG 495   Miller 10 02 70 HD 106068    
370   14 19 00 - 60 48 05 m 103a - D GG 495   Miller 10 02 70 HD 125206    
371   14 19 00 - 60 48 10 m lla - O GG 385   Miller 10 02 70 HD 125206    
372   14 19 00 - 60 48 30 m lla - O UG 2   Miller 10 02 70 HD 125206    
373   15 55 30 - 54 15.7 30 m lla - O UG 2   Miller 10 02 70 Norma l    
374   15 55 30 - 54 15.7 10 m lla - O GG 385   Miller 10 02 70 Norma l    
375   15 55 30 - 54 15.7 05 m 103a - D GG 495   Miller 10 02 70 Norma l    
376   15 50 06 - 56 14.4 20 m 103a - D GG 495   Miller 10 02 70 Norma ll    
377   15 50 06 - 56 14.4 30 m lla - O GG 385   Miller 10 02 70 Norma ll    
378   15 50 06 - 56 14.4 53 m lla - O UG 2   Miller 10 02 70 Norma ll    
379   12 23 54 - 72 24.5 30 m 103a - O GG 385   J. Hesser 14 02 70 NGC 4372    
380   17 23 35 - 48 23.5 45 m 103a - O GG 385   J. Hesser 14 02 70 NGC 6352    
381   17 23 35 - 48 23.5 45 m 103a - D GG 495   J. Hesser 14 02 70 NGC 6352    
382   17 23 35 - 48 23.5 45 m 103a - O GG 385   J. Hesser 14 02 70 NGC 6352    
383   17 23 35 - 48 23.5 22 m 103a - D GG 495   J. Hesser 14 02 70 NGC 6352    
384   07 50 32 - 38 26 30 m lla - O GG 385   J. Hesser 16 02 70 NGC 2477    
385   12 22 42 - 72 29.5 30 m lla - O GG 385   J. Hesser 16 02 70 NGC 4372    
386   12 22 42 - 72 29.5 30 m 103a - D GG 495   J. Hesser 16 02 70 NGC 4372    
387   12 22 42 - 72 29.5 30 m lla - O GG 385   J. Hesser 16 02 70 NGC 4372    
388   17 12 00 - 29 26.7 30 m lla - O GG 385   J. Hesser 16 02 70 NGC 6304    
389   17 12 00 - 29 26.7 30 m 103a - D GG 495   J. Hesser 16 02 70 NGC 6304    
390   17 22 30 - 48 24.2 45 m lla - O GG 385   J. Hesser 16 02 70 NGC 6352    
391   17 22 30 - 48 24.2 45 m 103a - D GG 495   J. Hesser 16 02 70 NGC 6352    
392   17 22 30 - 48 24.2 60 m lla - O GG 385   J. Hesser 16 02 70 NGC 6352    
393   07 50 24 - 38 25.8 15 m lla - O GG 385   J. Hesser 17 02 70 NGC 2477    
394   07 50 24 - 38 25.8 15 m 103a - D GG 495   J. Hesser 17 02 70 NGC 2477    
395   07 50 24 - 38 25.8 15 m lla - O GG 385   J. Hesser 17 02 70 NGC 2477    
396   07 50 24 - 38 25.8 15 m 103a - D GG 495   J. Hesser 17 02 70 NGC 2477    
397   07 50 24 - 38 25.8 15 m 103a - D GG 495   J. Hesser 17 02 70 NGC 2477    
398       30 m lla - O GG 385   J. Hesser 17 02 70 NGC 2260    
399       30 m 103a - D GG 495   J. Hesser 17 02 70 NGC 2260    
400   12 22 15 - 72 28.8 30 m 103a - D GG 495   J. Hesser 17 02 70 NGC 4372    
401   12 22 15 - 72 28.8 30 m lla - O GG 385   J. Hesser 17 02 70 NGC 4372    
402   17 12 00 - 29 26.7 30 m lla - O GG 385   J. Hesser 17 02 70 NGC 6304    
403   17 12 00 - 29 26.7 30 m 103a - D GG 495   J. Hesser 17 02 70 NGC 6304    
404   17 12 00 - 29 26.7 15 m 103a - D GG 495   J. Hesser 17 02 70 NGC 6304    
405   17 12 00 - 29 26.7 15 m lla - O GG 385   J. Hesser 17 02 70 NGC 6304    
406   17 12 00 - 29 26.7 30 m lla - O GG 385   J. Hesser 17 02 70 NGC 6304    
407   17 12 00 - 29 26.7 30 m 103a - D GG 495   J. Hesser 17 02 70 NGC 6304    
408   17 23 35 - 48 23.5 45 m 103a - D GG 495   J. Hesser 17 02 70 NGC 6352    
409   18 00 24 - 30 02 40 m lla - O GG 385   J. Hesser 17 02 70 NGC 6522   CTIO
410   09 10 54 - 64 39 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 2808    
411   09 10 54 - 64 39 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 2808    
412   09 10 54 - 64 39 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 2808    
413   09 10 54 - 64 39 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 2808    
414   09 10 54 - 64 39 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 2808    
415   09 10 54 - 64 39 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 2808    
416   09 10 54 - 64 39 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 2808    
417   09 10 54 - 64 39 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 2808    
418   12 56 00 - 70 36 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 4833    
419   12 56 00 - 70 36 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 4833    
420   12 56 00 - 70 36 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 4833    
421   12 56 00 - 70 36 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 4833    
422   12 56 00 - 70 36 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 4833    
423   12 56 00 - 70 36 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 4833    
424   17 21 36 - 48 26 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 6352    
425   17 21 36 - 48 26 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 6352    
426   17 21 36 - 48 26 18 m 103a - D GG 495   G. Alcaino 23 02 70 NGC 6352    
427   17 21 36 - 48 26 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 6352    
428   17 21 36 - 48 26 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 6352    
429   17 21 36 - 48 26 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 6352    
430   19 06 24 - 60 04 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 6752    
431   19 06 24 - 60 04 18 m lla - O GG 385   G. Alcaino 23 02 70 NGC 6752    
432   05 12 24 - 40 05 18 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 1851    
433   05 12 24 - 40 05 18 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 1851    
434   12 23 00 - 72 24 25 m lla - O GG 385   G. Alcaino 24 02 70 NGC 4372    
435   12 23 00 - 72 24 25 m lla - O GG 385   G. Alcaino 24 02 70 NGC 4372    
436   12 23 00 - 72 24 25 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 4372    
437   12 23 00 - 72 24 25 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 4372    
438   13 43 00 - 51 07 25 m lla - O GG 385   G. Alcaino 24 02 70 NGC 5286    
439   13 43 00 - 51 07 25 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 5286    
440   13 43 00 - 51 07 35 m lla - O GG 385   G. Alcaino 24 02 70 NGC 5286    
441   13 43 00 - 51 07 35 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 5286    
442   13 25 00 - 47 09 25 m lla - O GG 385   G. Alcaino 24 02 70 NGC 5139    
443   13 25 00 - 47 09 25 m 103a - D GG 495   G. Alcaino 24 02 70 NGC 5139    
444   05 12 24 - 40 05 25 m lla - O GG 385   G. Alcaino 25 02 70 NGC 1851    
445   05 12 24 - 40 05 30 m lla - O GG 385   G. Alcaino 25 02 70 NGC 1851    
446   05 12 24 - 40 05 23 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 1851    
447   10 44 00 - 59 33 05 m 103a - D GG 495   G. Alcaino 25 02 70 Eta Carina    
448   12 23 00 - 72 24 25 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 4372    
449   12 23 00 - 72 24 20 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 4372    
450   12 23 00 - 72 24 25 m lla - O GG 385   G. Alcaino 25 02 70 NGC 4372    
451   12 23 00 - 72 24 35 m lla - O GG 385   G. Alcaino 25 02 70 NGC 4372    
452   13 43 00 - 51 07 30 m lla - O GG 385   G. Alcaino 25 02 70 NGC 5286    
453   13 43 00 - 51 07 30 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 5286    
454   13 43 00 - 51 07 40 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 5286    
455   13 43 00 - 51 07 40 m 103a - D GG 495   G. Alcaino 25 02 70 NGC 5286    
456   05 12 24 - 40 05 30 m lla - O GG 385   G. Alcaino 26 02 70 NGC 1851    
457   05 12 24 - 40 05 22 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 1851    
458   10 44 00 - 59 33 04 m 103a - D GG 495   G. Alcaino 26 02 70 Eta Carina    
459   10 44 00 - 59 33 06 m 103a - D GG 495   G. Alcaino 26 02 70 Eta Carina    
460   10 44 00 - 59 33 09 m 103a - D GG 495   G. Alcaino 26 02 70 Eta Carina    
461   10 44 00 - 59 33 06 m lla - O GG 385   G. Alcaino 26 02 70 Eta Carina    
462   10 44 00 - 59 33 08 m lla - O GG 385   G. Alcaino 26 02 70 Eta Carina    
463   10 44 00 - 59 33 12 m lla - O GG 385   G. Alcaino 26 02 70 Eta Carina    
464   10 44 00 - 59 33 15 m lla - O U G 2   G. Alcaino 26 02 70 Eta Carina    
465   10 44 00 - 59 33 30 m lla - O GG 385   G. Alcaino 26 02 70 Eta Carina    
466   13 43 00 - 51 07 25 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 5286    
467   13 43 00 - 51 07 30 m lla - O GG 385   G. Alcaino 26 02 70 NGC 5286    
468   13 43 00 - 51 07 35 m lla - O GG 385   G. Alcaino 26 02 70 NGC 5286    
469   17 21 36 - 48 26 30 m lla - O GG 385   G. Alcaino 26 02 70 NGC 6352    
470   17 26 36 - 67 01 20 m lla - O GG 385   G. Alcaino 26 02 70 NGC 6362    
471   17 26 36 - 67 01 30 m lla - O GG 385   G. Alcaino 26 02 70 NGC 6362    
472   17 26 36 - 67 01 18 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6362    
473   17 26 36 - 67 01 25 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6362    
474   18 04 24 - 43 44 18 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6541    
475   18 04 24 - 43 44 20 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6541    
476   18 04 24 - 43 44 20 m lla - O GG 385   G. Alcaino 26 02 70 NGC 6541    
477   18 04 24 - 43 44 30 m lla - O GG 385   G. Alcaino 26 02 70 NGC 6541    
478   18 04 24 - 43 44 16 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6541    
479   19 06 24 - 60 04 18 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6752    
480   19 06 24 - 60 04 15 m 103a - D GG 495   G. Alcaino 26 02 70 NGC 6752    
481 01 al 40 481 al 520   (*)                
521   ¿                    
522   ¿                    
523   ¿                    
524   ¿                    

(*) Numeración correspondiente a tubo imagen

 

Last updated on 8/27/99

By Guerra & Marin



 

March

March 1970 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
525   08 56 30 - 28 41 20 m lla - D GG 495   J Graham 05 03 70 K 1 - 2    
526   09 40 00 - 54 00 05 m lla - O GG 385   J Graham 05 03 70 Vela Field    
527   09 40 00 - 54 00 05 m 103a - D GG 495   J Graham 05 03 70 Vela Field    
528   11 00 00 - 62 00 60 m lla - O none   J Graham 05 03 70 Carina    
529   13 23 27 - 42 45.7 20 m 103a - O none   Smith 05 03 70 NGC 5128    
530   13 23 27 - 42 45.7 10 m 103a - O none   Smith 05 03 70 NGC 5128    
531   13 23 27 - 42 45.7 160 m 103a - O none   Smith 05 03 70 NGC 5128    
  41-42 532 - 533  (*)                  

 

 (*) Numeración correspondiente a tubo imagen

 

 

Last Updated on 8/27/99

By Guerra & Marin

April

 April 1970 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
534   05 35 29 - 49 45.3 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 0534-49    
  ´43 535 (*)                  
536   07 19 37 - 55 21.8 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 0719-55    
  ´44 537 (*)                  
538   07 43 26 - 67 22 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 0743-67    
    539 (*)                  
540   10 11 25 - 64 49 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 1010-64    
    541 (*)                  
542   10 37 33 -69 53.7 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 1036-69    
    543 - 544 (*)                  
545   17 20 06 - 80 03.4 15 m 103a - O none   Kunkel /Smith 02 04 70 PKC 1716-80    
    546 - 547 (*)                  
548   17 56 25 - 59 46.8 15 m 103a - O none   Kunkel /Smith 02 04 70 PKS 1754-59    
549   17 55 30 - 26 33 30 m 103a - O none   Kunkel /Smith 02 04 70 GX 3 + 1    
550   17 59 30 - 25 05 30 m 103a - O none   Kunkel /Smith 02 04 70 GX 5 - 1    
551   17 59 48 - 20 31 25 m 103a - O none   Kunkel /Smith 02 04 70 GX 9 - 1    

(*) Numeración correspondiente a tubo imagen

Last Updated on 8/27/99

By Jorge Marin

May

 

May 1970 Plate log for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
658       15 m 103a - O none   Kunkel /Smith 02 05 70 PKS 0719-55    
659   09 10 36 - 64 35 40 m lla - O GG 385   White 01 05 70 NGC 2808    
660   09 10 36 - 64 35 30 m 103a - D GG 495   White 01 05 70 NGC 2808    
661   10 14 48 - 46 05 30 m 103a - D GG 495   White 01 05 70 NGC 3201    
662   10 14 48 - 46 05 30 m 103a - D GG 495   White 01 05 70 NGC 3201    
663   10 14 48 - 46 05 20 m lla - O GG 385   White 01 05 70 NGC 3201    
664   14 50 24 - 81 58 40 m 103a - D GG 495   White 01 05 70 I C 4499    
665   15 23 18 - 50 26 30 m 103a - D GG 495   White 01 05 70 NGC 5927    
666   15 23 18 - 50 26 30 m 103a - D GG 495   White 01 05 70 NGC 5927    
667   15 23 18 - 50 26 40 m lla - O GG 385   White 01 05 70 NGC 5927    
668   15 23 18 - 50 26 40 m lla - O GG 385   White 01 05 70 NGC 5927    
669   17 31 30 - 44 42 40 m lla - O GG 385   White 01 05 70 NGC 6388    
670   17 31 30 - 44 42 30 m 103a - D GG 495   White 01 05 70 NGC 6388    
671   17 31 30 - 44 42 30 m 103a - D GG 495   White 01 05 70 NGC 6388    
672   17 31 30 - 44 42 25 m 103a - D GG 495   White 01 05 70 NGC 6388    
673   09 10 36 - 64 35 40 m lla - O GG 385   White 02 05 70 NGC 3201    
674   09 10 36 - 64 35 75 m lla - O U G 2   White 02 05 70 NGC 3201    
675   15 23 18 - 50 26 30 m 103a - D GG 495   White 02 05 70 NGC 5927    
676   15 23 18 - 50 26 75 m lla - O U G 2   White 02 05 70 NGC 5927    
677   15 23 18 - 50 26 75 m lla - O U G 2   White 02 05 70 NGC 5927    
678   15 23 18 - 50 26 40 m lla - O GG 385   White 02 05 70 NGC 5927    
679   17 31 30 - 44 42 40 m lla - O GG 385   White 02 05 70 NGC 6388    
680   17 31 30 - 44 42 40 m lla - O GG 385   White 02 05 70 NGC 6388    
681   17 31 30 - 44 42 40 m lla - O GG 385   White 02 05 70 NGC 6388    
682   17 31 30 - 44 42 75 m lla - O U G 2   White 02 05 70 NGC 6388    
683   17 31 30 - 44 42 30 m 103a - D GG 495   White 02 05 70 NGC 6388    
684   09 10 36 - 64 35 60 m lla - O GG 385   White 03 05 70 NGC 2808    
685   10 14 48 - 46 05 60 m lla - O GG 385   White 03 05 70 NGC 3201    
686   15 23 18 - 50 26 45 m 103a - D GG 495   White 03 05 70 NGC 5927    
687   15 41 48 - 37 34 40 m 103a - D GG 495   White 03 05 70 NGC 5986    
688   15 41 48 - 37 34 50 m lla - O GG 385   White 03 05 70 NGC 5986    
689   16 57 06 - 30 02 50 m lla - O GG 385   White 03 05 70 NGC 6266    
690   16 57 06 - 30 02 40 m 103a - D GG 495   White 03 05 70 NGC 6266    
691   17 12 30 - 28 04 40 m 103a - D GG 495   White 03 05 70 NGC 6316    
692   17 12 30 - 28 04 50 m lla - O GG 385   White 03 05 70 NGC 6316    
693   17 31 30 - 44 42 50 m lla - O GG 385   White 03 05 70 NGC 6388    
694   17 31 30 - 44 42 40 m 103a - D GG 495   White 03 05 70 NGC 6388    
695   09 10 36 - 64 35 90 m lla - O GG 385   White 04 05 70 NGC 2808    
696   13 25 0 - 47 09 15 m 103a - D GG 495   White 04 05 70 NGC 5139    
697   04 59 55 - 66 01 10 m 103a - D GG 495   Graham 15 05 70 NGC 1783    
698   04 59 55 - 66 01 10 m 103a - O GG 385   Graham 15 05 70 NGC 1783    
699   10 44 00 - 59 33 20 m 098 - 02 R G 610   Graham 15 05 70 Eta Carina    
700   12 47 12 - 41 08 60 m 098 - 02 R G 610   Graham 15 05 70 NGC 4696    
701   13 35 24 - 29 43 60 m 098 - 02 R G 610   Graham 15 05 70 M 83    
702   13 35 24 - 29 43 30 m 103a - D GG 495   Graham 15 05 70 M 83    
703   18 17 12 - 13 48 60 m 103a - O none   Graham 15 05 70 M 16    
704   18 01 48 - 24 23 30 m 103a - D none   Graham 15 05 70 M 8    
705   18 01 48 - 24 23 30 m III a - J bkd none   Graham 15 05 70 M 8    
706   18 01 48 - 24 23 30 m III a - J none   Graham 15 05 70 M 8    
707   12 23 19 - 72 31.5 15 m 103a - O GG 385   Hesser /Hartwick 27 05 70 NGC 4372    
708   17 48 00 - 37 03.7 30 m 103a - D GG 495   Hesser /Hartwick 27 05 70 NGC 6441    
709   17 48 00 - 37 03.7 30 m 103a - D GG 495   Hesser /Hartwick 27 05 70 NGC 6533    
710   12 23 19 - 72 31.5 15 m 103a - O GG 385 5" Hartwick / Hesser 28 05 70 NGC 4372    
711   12 23 19 - 72 31.5 15 m 103a - D GG 495 5" Hartwick / Hesser 28 05 70 NGC 4372    
712   12 23 19 - 72 31.5 15 m 103a - D GG 495 5" Hartwick / Hesser 28 05 70 NGC 4372    
713   08 41 33 - 47 05.9 15 m 103a - D GG 495 5" Hartwick / Hesser 30 05 70 NGC 2660    
714   08 41 33 - 47 05.9 15 m 103a - O GG 385 5" Hartwick / Hesser 30 05 70 NGC 2660    
715   08 41 33 - 47 05.9 05 m 103a - O GG 385 5" Hartwick / Hesser 30 05 70 NGC 2660    
716   08 41 33 - 47 05.9 05 m 103a - D GG 495 5" Hartwick / Hesser 30 05 70 NGC 2660    
717   17 44 42 - 37 42.7 15 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 5986    
718   17 44 42 - 37 42.7 15 m 103a - D GG 495   Hartwick / Hesser 30 05 70 NGC 5986    
719   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
720   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
721   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
722   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522    
723   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
724   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522   CTIO
725   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522   CTIO
726   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522   CTIO
727   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
728   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
729   18 01 41 - 30 03.1 30 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522 BROKEN OK" CTIO
730   18 01 41 - 30 03.1 45 m 103a - O GG 385   Hartwick / Hesser 30 05 70 NGC 6522    

 

Last Updated on 8/27/99

By Guerra & Marin

 

June

June 1970 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
730   12 23 19 - 72 31.5 15 m 103a - O GG 385 4" - 5" Hesser /Hartwicki 03 06 70 NGC 4372    
731   12 23 19 - 72 31.5 15 m 103a - D GG 495 4" - 5" Hesser /Hartwicki 03 06 70 NGC 4372    
732   12 23 19 - 72 31.5 15 m 103a - D GG 495   Hesser /Hartwicki 07 06 70 NGC 2660    
733   08 41 33 - 47 05.9 15 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 2660    
734   08 41 33 - 47 05.9 05 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 2660    
735   08 41 33 - 47 05.9 05 m 103a - D GG 495   Hesser /Hartwicki 07 06 70 NGC 2660    
736   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
737   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
738   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522    
739   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
740   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
741   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
742   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
743   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
744   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
745   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
746   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
747   18 02 33 - 30 43.6 30 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
748   18 02 33 - 30 43.6 27 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522   CTIO
749   18 02 33 - 30 43.6 25 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522 BROKEN OK" CTIO
750   18 02 33 - 30 43.6 25 m 103a - O GG 385   Hesser /Hartwicki 07 06 70 NGC 6522    
751   13 23 36 - 42 52 30 m Iia - O GG 385 2" Vanderberg 09 06 70 Centaurus A    
752   13 23 36 - 42 52 30 m 103a - D GG 495   Vanderberg 09 06 70 Centaurus A    
753   13 23 36 - 42 52 60 m 103a - O U G - 2   Vanderberg 09 06 70 Centaurus A    
754   18 01 18 - 30 02 25 m 103a - D GG 495   Vanderberg 09 06 70 NGC 6522    
755   18 01 18 - 30 02 35 m 103a - O GG 385   Vanderberg 09 06 70 NGC 6522    
756   18 01 18 - 30 02 120 m 103a - O U G - 2   Vanderberg 10 06 70 NGC 6522    
757   18 01 18 - 30 02 35 m 103a - O GG 385   Vanderberg 10 06 70 NGC 6522    
758   18 01 18 - 30 02 25 m 103a - D GG 495   Vanderberg 10 06 70 NGC 6522    
759   22 00 54 - 51 26 60 m 103a - O GG 385   Vanderberg 10 06 70 I C 5152    
760   22 00 54 - 51 26 60 m 103a - D GG 495   Vanderberg 10 06 70 I C 5152    
761   22 00 54 - 51 26 100 m 103a - O U G - 2   Vanderberg 10 06 70 I C 5152    
762   13 23 36 - 42 52 120 m 098 -02 RG 630   Vanderberg 13 06 70 Centaurus A    
763   18 02 15 - 30 02 10 m 103a - O GG 385   Vanderberg 13 06 70 NGC 6522    
764   11 17 24 - 29 24 15 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6304    
765   11 17 24 - 29 24 15 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6304    
766   11 17 24 - 29 24 15 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6304    
767   11 17 24 - 29 24 15 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6304    
768   17 46 48 - 37 02 30 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6441    
769   17 46 48 - 37 02 10 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6441    
770   17 46 48 - 37 02 10 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6441    
771   17 46 48 - 37 02 07 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6441    
772   17 46 48 - 37 02 07 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6441    
773   17 46 48 - 37 02 05 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6441    
774   17 46 48 - 37 02 05 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6441    
775   17 46 48 - 37 02 02 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 NGC 6441    
776   17 46 48 - 37 02 02 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 NGC 6441    
777   18 39 52 - 49 08.7 15 m 103a - D GG 495   Hesser /Hartwicki 15 06 70 Stack Cluster    
778   18 39 52 - 49 08.7 15 m 103a - O GG 385   Hesser /Hartwicki 15 06 70 Stack Cluster    
779   10 42 08 - 70 03 15 m 103a - D GG 495   Hesser /Hartwicki 16 06 70 Stack Cluster    
780   10 42 08 - 70 03 15 m 103a - O GG 385   Hesser /Hartwicki 16 06 70 Stack Cluster Destroyed  
781   16 51 54 - 41 45 05 m 103a - O GG 385   Hesser /Hartwicki 16 06 70 NGC 6231    
782   11 12 12 - 61 05 60 m 103a - O nones 3" - 4" Graham 23 06 70 NGC 3603    
783   15 52 00 - 54 24 40 m 103a - O nones   Graham 23 06 70 Norma lll    
784   15 52 00 - 54 24 10 m lla - O GG 385   Graham 23 06 70 Norma lll    
785   15 52 00 - 54 24 04 m lla - O GG 385   Graham 23 06 70 Norma lll    
786   15 52 00 - 54 24 01 m lla - O GG 385   Graham 23 06 70 Norma lll    
787   15 52 00 - 54 24 68 m I Z sensiv R G 695   Graham 23 06 70 Norma lll    
788   15 52 00 - 54 24 60 m I N sensiv R G 695   Graham 23 06 70 Norma lll    
789   18 59 30 - 37 29 55 m I Z sensiv R G 695   Graham 23 06 70 R Coron.Australis    
790   18 59 30 - 37 29 50 m I N sensiv R G 695   Graham 23 06 70 R Coron.Australis    
791       02 m I Z R G 695   Figueroa 23 06 70 Moon    
792       04 m I Z R G 695   Figueroa 23 06 70 Moon    
793       08 m I Z R G 695   Figueroa 23 06 70 Moon    
794       30 m 103a - O nones   Graham 24 06 70 G L 275    
795   12 47 12 - 41 08 60 m 103a - O nones   Graham 24 06 70 NGC 4696    
796   15 55 00 - 54 18 10 m lla - O GG 385   Graham 24 06 70 Norma l    
797   15 45 00 - 56 06 10 m lla - O GG 385   Graham 24 06 70 Norma ll    
798   15 52 00 - 54 24 10 m lla - O GG 385   Graham 24 06 70 Norma lll    
799   15 52 00 - 54 24 60 m 098 - 04 RG 610   Graham 24 06 70 Norma lll    
800   15 45 00 - 56 06 60 m 098 - 04 RG 610   Graham 24 06 70 Norma ll    
801   00 25 42 - 71 41 40 m 103a - O nones   Graham 24 06 70 NGC 121    
802   01 02 00 - 71 20 40 m 103a - O nones   Graham 24 06 70 Gascoigne    
803   00 25 42 - 71 41 40 m 103a - O nones   Graham 24 06 70 NGC 121    
804   01 02 00 - 71 20 40 m 103a - O nones   Graham 24 06 70 Gascoigne    
805   10 43 35 - 59 32.7 15 m 103a - E R G 630   Smith 25 06 70 Carina Nebula    
806   10 43 35 - 59 32.7 15 m 103a - E R G 630   Smith 25 06 70 Carina Nebula    
807   10 43 35 - 59 32.7 30 m 103a - E R G 630   Smith 25 06 70 Carina Nebula    
808   16 32 57 - 48 02.7 30 m 103a - E R G 630   Smith 25 06 70 Wester    
809   18 15 44 - 51 58.8 15 m 103a - E R G 630   Smith 25 06 70 PKS 1814-51    
810   18 16 42 - 63 45.6 15 m 103a - O nones   Smith 25 06 70 PKS 1814-63    
811   18 45 54 - 69 00.0 15 m 103a - O nones   Smith 25 06 70 PKS 1843-69    
812   18 57 58 - 66 17.5 15 m 103a - O nones   Smith 25 06 70 PKS 1855-66    
813   19 11 53 - 53 09.1 15 m 103a - O nones   Smith 25 06 70 PKS 1910-55    
814   19 15 18 - 45 33.8 15 m 103a - O nones   Smith 25 06 70 PKS 1914-45    
815   19 19 28 - 52 35.3 15 m 103a - O nones   Smith 25 06 70 PKS 1917-52    
816   18 20 27 - 16 08.6 30 m 103a - E R G 630   Smith 25 06 70 M 17    
817   18 18 15 - 13 58.8 50 m 103a - E R G 630   Smith 25 06 70 M 16    
818   19 19 28 - 54 35.3 15 m 103a - O nones   Smith 25 06 70 PKS 1917-52    

 

Last Updated on 8/27/99

By Guerra & Marin

July

July 1970 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
819   12 47 12 - 41 08 120 m 103a - O U G 1   Graham 02 07 70 NGC 4696    
820   15 55 30 - 54 15.7 20 m 103a - D GG 495   Graham 02 07 70 Norma l    
821   15 55 30 - 54 15.7 30 m 103a - O U G 2   Graham 02 07 70 Norma ll    
822   15 55 30 - 54 15.7 10 m 103a - O G G 385   Graham 02 07 70 Norma lll    
823   15 50 06 - 54 30 10 m 103a - O G G 385   Graham 02 07 70 NGC 6397    
824   15 50 54 - 54 30 10 m 103a - O G G 385   Graham 02 07 70 NGC 121    
825   17 38 24 - 53 40 60 m 103a - O nones   Graham 02 07 70 Gascoigne    
826   00 25 42 - 71 41 40 m 103a - O nones   Graham 02 07 70 NGC 121    
827   01 02 00 - 71 30 60 m 103a - O nones   Graham 02 07 70 Gascoigne    
828   00 25 42 - 71 41 40 m 103a - O nones   Graham 02 07 70 NGC 121    
829   01 02 00 - 71 30 40 m 103a - O nones   Graham 02 07 70 Gascoigne    
830   00 25 42 - 71 41 60 m 103a - O nones   Graham 03 07 70 NGC 121    
831   01 02 00 - 71 30 60 m 103a - O nones   Graham 03 07 70 Gascoigne    
832   00 25 42 - 71 41 35 m 103a - O nones   Graham 04 07 70 NGC 121    
833   01 02 00 - 71 30 40 m 103a - O nones   Graham 04 07 70 Gascoigne    
834   00 25 42 - 71 41 40 m 103a - O nones   Graham 04 07 70 NGC 121    
835   11 37 00 - 63 10 30 m 103a - E R G 630   Smith 06 07 70 I C 2944    
836   18 17 00 - 12 10 30 m 103a - E R G 630   Smith 06 07 70 NGC 6604    
837   19 24 42 - 62 43.1 15 m 103a - O nones   Smith 06 07 70 1922-62    
838   19 33 41 - 46 25.9 15 m 103a - O nones   Smith 06 07 70 1932-46    
839   20 04 16 - 50 16.9 15 m 103a - O nones   Smith 06 07 70 2002-50    
840   20 11 03 - 52 23.8 15 m 103a - O nones   Smith 06 07 70 2009-52    
841   20 21 56 - 57 29.6 15 m 103a - O nones   Smith 06 07 70 2020-57   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1970 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
842   at 875 (*)                  
876   15 50 06 - 56 14.4 30 m 103a - O U G 2   Graham 04 08 70 Norma lll    
877   15 50 06 - 56 14.4 20 m 103a - D GG 495   Graham 04 08 70 Norma lll    
878   15 50 06 - 56 14.4 10 m 103a - O GG 385   Graham 04 08 70 Norma lll    
879   19 36 36 - 63 46.8 90 m 103a - O nones   Graham 04 08 70 Radio Sourse    
880   00 25 42 - 71 41 40 m 103a - O GG 385   Graham 04 08 70 NGC 121    
881   01 02 00 - 71 30 40 m 103a - O GG 385   Graham 04 08 70 Gascoigne    
882   00 25 42 - 71 41 40 m 103a - O GG 385   Graham 04 08 70 NGC 121    
883   01 02 00 - 71 30 40 m 103a - O GG 385   Graham 04 08 70 Gascoigne    
884   00 25 42 - 71 41 40 m 103a - O GG 385   Graham 04 08 70 NGC 121    
885   01 02 00 - 71 30 40 m 103a - O GG 385   Graham 04 08 70 Gascoigne    
886   04 59 00 - 66 01 43 m 103a - O GG 385   Graham 04 08 70 NGC 1783    
887   15 55 40 - 54 16 10 m 103a - O GG 385   Graham 05 08 70 Norma l    
888   15 50 48 - 54 30 10 m 103a - O GG 385   Graham 05 08 70 Norma lll    
889   19 36 36 - 63 46.8 180 m 103a - O nones   Graham 05 08 70 Radio Sourse    
890   00 25 42 - 71 41 40 m 103a - O nones   Graham 05 08 70 NGC 121    
891   01 02 00 - 71 30 40 m 103a - O nones   Graham 05 08 70 Gascoigne    
892   00 25 42 - 71 41 40 m 103a - O nones   Graham 05 08 70 NGC 121    
893   01 02 00 - 71 30 40 m 103a - O nones   Graham 05 08 70 Gascoigne    
894   00 25 42 - 71 41 40 m 103a - O nones   Graham 05 08 70 NGC 121    
895   01 02 00 - 71 30 40 m 103a - O nones   Graham 05 08 70 Gascoigne    
896   00 25 42 - 71 41 40 m 103a - O nones   Graham 05 08 70 NGC 121    
897   05 05 18 - 69 26 30 m 103a - O nones   Graham 05 08 70 NGC 1835    
898   15 55 40 - 54 16 20 m 103a - D GG 495   Graham 06 08 70 Norma l    
899   15 55 40 - 54 16 10 m 103a - O GG 385   Graham 06 08 70 Norma l    
900   15 55 40 - 54 16 30 m 103a - O U G 2   Graham 07 08 70 Norma l    
901   15 55 40 - 54 16 20 m 103a - D GG 495   Graham 07 08 70 Norma l    
902   15 50 48 - 54 30 10 m 103a - O GG 385   Graham 07 08 70 Norma lll    
903   19 36 36 - 63 46.8 59 m 103a - O U G 2   Graham 07 08 70 Radio Sourse    
904   00 25 42 - 71 41 40 m 103a - O nones   Graham 07 08 70 NGC 121    
905   01 02 00 - 71 30 40 m 103a - O nones   Graham 07 08 70 Gascoigne    
906   00 25 42 - 71 41 40 m 103a - O nones   Graham 07 08 70 NGC 121    
907   01 02 00 - 71 30 40 m 103a - O nones   Graham 07 08 70 Gascoigne    
908   00 25 42 - 71 41 40 m 103a - O nones   Graham 07 08 70 NGC 121    
909   01 02 00 - 71 30 40 m 103a - O nones   Graham 07 08 70 Gascoigne    
910   00 25 42 - 71 41 40 m 103a - O nones   Graham 07 08 70 NGC 121    
911   01 02 00 - 71 30 40 m 103a - O nones   Graham 07 08 70 Gascoigne    
912   16 03 06 - 16 56 30 m 103a - O nones   Blanco / Mintz 21 08 70 Comet 1941 Vll   CTIO
913   16 03 06 - 16 56 30 m 103a - O nones   Blanco / Mintz 21 08 70 Comet 1941 Vll   CTIO
914   19 38 00 - 30 58 20 m 103a - O nones   Gomez 21 08 70 M 55 BROKEN OK" CTIO
915   22 27 00 - 21 02 20 m 103a - O nones   Gomez 21 08 70 NGC 7293   CTIO
916   22 29 00 - 21 00 20 m 103a - O nones   Gomez 21 08 70 NGC 7293   CTIO
917   00 21 54 - 72 21 20 m 103a - O nones   Gomez 21 08 70 47 Tucan    
918   00 21 54 - 72 21 20 m 103a - O nones   Gomez 21 08 70 47 Tucan   CTIO
919   00 16 00 - 39 30 20 m 103a - O nones   Gomez 21 08 70 NGC 55   CTIO
920   00 13 18 - 39 12 20 m 103a - O nones   Gomez 21 08 70 NGC 55   CTIO
921   17 30 42 - 47 56 66 m 103a - O U G - 2   Wek 25 08 70 GX 342 - 8   CTIO
922   17 30 42 - 47 56 15 m 103a - O GG 385   Wek 25 08 70 GX 342 - 8   CTIO
923   02 38 18 - 34 39 110 m 103a - O GG 385   Wek 25 08 70 Fornax    
924   17 30 42 - 47 56 30 m 103a - O GG 385   Figueroa 26 08 70 GX 342 - 8   CTIO
925   22 29 00 - 21 00 60 m 098 - 02 R G 610   Figueroa 26 08 70 NGC 7293    
926   00 21 54 - 72 21 40 m 103a - O nones   Figueroa 26 08 70 47 Tucan    
927   22 29 00 - 21 00 60 m 098 - 02 R G 610   Figueroa 26 08 70 NGC 7293    
928   02 38 18 - 34 39 60 m 103a - O GG 385   Figueroa 26 08 70 Fornax    
929 a   02 38 18 - 34 39 30 m 103a - O GG 385   Kunkel 27 08 70 GX 342 - 8   CTIO
929 b   02 38 18 - 34 39 120 m 103a - O U G 2   Kunkel 27 08 70 GX 342 - 8   CTIO
930   16 17 12 - 41 36 45 m 103a - O U G 2   Kunkel 27 08 70 S A 1    
931   18 59 30 - 37 29 40 m 103a - O U G 2   Kunkel 27 08 70 R Cor A    
932   17 48 06 - 37 02 30 m 103a - D GG 495   Graham 29 08 70 NGC 6441    
933   00 02 48 - 73 37 40 m 103a - O nones   Graham 29 08 70 Lindsay    
934   00 25 42 - 71 41 40 m 103a - O nones   Graham 29 08 70 NGC 121    
935   01 30 00 - 71 30 40 m 103a - O nones   Graham 29 08 70 Gascoigne    
936   00 25 42 - 71 41 40 m 103a - O nones   Graham 29 08 70 NGC 121    
937   01 30 00 - 71 30 40 m 103a - O nones   Graham 29 08 70 Gascoigne    
938   00 25 42 - 71 41 40 m 103a - O nones   Graham 29 08 70 NGC 121    
939   01 30 00 - 71 30 40 m 103a - O nones   Graham 29 08 70 Gascoigne    
940   05 05 18 - 69 26 30 m 103a - O nones   Graham 29 08 70 NGC 1835    
941   04 59 00 - 66 01 30 m 103a - O nones   Graham 29 08 70 NGC 1783    
942   15 55 30 - 54 15.7 20 m 103a - D GG 495   Graham 30 08 70 Norma l    
943   15 55 30 - 54 15.7 30 m 103a - O U G 2   Graham 30 08 70 Norma l    
944   15 55 30 - 54 15.7 10 m 103a - O GG 385   Graham 30 08 70 Norma l    
945   00 25 42 - 71 41 45 m 103a - O nones   Graham 30 08 70 NGC 121    
946   01 30 00 - 71 30 40 m 103a - O nones   Graham 30 08 70 Gascoigne    
947   00 25 42 - 71 41 40 m 103a - O nones   Graham 30 08 70 NGC 121    
948   01 30 00 - 71 30 40 m 103a - O nones   Graham 30 08 70 Gascoigne    
949   00 25 42 - 71 41 40 m 103a - O nones   Graham 30 08 70 NGC 121    
950   01 30 00 - 71 30 40 m 103a - O nones   Graham 30 08 70 Gascoigne    
951   00 25 42 - 71 41 40 m 103a - O nones   Graham 30 08 70 NGC 121    
952   05 05 18 - 69 26 30 m 103a - O nones   Graham 30 08 70 NGC 1835    
953   04 59 00 - 66 01 30 m 103a - O nones   Graham 30 08 70 NGC 1783    
954   17 05 06 - 36 28 36 m 103a - O U G 2   Graham 31 08 70 GX 349 + 2   CTIO
955   16 44 54 - 45 56 36 m 103a - O GG 385   Graham 31 08 70 GX 340 + 0   CTIO
956   15 55 30 - 54 15.7 10 m 103a - O GG 385   Graham 31 08 70 Norma l    
957   00 25 42 - 71 41 45 m 103a - O nones   Graham 31 08 70 NGC 121    
958   01 30 00 - 71 30 40 m 103a - O nones   Graham 31 08 70 Gascoigne    
959   00 25 42 - 71 41 40 m 103a - O nones   Graham 31 08 70 NGC 121    
960   01 30 00 - 71 30 40 m 103a - O nones   Graham 31 08 70 Gascoigne    
961   00 25 42 - 71 41 40 m 103a - O nones   Graham 31 08 70 NGC 121    
962   01 30 00 - 71 30 40 m 103a - O nones   Graham 31 08 70 Gascoigne    
963   00 25 42 - 71 41 40 m 103a - O nones   Graham 31 08 70 NGC 121    
964   04 59 00 - 66 01 30 m 103a - O nones   Graham 31 08 70 NGC 1783    

(*) corresponde al tubo imagen

Last Updated on 8/27/99

By Angel Guerra & Jorge Marin

September

 

September 1970 Plate log for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
964   15 55 30 - 54 15.7 10 m 103a - O GG 385   Graham 01 09 70 Norma l    
965   15 55 30 - 54 15.7 04 m 103a - O GG 385   Graham 01 09 70 Norma l    
966   15 55 30 - 54 15.7 12 m 103a - O U G 2   Graham 01 09 70 Norma l    
967   15 55 30 - 54 15.7 05 m 103a - D GG 495   Graham 01 09 70 Norma l    
968   00 25 42 - 71 41 50 m 103a - O nones   Graham 01 09 70 NGC 121    
969   01 30 00 - 71 30 40 m 103a - O nones   Graham 01 09 70 Gascoigne    
970   00 25 42 - 71 41 40 m 103a - O nones   Graham 01 09 70 NGC 121    
971   01 30 00 - 71 30 40 m 103a - O nones   Graham 01 09 70 Gascoigne    
972   00 25 42 - 71 41 40 m 103a - O nones   Graham 01 09 70 NGC 121    
973   01 30 00 - 71 30 45 m 103a - O nones   Graham 01 09 70 Gascoigne    
974   00 25 42 - 71 41 45 m 103a - O nones   Graham 01 09 70 NGC 121    
975   05 05 18 - 69 26 30 m 103a - O nones   Graham 01 09 70 NGC 1835    
976   17 43 30 - 29 00 30 m 103a - O nones   Blanco 05 09 70 S A G - A   CTIO
977   19 36 42 - 63 47 210 m 103a - O nones   Blanco 05 09 70 PSR 1934 - 63 BROKEN OK" CTIO
978   00 13 30 - 39 23.7 180 m 103a - O nones   Blanco 05 09 70 NGC 55   CTIO
979   03 45 36 + 24 00 03 m 103a - O nones   Blanco 05 09 70 Alcyone   CTIO
980   22 28 03 - 21 00 140 m 098 - 02 RG 610   Blanco 06 09 70 NGC 7293 BROKEN OK" CTIO
981   17 05 06 - 36 28 20 m 103a - O GG 385   Kunkel 07 09 70 GX 349+2 BROKEN OK" CTIO
982   16 44 54 - 45 56 20 m 103a - O GG 385   Kunkel 07 09 70 GX 340 + 0   CTIO
983   16 17 12 - 41 36 20 m 103a - O GG 385   Kunkel 07 09 70 SA 1   CTIO
984   16 44 54 - 45 56 35 m 103a - O UG 2   Kunkel 07 09 70 GX 340 + 0 BROKEN OK" CTIO
985   22 01 00 - 60 13 108 m 103a - O UG 2   Kunkel 07 09 70 U V objeto   CTIO
986   02 38 18 - 34 39 120 m 103a - O GG 385   Kunkel 07 09 70 Fornax    
987   02 38 18 - 34 39 120 m 103a - O GG 385   Kunkel 07 09 70 Fornax    
988   14 27 40 - 62 33 10 m 103a - D GG 495   Kunkel 08 09 70 Proxima a Cen.   CTIO
989   19 15 00 + 05 06 15 m 103a - D GG 495   Kunkel 08 09 70 BD + 4 4048 B   CTIO
990   22 01 00 - 60 13 90 m 103a - O nones   Kunkel 08 09 70 U V objeto   CTIO
991   00 46 18 - 25 28 80 m 103a - O nones   Kunkel 08 09 70 NGC 253 BROKEN OK" CTIO
992   02 38 18 - 34 39 120 m 103a - O GG 385   Kunkel 08 09 70 Fornax    
993   02 38 18 - 34 39 120 m 103a - O GG 385   Kunkel 08 09 70 Fornax    
994   22 28 00 - 21 00 90 m 098 - 02 RG 610   Kunkel 09 09 70 NGC 7293 BROKEN OK" CTIO
995   00 46 18 - 25 28 115 m 098 - 02 RG 610   Kunkel 09 09 70 NGC 253   CTIO
996   02 38 18 - 34 39 120 m 103a - D GG 495   Kunkel 09 09 70 Fornax    
997   02 38 18 - 34 39 125 m 103a - O GG 385   Kunkel 09 09 70 Fornax    
998   02 38 18 - 34 39 150 m 103a - O GG 385   Kunkel 10 09 70 Fornax    
999   00 25 42 - 71 41 40 m 103a - O nones   Graham 19 09 70 NGC 121    
1000   01 30 00 - 71 30 30 m 103a - O nones   Graham 19 09 70 Gascoigne    
1001   00 13 0 - 39 23 40 m Sp. RG 610   Graham 19 09 70 NGC 55 Plate 11 X 14  
1002   00 46 06 - 25 27 60 m Sp. RG 610   Graham 19 09 70 NGC 253 Plate 11 X 14  
1003   05 39 00 - 69 06 50 m Sp. RG 610   Graham 19 09 70 30 Doradus Plate 11 X 14  
1004   00 25 42 - 71 41 40 m 103a - O nones   Graham 27 09 70 NGC 121    
1005   01 30 00 - 71 30 40 m 103a - O nones   Graham 27 09 70 Gascoigne    
1006   00 25 42 - 71 41 40 m 103a - O nones   Graham 27 09 70 NGC 121    
1007   01 30 00 - 71 30 40 m 103a - O nones   Graham 27 09 70 Gascoigne    
1008   00 25 42 - 71 41 40 m 103a - O nones   Graham 27 09 70 NGC 121    
1009   01 30 00 - 71 30 40 m 103a - O nones   Graham 27 09 70 Gascoigne    
1010   04 59 00 - 66 01 30 m 103a - O nones   Graham 27 09 70 NGC 1783    
1011   05 05 18 - 69 26 30 m 103a - O nones   Graham 27 09 70 NGC 1835    
1012   04 59 00 - 66 01 29 m 103a - O nones   Graham 27 09 70 NGC 1783    
1013   00 25 42 - 71 41 45 m 103a - O nones   Graham 28 09 70 NGC 121    
1014   01 30 00 - 71 30 40 m 103a - O nones   Graham 28 09 70 Gascoigne    
1015   00 25 42 - 71 41 40 m 103a - O nones   Graham 28 09 70 NGC 121    
1016   01 30 00 - 71 30 40 m 103a - O nones   Graham 28 09 70 Gascoigne    

Last Updated on 8/27/99

By Guerra & Marin 

October

 

October 1970 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1017   01 30 00 - 71 30 40 m 103a - O nones   Graham 28 09 70 Gascoigne    
1018   22 05 50 - 53 56.5 10 m 103a - O nones   Smith 01 10 70 PKS 2204-52   CTIO
1019   22 08 27 - 45 52 10 m 103a - O nones   Smith 01 10 70 PKS 2207-45   CTIO
1020   22 15 02 - 45 15.1 10 m 103a - O nones   Smith 01 10 70 PKS 2213-45   CTIO
1021   22 25 06 - 52 42.9 10 m 103a - O nones   Smith 01 10 70 PKS 2223-52   CTIO
1022   22 55 00 - 52 55.5 10 m 103a - O nones   Smith 01 10 70 PKS 2252-53   CTIO
1023   00 14 36 - 63 19.9 10 m 103a - O nones   Smith 01 10 70 PKS 0013-63   CTIO
1024 1024 to 1033   (*)                
1034   00 25 42 - 71 41 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 121    
1035   00 23 48 - 72 56 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 Kron 3    
1036   05 05 18   30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1835    
1037   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1783    
1038   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1835    
1039   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1783    
1040   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1835    
1041   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1783    
1042   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1835    
1043   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 30 10 70 NGC 1783    
1044   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 31 10 70 NGC 1835    
1045   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 31 10 70 NGC 1783    
1046   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 31 10 70 NGC 1835    
1047   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 31 10 70 NGC 1783    
1048   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 31 10 70 NGC 1835    

(*) Corresponde al Tubo Imagen

 

Last Updated on 8/27/99

By Guerra & Marin

November

 

November 1970 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1049   00 25 42 - 71 41 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 121    
1050   00 23 48 - 72 56 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 Kron 3    
1051   00 25 42 - 71 41 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 121    
1052   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1835    
1053   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1783    
1054   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1835    
1055   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1783    
1056   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1835    
1057   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1783    
1058   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1835    
1059   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1783    
1060   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1835    
1061   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 01 11 70 NGC 1783    
1062   00 25 42 - 71 41 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 121    
1063   00 23 48 - 72 56 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 Kron 3    
1064   00 25 42 - 71 41 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 121    
1065   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1066   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1783    
1067   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1068   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1783    
1069   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1070   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1783    
1071   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1072   04 59 00 - 66 01 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1783    
1073   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1074   04 59 00 - 66 01 25 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1783    
1075   05 05 18 - 69 26 30 m 103a - O nones   Graham / M.T.Ruiz 02 11 70 NGC 1835    
1076   22 28 00 - 21 00 30 m 103a - O nones   Smith 03 11 70 NGC 7293    
1077   22 28 00 - 21 00 180 m 098 - 02 nones   Smith 03 11 70 NGC 7293    
1078+A10   (1)       (2)            
1088   al 1097   (*)                
1098   00 14 36 - 63 19.9 105 seg lla - D nones   Smith 03 11 70 PKS 0013-63    
1099   01 10 42 - 69 09.5 105 seg lla - D nones   Smith 03 11 70 Pks 0110-69   CTIO
1100   01 20 36 - 63 18.4 105 seg lla - D nones   Smith 03 11 70 PKS 0119-63    
1101   01 30 00 - 51 10.8 105 seg lla - D nones   Smith 03 11 70 PKS 0129-51    
1102   02 23 36 - 71 07.8 105 seg lla - D nones   Smith 03 11 70 PKS 0223-71    
1103   02 31 18 - 66 34.6 105 seg lla - D nones   Smith 03 11 70 PKS 0230-66    
1104   03 54 36 - 48 28.2 105 seg lla - D nones   Smith 03 11 70 PKS 0354-48    
1105   04 20 33 - 62 21.8 105 seg lla - D nones   Smith 03 11 70 PKS 0420-62    
1106   04 43 46 - 59 28.1 105 seg lla - D nones   Smith 03 11 70 PKS 0443-59    
1107   05 35 29 - 49 45.2 105 seg lla - D nones   Smith 03 11 70 PKS 0534-49    
1108   05 06 44 - 37 33 30 m lla - D nones   Smith 03 11 70 NGC 1808    
1109   05 39 42 - 69 09 2 m lla - D nones   Smith 03 11 70 30 Doradus    
1110   05 39 42 - 69 09 5 m lla - D nones   Smith 03 11 70 30 Doradus    
1111   22 28 00 - 21 00 180 m lla - D nones   Smith 04 11 70 NGC 7293    
1102   al 1107   (*)                
1108   05 06 44 - 37 33 30 m lla - D nones   Smith 04 11 70 NGC 1808    
1109   05 06 44 - 37 33 30 m llla - j GG 385   Smith 04 11 70 NGC 1808    
1110   05 06 44 - 37 33 30 m 098 - 02 RG 610   Smith 04 11 70 NGC 1808    
1111   05 06 44 - 37 33 5 m 098 - 02 RG 610   Smith 04 11 70 NGC 1808    
1112   21 03 00 - 51 27.5 30 m 103a -O GG 385   Hesser 05 11 70 IC 5152    
1113   23 08 39 - 35 36 30 m 103a -O GG 385   Hesser 05 11 70 Field    
1114   23 08 39 - 35 36 30 m 103a - D GG 495   Hesser 05 11 70 Field    
1115   21 03 00 - 51 27.5 30 m 103a -O GG 385   Hesser 05 11 70 IC 5152    
1116   23 08 39 - 35 36 30 m 103a -O GG 385   Hesser 05 11 70 Field    
1117   23 08 39 - 35 36 30 m 103a - D GG 495   Hesser 05 11 70 Field    
1118   03 11 00 - 55 23 30 m 103a - D GG 495   Hesser 05 11 70 NGC 1261    
1119   23 08 39 - 35 36 30 m 103a - D GG 495   Hesser 05 11 70 Field    
1120   23 08 39 - 35 36 30 m 103a -O GG 385   Hesser 05 11 70 Field    
1121   22 00 54 - 51 26 30 m 103a -O GG 385   Hesser 06 11 70 IC 5152    
1122   22 00 54 - 51 26 45 m 103a -O GG 385   Hesser 06 11 70 IC 5152    
1123   22 00 54 - 51 26 60 m 103a -O GG 385   Hesser 06 11 70 IC 5152    
1124   05 36 00 - 70 52 05 m 103a -O GG 385   Hesser 06 11 70 L M C    
1125   03 11 00 - 55 23 30 m 103a -O GG 385   Hesser 06 11 70 NGC 1261    
1126   03 11 00 - 55 23 30 m 103a - D GG 495   Hesser 06 11 70 NGC 1261    
1127   04 49 30 - 83 59.3 30 m 103a - D GG 495   Hesser 06 11 70 NGC 1841    
1128   04 49 30 - 83 59.3 30 m 103a -O GG 385   Hesser 06 11 70 NGC 1841    
1129   07 51 09 - 38 27 30 m 103a -O GG 385   Hesser 06 11 70 NGC 2477    
1130   07 51 09 - 38 27 30 m 103a - D GG 495   Hesser 06 11 70 NGC 2477    
1131   08 41 33 - 47 06 30 m 103a - D GG 495   Hesser 06 11 70 NGC 2660    
1132   08 41 33 - 47 06 30 m 103a -O GG 385   Hesser 06 11 70 NGC 2660    
1133   02 57 00 - 71 41 40 m 103a -O nones   Gonzalez 25 11 70 NGC 121    
1134   01 02 00 - 71 30 40 m 103a -O nones   Gonzalez 25 11 70 Gascoigne Field    

(1) al 1087 error de anotación

(2) debiera ser 1078 y no 1088

(*) corresponde a tubo imagen

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1970 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1135   05 58 24 - 68 32.6 1 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1136   05 58 24 - 68 32.6 10 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1137   05 58 24 - 68 32.6 60 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1138   05 58 24 - 68 32.6 10 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1139   05 58 24 - 68 32.6 60 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1140   05 58 24 - 68 32.6 2 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1141   05 58 24 - 68 32.6 2 m 103a - D GG 495   P. Lucke 02 12 70 NGC 2164    
1142   02 38 48 - 34 41 60 m 103a - O GG 385   P. Lucke 03 12 70 Fornax    
1143   05 58 24 -68 32.6 1 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1144   05 58 24 -68 32.6 10 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1145   05 58 24 -68 32.6 60 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1146   05 58 24 -68 32.6 10 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1147   05 58 24 -68 32.6 1 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1148   05 58 24 -68 32.6 60 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1149   05 58 24 -68 32.6 1 m 103a - O GG 385   P. Lucke 03 12 70 NGC 2164    
1150   05 39 00 - 69 06 15 m 103a - O GG 385   P. Lucke 03 12 70 30 Doradus    
1151   05 58 24 - 68 32.6 60 m 103a - D GG 495   P. Lucke 03 12 70 NGC 2164    
1152   al 1160   (*)                
1161   05 26 06 - 68 37.5 25 m 103a - D GG 495   Demers 26 12 70 L M C    
1162   05 26 06 - 68 37.5 15 m 103a - O GG 385   Demers 26 12 70 L M C    
1163   00 15 48 - 68 37.5 30 m 103a - D GG 495   Demers 26 12 70 L M C    
1164   00 15 48 - 68 37.5 20 m 103a - O GG 385   Demers 26 12 70 L M C    
1165   05 06 42 - 69 05 30 m 103a - D GG 495   Demers 26 12 70 L M C    
1166   05 06 42 - 69 05 15 m 103a - O GG 385   Demers 26 12 70 L M C    
1167   04 57 00 - 69 38 30 m 103a - D GG 495   Demers 26 12 70 L M C    
1168   04 57 00 - 69 38 15 m 103a - O GG 385   Demers 26 12 70 L M C    
1169   05 08 12 - 67 55 30 m 103a - D GG 495   Demers 26 12 70 L M C    
1170   05 08 12 - 67 55 15 m 103a - O GG 385   Demers 26 12 70 L M C    
1171   05 10 00 - 68 42 30 m 103a - D GG 495   Demers 26 12 70 L M C    
1172   05 26 06 - 68 37.5 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1173   05 26 06 - 68 37.5 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1174   05 15 42 - 68 37.5 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1175   05 15 42 - 68 37.5 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1176   05 15 42 - 68 37.5 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1177   05 08 12 - 67 55 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1178   05 08 12 - 67 55 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1179   05 10 00 - 68 42 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1180   05 10 00 - 68 42 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1181   05 10 00 - 68 42 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1182   05 32 12 - 68 12 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1183   05 32 12 - 68 12 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1184   05 06 42 - 69 05 30 m 103a - D GG 495   Demers 27 12 70 L M C    
1185   05 06 42 - 69 05 15 m 103a - O GG 385   Demers 27 12 70 L M C    
1186   04 57 00 - 69 38 10 m 103a - D GG 495   Demers 27 12 70 L M C    

 

(*) corresponde a tubo imagen

 

Last Updated on 8/27/99

By Jorge Marin

1971

1971 Plate logs for 1.5-m telescope

January

 

January 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1187   05 39 30 - 69 20 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C    
1188   04 51 00 - 66 20 15 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C    
1189   05 32 00 - 67 20 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C BROKEN OK" CTIO
1190   05 25 00 - 67 40 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C BROKEN OK" CTIO
1191   05 27 00 - 68 50 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C   CTIO
1192   05 10 00 - 68 50 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C   CTIO
1193   05 19 00 - 69 30 30 m 098 - 02 RG 610   Weedman / Smith 02 01 71 L M C   CTIO
1194   02 38 18 - 34 39 120 m 103a - O GG 385   Kunkel / Bradt 18 01 71 Fornax    
1195   11 20 00 - 61 03 20 m 103a - O GG 385   Kunkel / Bradt 18 01 71 Centaurus 3   CTIO
1196   11 20 00 - 61 03 120 m 103a - O U G 2   Kunkel / Bradt 18 01 71 Centaurus 3   CTIO
1197   15 19 18 - 56 47 30 m 103a - O GG 385   Kunkel / Bradt 18 01 71 Norman 2   CTIO
1198   02 38 18 - 34 39 166 m 103a - D GG 495   Kunkel / Bradt 19 01 71 Fornax    
1199   07 52 25 - 26 21.3 94 m 098 - 02 RG 610   Kunkel / Bradt 19 01 71 Nebula   CTIO
1200   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 23 01 71 NGC 1783    
1201   05 05 18 - 69 26 20 m 103a - O nones   J. Graham 23 01 71 NGC 1835    
1202   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 23 01 71 NGC 1783    
1203   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 23 01 71 NGC 1835    
1204   00 25 42 - 71 41 45 m 103a - O nones   J. Graham 24 01 71 NGC 121    
1205   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 24 01 71 NGC 2257    
1206   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 24 01 71 NGC 1783    
1207   05 36 00 - 70 48 30 m 103a - O nones   J. Graham 24 01 71 Nova LMC    
1208   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 24 01 71 NGC 1835    
1209   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 24 01 71 NGC 1783    
1210   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 24 01 71 NGC 1835    
1211   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 24 01 71 NGC 2257    
1212   06 20 54 - 67 31 30 m 103a - O nones   J. Graham 24 01 71 NGC 2231    
1213   08 34 18 - 45 04 10 m 103a - O GG 385   J. Graham 24 01 71 Pulsar Field    
1214   08 56 30 - 28 41 10 m 103a - O GG 385   J. Graham 24 01 71 K 1 - 2    
1215   00 25 42 - 71 41 45 m 103a - O nones   J. Graham 25 01 71 NGC 121    
1216   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 25 01 71 NGC 1783    
1217   04 49 00 - 68 50 2 m 103a - O nones   J. Graham 25 01 71 Schm plate defect    
1218   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 25 01 71 NGC 1835    
1219   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 25 01 71 NGC 2257    
1220   06 20 54 - 67 31 30 m 103a - O nones   J. Graham 25 01 71 NGC 2231    
1221   04 59 00 - 66 01 40 m 103a - O nones   J. Graham 25 01 71 NGC 1783    
1222   05 05 18 - 69 26 40 m 103a - O nones   J. Graham 25 01 71 NGC 1835    
1223   06 30 12 - 64 18 40 m 103a - O nones   J. Graham 25 01 71 NGC 2257    
1224   08 56 30 - 28 41 10 m 103a - O GG 385   J. Graham 25 01 71 K 1 - 2    

Last Updated on 8/27/99

By Guerra & Marin

February

 

February 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1225   al 1278   (*)                
1279   04 59 00 - 66 01 12 m 103a - O nones   J. Graham 26 02 71 NGC 1783    
1280   04 59 00 - 66 01 2 m 103a - O GG 385   J. Graham 26 02 71 NGC 1783    
1281   04 59 00 - 66 01 2 m 103a - D GG 495   J. Graham 26 02 71 NGC 1783    
1282   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 26 02 71 NGC 1783    
1283   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 26 02 71 NGC 1835    
1284   06 20 54 - 67 31 30 m 103a - O nones   J. Graham 26 02 71 NGC 2231    
1285   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 26 02 71 NGC 2257    
1286   08 56 30 - 28 41 10 m 103a - O GG 385   J. Graham 26 02 71 K 1 - 2    
1287   11 34 00 - 62 48 60 m 103a - O nones   J. Graham 26 02 71 IC 2944    
1288   13 24 54 - 47 09 30 m 103a - O nones   J. Graham 26 02 71 Omega Cen.    
1289   13 35 24 - 29 43 90 m 103a - O nones   J. Graham 26 02 71 NGC 5236    
1290   04 59 00 - 66 01 3 m 103a - O GG 385   J. Graham 27 02 71 NGC 1783    
1291   04 58 24 - 68 08 3 m 103a - O GG 385   J. Graham 27 02 71 Nova 2    
1292   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 27 02 71 NGC 1783    
1293   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 27 02 71 NGC 1835    
1294   05 35 48 - 70 18 30 m 103a - O nones   J. Graham 27 02 71 Nova 1    
1295   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 27 02 71 NGC 1783    
1296   05 05 18 - 69 26 30 m 103a - O nones   J. Graham 27 02 71 NGC 1835    
1297   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 27 02 71 NGC 2257    
1298   10 43 54 - 59 31 60 m llla - j nones   J. Graham 27 02 71 NGC 3372    
1299   13 23 30 - 42 51 80 m llla - j nones   J. Graham 27 02 71 NGC 5128    
1300   13 23 30 - 42 51 80 m 103a - O nones   J. Graham 27 02 71 NGC 5128    
1301   05 35 48 - 70 18 30 m 103a - O nones   J. Graham 28 02 71 NGC 1783    
1302   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 28 02 71 NGC 1835    
1303   05 35 48 - 70 18 30 m 103a - O nones   J. Graham 28 02 71 NGC 1783    
1304   04 59 00 - 66 01 30 m 103a - O nones   J. Graham 28 02 71 NGC 1835    
1305   05 35 48 - 70 18 30 m 103a - O nones   J. Graham 28 02 71 NGC 1783    
1306   06 30 12 - 64 18 30 m 103a - O nones   J. Graham 28 02 71 NGC 2257    
1307   08 09 00 - 35 15 20 m 103a - D GG 495   J. Graham 28 02 71 Nova pufh    
1308   08 09 00 - 35 15 10 m 103a - O GG 385   J. Graham 28 02 71 Nova pufh    
1309   08 56 30 - 28 41 10 m 103a - O GG 385   J. Graham 28 02 71 K 1 - 2    
1310   10 43 54 - 59 31 50 m llla - j nones   J. Graham 28 02 71 NGC 3372    
1311   11 37 06 - 63 15 120 m llla - j nones   J. Graham 28 02 71 IC 2944    

(*)corresponde a tubo imagen

 

Last Updated on 8/27/99

By Guerra & Marin

March

 March 1971 Plate logs for 1.5-m telescope

Plate N. N R . A Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1312   al 1339   (*)                
1340   10 26 33 - 43 44 57 m lla - O nones   Burbigel 25 03 71 NGC 3256    
1341   12 41 39 - 40 37 45 m 103a - O nones   Burbigel 25 03 71 Assoc. cent.    
1342   12 47 13 - 41 08.2 60 m 103a - O nones   Burbigel 25 03 71 NGC 4696    
1343   14 01 37 - 41 16 60 m 103a - O nones   Burbigel 25 03 71 NGC 5408    
1344   18 10 42 - 85 24 60 m 103a - O nones   Burbigel 25 03 71 NGC 6438    
1345   18 10 42 - 85 24 20 m 103a - O nones   Burbigel 25 03 71 NGC 6438    
1346   al 1350   (*)                
1351   09 01 01 - 40 26.4 72 m 103a - O UG 2   Burbigel 26 03 71 SAO 220767   CTIO
1352   13 35 13 - 33 49 60 m 103a - O nones   Burbigel 26 03 71 IC 4296    
1353   10 35 13 - 42 45 60 m 103a - D nones   Burbigel 26 03 71 Klemola    
1354   13 35 29 - 29 43 5 m 103a - O nones   Burbigel 26 03 71 NGC 5236    
1355   13 38 17 - 31 30 5 m 103a - O nones   Burbigel 26 03 71 NGC 5253    
1356   12 48 17 - 41 07.3 60 m 103a - D nones   Burbigel 26 03 71 NGC 4696    
1357   14 01 56 - 33 50 60 m 103a - O nones   Burbigel 26 03 71 NGC 5419    
1358   al 1368   (*)                

(*) corresponde a tubo imagen

Last Updated on 8/27/99

By Guerra & Marin

April

 

April 1971 Plate logs for 1.5-m telescope

Plate N. N R . A Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1369   09 01 26 - 40 25 180 m 103a - O U G 2   Kunkel 02 04 71 Vela XR - 1    
1369   09 01 26 - 40 25 36 m 103a - O GG 385   Kunkel 02 04 71 Vela XR - 1   CTIO
1370a   15 18 25 - 57 03 36 m 103a - O GG 385   Kunkel 02 04 71 Circinus X - 1 BROKEN OK" CTIO
1370b   15 18 25 - 57 03 180 m 103a - O U G 2   Kunkel 02 04 71 Circinus X - 1 BROKEN OK" CTIO
1371   15 18 25 - 57 03 36 m 103a - O GG 385   Kunkel 02 04 71 Circinus X - 1   CTIO
1372   15 18 25 - 57 03 36 m 103a - O GG 385   Kunkel 02 04 71 Circinus X - 1   CTIO
1373   09 25 14 - 52 42 45 m lla - O U G 2   Bok 03 04 71 Vela 1    
1374   09 25 14 - 52 42 45 m 103a - O U G 2   Bok 03 04 71 Vela 1    
1374   09 25 14 - 52 42 05 m 103a - O GG 385   Bok 03 04 71 Vela 1    
1374   09 25 14 - 52 42 08 m 103a - O GG 385   Bok 03 04 71 Vela 1    
1374   09 25 14 - 52 42 12 m 103a - O GG 385   Bok 03 04 71 Vela 1    
1375   09 25 14 - 52 42 07 m lla - O GG 385   Bok 03 04 71 Vela 1    
1376   09 25 14 - 52 42 10 m 103a D GG 495   Bok 03 04 71 Vela 1    
1376   09 25 14 - 52 42 01 m 103a D GG 495   Bok 03 04 71 Vela 1    
1377   09 25 14 - 52 42 45 m 103a - O U G 2   Bok 03 04 71 Vela 1    
1377   09 25 14 - 52 42 09 m 103a - O GG 385   Bok 03 04 71 Vela 1    
1377   09 25 14 - 52 42 03 m 103a - O GG 385   Bok 03 04 71 Vela 1    
1378   13 26 06 - 63 42 45 m 103a - O U G 2   Bok 03 04 71 Centaurus ll    
1378   13 26 06 - 63 42 09 m 103a - O GG 385   Bok 03 04 71 Centaurus ll    
1378   13 26 06 - 63 42 03 m 103a - O GG 385   Bok 03 04 71 Centaurus ll    
1379   13 26 06 - 63 42 07 m lla - O GG 385   Bok 03 04 71 Centaurus ll    
1380   13 26 06 - 63 42 10 m 103a D GG 495   Bok 03 04 71 Centaurus ll    
1381   15 23 48 - 59 27 45 m 103a - O U G 2   Bok 03 04 71 Circinus    
1381   15 23 48 - 59 27 06 m 103a - O GG 385   Bok 03 04 71 Circinus    
1381   15 23 48 - 59 27 10 m 103a - O GG 385   Bok 03 04 71 Circinus    
1382   15 23 48 - 59 27 07 m lla - O GG 385   Bok 03 04 71 Circinus    
1382   15 23 48 - 59 27 45 seg lla - O GG 385   Bok 03 04 71 Circinus    
1383   15 23 48 - 59 27 10 m 103a D GG 495   Bok 03 04 71 Circinus    
1384   09 25 39 - 52 42 10 m 103a D GG 495   Bok 04 04 71 Vela 1    
1384   09 25 39 - 52 42 01 m 103a D GG 495 3 Bok 04 04 71 Vela 1    
1385   09 25 39 - 52 42 10 m lla - O GG 385 3 Bok 04 04 71 Vela 1    
1385   09 25 39 - 52 42 01 m lla - O GG 385 2.5 Bok 04 04 71 Vela 1    
1386   09 25 39 - 52 42 20 m lla - O U G 2 3 Bok 04 04 71 Vela 1    
1386   09 25 39 - 52 42 04 m lla - O GG 385 3 Bok 04 04 71 Vela 1    
1386   09 25 39 - 52 42 02 m lla - O GG 385 4 Bok 04 04 71 Vela 1    
1387   09 25 39 - 52 42 50 m lla - O U G 2 5 Bok 04 04 71 Vela 1    
1387   09 25 39 - 52 42 05 m lla - O U G 2 4 Bok 04 04 71 Vela 1    
1388   09 25 39 - 52 42 50 m lla - O U G 2 4 Bok 04 04 71 Vela 1    
1388   09 25 39 - 52 42 15 m lla - O GG 385 ´4 - 10 Bok 04 04 71 Vela 1    
1388   09 25 39 - 52 42 07 m lla - O GG 385 ´4 - 10 Bok 04 04 71 Vela 1    
1389   13 27 18 - 63 42 10 m lla - O GG 385 ´4 - 10 Bok 04 04 71 Centaurus ll    
1389   13 27 18 - 63 42 01 m lla - O GG 385 ´4 - 10 Bok 04 04 71 Centaurus ll    
1390   13 27 18 - 63 42 10 m 103a - D GG 495 ´4 - 10 Bok 04 04 71 Centaurus ll    
1390   13 27 18 - 63 42 01 m 103a - D GG 495 2 Bok 04 04 71 Centaurus ll    
1391   13 27 18 - 63 42 20 m lla - O U G 2 2 Bok 04 04 71 Centaurus ll    
1391   13 27 18 - 63 42 04 m lla - O GG 385 2 Bok 04 04 71 Centaurus ll    
1391   13 27 18 - 63 42 02 m lla - O GG 385 2.5 Bok 04 04 71 Centaurus ll    
1392   13 27 18 - 63 42 60 m lla - O U G 2 2.5 Bok 04 04 71 Centaurus ll    
1392   13 27 18 - 63 42 12 m lla - O GG 385 4 Bok 04 04 71 Centaurus ll    
1392   13 27 18 - 63 42 06 m lla - O GG 385 3 Bok 04 04 71 Centaurus ll    
1393   15 18 25 - 57 03 36 m 103a - O GG 385 3 Bok 04 04 71 Circinus X - 1 BROKEN OK" CTIO
1394   15 23 43 - 59 25 60 m lla - O U G 2 3 Bok 04 04 71 Circinus    
1394   15 23 43 - 59 25 10 m lla - O GG 385 3 Bok 04 04 71 Circinus    
1395   10 58 48 - 60 17 10 m 103a - D GG 495 3 Bok 05 04 71 HD 95540    
1395   10 58 48 - 60 17 01 m 103a - D GG 495 4 Bok 05 04 71 HD 95540    
1396   10 58 48 - 60 17 10 m lla - O GG 385 4 Bok 05 04 71 HD 95540    
1396   10 58 48 - 60 17 01 m lla - O GG 385 4 Bok 05 04 71 HD 95540    
1397   10 58 48 - 60 17 20 m lla - O U G 2 4 Bok 05 04 71 HD 95540    
1397   10 58 48 - 60 17 05 m lla - O GG 385 4 Bok 05 04 71 HD 95540    
1397   10 58 48 - 60 17 02 m lla - O GG 385 3 Bok 05 04 71 HD 95540    
1398   10 58 48 - 60 17 10 m lla - O GG 385 3 Bok 05 04 71 HD 95540    
1398   10 58 48 - 60 17 01 m lla - O GG 385 3 Bok 05 04 71 HD 95540    
1399   10 58 48 - 60 17 10 m 103a - D GG 495 2 Bok 05 04 71 HD 95540    
1399   10 58 48 - 60 17 01 m 103a - D GG 495 2 Bok 05 04 71 HD 95540    
1400   10 58 48 - 60 17 60 m lla - O U G 2 2 Bok 05 04 71 HD 95540    
1400   10 58 48 - 60 17 06 m lla - O U G 2 1.5 Bok 05 04 71 HD 95540    
1401   10 58 48 - 60 17 60 m lla - O U G 2 1.5 Bok 05 04 71 HD 95540    
1401   10 58 48 - 60 17 06 m lla - O U G 2 3 Bok 05 04 71 HD 95540    
1402   10 58 48 - 60 17 60 m lla - O U G 2 1.5 Bok 05 04 71 HD 95540    
1402   10 58 48 - 60 17 12 m lla - O GG 385 1.5 Bok 05 04 71 HD 95540    
1402   10 58 48 - 60 17 01 m lla - O GG 385 1.5 Bok 05 04 71 HD 95540    
1403   10 58 48 - 60 17 10 m 103a - D GG 495 1.5 Bok 05 04 71 HD 95540    
1403   10 58 48 - 60 17 01 m 103a - D GG 495 1.5 Bok 05 04 71 HD 95540    
1404   15 18 25 - 57 03 36 m 103a - O GG 385 3 Bok 05 04 71 Circinus X - 1 BROKEN OK" CTIO
1405   15 23 43 - 59 25 60 m lla - O U G 2 2.5 Bok 05 04 71 Circinus    
1405   15 23 43 - 59 25 12 m lla - O GG 385 2.5 Bok 05 04 71 Circinus    
1405   15 23 43 - 59 25 01 m lla - O GG 385 2.5 Bok 05 04 71 Circinus    
1406   09 26 36 - 52 50 60 m lla - O U G 2 4 Bok 06 04 71 Vela 1    
1406   09 26 36 - 52 50 07 m lla - O GG 385 4 Bok 06 04 71 Vela 1    
1406   09 26 36 - 52 50 02 m lla - O GG 385 4 Bok 06 04 71 Vela 1    
1407   09 26 36 - 52 50 10 m 103a - D GG 495 4 Bok 06 04 71 Vela 1    
1407   09 26 36 - 52 50 01 m 103a - D GG 495 4 Bok 06 04 71 Vela 1    
1408   10 58 48 - 60 17 20 m lla - O U G 2 4 Bok 06 04 71 HD 95540    
1408   10 58 48 - 60 17 20 m lla - O U G 2 4 Bok 06 04 71 HD 95540    
1408   10 58 48 - 60 17 2.5 m lla - O GG 385 3 Bok 06 04 71 HD 95540    
1408   10 58 48 - 60 17 2.5 m lla - O GG 385 1.5 Bok 06 04 71 HD 95540    
1408   10 58 48 - 60 17 30 seg lla - O GG 385 1.5 Bok 06 04 71 HD 95540    
1409   10 58 48 - 60 17 10 m lla - O GG 385 1.5 Bok 06 04 71 HD 95540    
1409   10 58 48 - 60 17 01 m lla - O GG 385 2 Bok 06 04 71 HD 95540    
1410   10 58 48 - 60 17 20 m lla - O U G 2 2 Bok 06 04 71 HD 95540    
1410   10 58 48 - 60 17 2.5 m lla - O GG 385 1.5 Bok 06 04 71 HD 95540    
1410   10 58 48 - 60 17 30 seg lla - O GG 385 1.5 Bok 06 04 71 HD 95540    
1411   10 58 48 - 60 17 10 m 103a - D GG 495 1.5 Bok 06 04 71 HD 95540    
1411   10 58 48 - 60 17 01 m 103a - D GG 495 1.5 Bok 06 04 71 HD 95540    
1412   10 58 48 - 60 17 10 m 103a - D GG 495 3.5 Bok 06 04 71 HD 95540    
1412   10 58 48 - 60 17 01 m 103a - D GG 495 2 Bok 06 04 71 HD 95540    
1413   13 26 06 - 63 42 60 m lla - O U G 2 2 Bok 06 04 71 Centaurus ll    
1413   13 26 06 - 63 42 7.5 m lla - O GG 385 2 Bok 06 04 71 Centaurus ll    
1413   13 26 06 - 63 42 02 m lla - O GG 385 2 Bok 06 04 71 Centaurus ll    
1414   13 26 06 - 63 42 60 m lla - O U G 2 2 Bok 06 04 71 Centaurus ll    
1414   13 26 06 - 63 42 06 m lla - O U G 2 4 Bok 06 04 71 Centaurus ll    
1415   13 26 06 - 63 42 10 m 103a - D GG 495 4 Bok 06 04 71 Centaurus ll    
1415   13 26 06 - 63 42 01 m 103a - D GG 495 4 Bok 06 04 71 Centaurus ll    
1416   15 18 25 - 57 03 36 m 103a - O GG 385 4 Bok 06 04 71 Centaurus ll   CTIO
1417   15 55 30 - 54 16 20 m lla - O U G 2 4 Bok 06 04 71 Norma l    
1417   15 55 30 - 54 16 03 m lla - O GG 385 4 Bok 06 04 71 Norma l    
1417   15 55 30 - 54 16 40 seg lla - O GG 385 4 Bok 06 04 71 Norma l    
1418   10 58 48 - 60 17 10 m 103a - D GG 495 3 Bok 07 04 71 HD 95540    
1418   10 58 48 - 60 17 01 m 103a - D GG 495 3 Bok 07 04 71 HD 95540    
1419   10 58 48 - 60 17 10 m 103a - D GG 495 2 Bok 07 04 71 HD 95540    
1419   10 58 48 - 60 17 01 m 103a - D GG 495 2 Bok 07 04 71 HD 95540    
1420   10 58 48 - 60 17 10 m 103a - D GG 495 1.5 Bok 07 04 71 HD 95540    
1420   10 58 48 - 60 17 01 m 103a - D GG 495 1.5 Bok 07 04 71 HD 95540    
1421   15 18 25 - 57 03 12 m 103a - O GG 385 2 Bok 07 04 71 Cir. XR - 1    
1421   15 18 25 - 57 03 12 m 103a - O GG 385 2 Bok 07 04 71 Cir. XR - 1    
1421   15 18 25 - 57 03 12 m 103a - O GG 385 2 Bok 07 04 71 Cir. XR - 1   CTIO
1421   15 18 25 - 57 03 12 m 103a - O GG 385 2 Bok 07 04 71 Cir. XR - 1    
1421   15 18 25 - 57 03 12 m 103a - O GG 385 2 Bok 07 04 71 Cir. XR - 1    
1422   15 24 42 - 59 33 20 m lla - O U G 2 2 Bok 07 04 71 Circinus    
1422   15 24 42 - 59 33 2.5 m lla - O GG 385 2 Bok 07 04 71 Circinus    
1422   15 24 42 - 59 33 30 seg lla - O GG 385 2 Bok 07 04 71 Circinus    
1423   15 55 24 - 54 15.8 50 m lla - O U G 2 3 Bok 07 04 71 Norma l    
1423   15 55 24 - 54 15.8 06 m lla - O GG 385 3 Bok 07 04 71 Norma l    
1423   15 55 24 - 54 15.8 01 m lla - O GG 385 3 Bok 07 04 71 Norma l    
1424   10 58 48 - 60 17 10 m 103a - D GG 495 2 Bok 08 04 71 HD 95540    
1424   10 58 48 - 60 17 01 m 103a - D GG 495 2 Bok 08 04 71 HD 95540    
1425   11 30 12 - 60 31 10 m 103a - D GG 495 1.5 Bok 08 04 71 SA 193    
1425   11 30 12 - 60 31 01 m 103a - D GG 495 1.5 Bok 08 04 71 SA 193    
1426   11 30 12 - 60 31 10 m lla - O GG 385 1.5 Bok 08 04 71 SA 193    
1426   11 30 12 - 60 31 01 m lla - O GG 385 1.5 Bok 08 04 71 SA 193    
1427   11 30 12 - 60 31 60 m lla - O U G 2 1.5 Bok 08 04 71 SA 193    
1427   11 30 12 - 60 31 07.5 m lla - O GG 385 1.5 Bok 08 04 71 SA 193    
1427   11 30 12 - 60 31 01.5 m lla - O GG 385 1.5 Bok 08 04 71 SA 193    
1428   11 30 12 - 60 31 20 m lla - O U G 2 1.5 Bok 08 04 71 SA 193    
1428   11 30 12 - 60 31 02.5 m lla - O GG 385 1.5 Bok 08 04 71 SA 193    
1428   11 30 12 - 60 31 30 seg lla - O GG 385 3 Bok 08 04 71 SA 193    
1429   15 24 42 - 59 33 10 m 103a - D GG 495 3 Bok 08 04 71 Circinus    
1429   15 24 42 - 59 33 01 m 103a - D GG 495 3 Bok 08 04 71 Circinus    
1430   15 24 42 - 59 33 20 m lla - O U G 2 3 Bok 08 04 71 Circinus    
1430   15 24 42 - 59 33 02.5 m lla - O GG 385 3 Bok 08 04 71 Circinus    
1430   15 24 42 - 59 33 30 m lla - O GG 385 3 Bok 08 04 71 Circinus    
1431   15 55 24 - 54 15.8 60 m lla - O U G 2 3 Bok 08 04 71 Norma l    
1431   15 55 24 - 54 15.8 60 m lla - O U G 2 3 Bok 08 04 71 Norma l    
1432   15 55 24 - 54 15.8 20 m lla - O U G 2 2 Bok 08 04 71 Norma l    
1432   15 55 24 - 54 15.8 02.5 m lla - O GG 385 2 Bok 08 04 71 Norma l    
1432   15 55 24 - 54 15.8 30 seg lla - O GG 385 2 Bok 08 04 71 Norma l    
1433   15 55 24 - 54 15.8 10 m 103a - D GG 495 3 Bok 08 04 71 Norma l    
1433   15 55 24 - 54 15.8 01 m 103a - D GG 495 3 Bok 08 04 71 Norma l    
1434   15 55 24 - 54 15.8 10 m lla - O GG 385 3 Bok 08 04 71 Norma l    
1434   15 55 24 - 54 15.8 01 m lla - O GG 385 3 Bok 08 04 71 Norma l    
1435   15 55 24 - 54 15.8 10 m 103a - D GG 495 3 Bok 08 04 71 Norma l    
1435   15 55 24 - 54 15.8 01 m 103a - D GG 495 2.5 Bok 08 04 71 Norma l    
1436   09 40 00 - 54 00 20 m lla - O U G 2 2.5 Bok 09 04 71 Vela 2    
1436   09 40 00 - 54 00 02.5 m lla - O GG 385 1.5 Bok 09 04 71 Vela 2    
1436   09 40 00 - 54 00 30 seg lla - O GG 385 1.5 Bok 09 04 71 Vela 2    
1437   09 40 00 - 54 00 10 m 103a - D GG 495 1.5 Bok 09 04 71 Vela 2    
1437   09 40 00 - 54 00 01 m 103a - D GG 495 2 Bok 09 04 71 Vela 2    
1438   09 40 00 - 54 00 10 m lla - O GG 385 3.5 Bok 09 04 71 Vela 2    
1438   09 40 00 - 54 00 01 m lla - O GG 385 1.5 - 3 Bok 09 04 71 Vela 2    
1439   09 40 00 - 54 00 60 m lla - O U G 2 1.5 - 3 Bok 09 04 71 Vela 2    
1439   09 40 00 - 54 00 07.5 m lla - O GG 385 2.5 Bok 09 04 71 Vela 2    
1439   09 40 00 - 54 00 01.5 m lla - O GG 385 2 Bok 09 04 71 Vela 2    
1440   09 40 00 - 54 00 10 m 103a - D GG 495 1.5 Bok 09 04 71 Vela 2    
1440   09 40 00 - 54 00 01 m 103a - D GG 495 1.5 Bok 09 04 71 Vela 2    
1441   11 30 12 - 60 31 10 m 103a - D GG 495 1.5 Bok 09 04 71 SA 193    
1441   11 30 12 - 60 31 01 m 103a - D GG 495 1.5 Bok 09 04 71 SA 193    
1442   15 24 42 - 59 33 10 m 103a - D GG 495 1 Bok 09 04 71 Circinus    
1442   15 24 42 - 59 33 01 m 103a - D GG 495 1 Bok 09 04 71 Circinus    
1443   16 22 54 - 52 06 10 m 103a - D GG 495 1.5 Bok 09 04 71 Norma lV    
1443   16 22 54 - 52 06 01 m 103a - D GG 495 1.5 Bok 09 04 71 Norma lV    
1444   16 22 54 - 52 06 10 m lla - O GG 385 1.5 Bok 09 04 71 Norma lV    
1444   16 22 54 - 52 06 01 m lla - O GG 385 1.5 Bok 09 04 71 Norma lV    
1445   16 22 54 - 52 06 20 m lla - O U G 2 1.5 Bok 09 04 71 Norma lV    
1445   16 22 54 - 52 06 02.5 m lla - O GG 385 1.5 Bok 09 04 71 Norma lV    
1445   16 22 54 - 52 06 30 seg lla - O GG 385 1.5 Bok 09 04 71 Norma lV    
1446   16 22 54 - 52 06 10 m 103a - D GG 495 1.5 Bok 09 04 71 Norma lV    
1446   16 22 54 - 52 06 1 m 103a - D GG 495 1.5 Bok 09 04 71 Norma lV    
1447   16 22 54 - 52 06 60 m lla - O U G 2 2 Bok 09 04 71 Norma lV    
1447   16 22 54 - 52 06 07.5 m lla - O GG 385 2 Bok 09 04 71 Norma lV    
1447   16 22 54 - 52 06 1.5 m lla - O GG 385 2 Bok 09 04 71 Norma lV    
1448   14 18 18 - 60 47 10 m lla - O GG 385 5 Bok 15 04 71 Centaurus    
1448   14 18 18 - 60 47 1 m lla - O GG 385 5 Bok 15 04 71 Centaurus    
1449   14 18 18 - 60 47 15 m 103a - D GG 495 6 Bok 15 04 71 Centaurus    
1449   14 18 18 - 60 47 1.5 m 103a - D GG 495 6 Bok 15 04 71 Centaurus    
1450   14 18 18 - 60 47 30 m lla - O U G 2 4 Bok 15 04 71 Centaurus    
1450   14 18 18 - 60 47 4 m lla - O GG 385 4 Bok 15 04 71 Centaurus    
1450   14 18 18 - 60 47 45 seg lla - O GG 385 6 Bok 15 04 71 Centaurus    
1451   14 18 18 - 60 47 75 m lla - O U G 2 4--6 Bok 15 04 71 Centaurus    
1451   14 18 18 - 60 47 2.5 m lla - O U G 2 4--6 Bok 15 04 71 Centaurus    
1452   15 49 42 - 56 16 15 m 103a - D GG 495 4--8 Bok 15 04 71 Norma ll    
1452   15 49 42 - 56 16 1.5 m 103a - D GG 495 4--8 Bok 15 04 71 Norma ll    
1453   15 49 42 - 56 16 12 m lla - O GG 385 3.5 Bok 15 04 71 Norma ll    
1453   15 49 42 - 56 16 1 m lla - O GG 385 3.5 Bok 15 04 71 Norma ll    
1454   15 49 42 - 56 16 60 m lla - O U G 2 3 Bok 15 04 71 Norma ll    
1454   15 49 42 - 56 16 6 m lla - O U G 2 6 Bok 15 04 71 Norma ll    
1455   09 40 00 - 53 57 75 m lla - O U G 2 8--10 Bok 15 04 71 Vela ll    
1455   09 40 00 - 53 57 7.5 m lla - O U G 2 12 Bok 15 04 71 Vela ll    
1456   12 56 00 - 61 30 75 m lla - O GG 385 3.5 Bok 16 04 71 Saco de Carbon a    
1457   13 15 00 - 61 30 75 m lla - O GG 385 4 Bok 16 04 71 Saco de Carbon b    
1458   14 18 18 - 60 47 60 m lla - O U G 2 3.5 Bok 16 04 71 Centaurus l    
1458   14 18 18 - 60 47 7.5 m lla - O GG 385 3.5 Bok 16 04 71 Centaurus l    
1458   14 18 18 - 60 47 1 5 m lla - O GG 385 3.5 Bok 16 04 71 Centaurus l    
1459   16 23 24 - 51 59.2 60 m lla - O U G 2 3 Bok 16 04 71 Norma lV    
1459   16 23 24 - 51 59.2 6 m lla - O U G 2 3 Bok 16 04 71 Norma lV    
1460   11 30 12 - 60 31 60 m lla - O U G 2 1 Bok 16 04 71 SA 193    
1460   11 30 12 - 60 31 07.5 m lla - O GG 385 1.5 Bok 16 04 71 SA 193    
1460   11 30 12 - 60 31 01.5 m lla - O GG 385 1.5 Bok 16 04 71 SA 193    
1460   11 30 12 - 60 31 6 m lla - O U G 2 1.5 Bok 16 04 71 SA 193    
1461   12 56 00 - 61 30 90 m 098 - 0 2 RG - 610 1.5 Bok 16 04 71 Coal Sack a    
1462   13 15 00 -61 29.7 90 m 098 - 0 2 RG - 610 1.5 Bok 17 04 71 Coal Sack b    
1463   13 15 00 -61 29.7 30 m 103a - D GG 495 1.5 Bok 17 04 71 Coal Sack b    
1464   12 56 00 - 61 30 30 m 103a - D GG 495 1 Bok 17 04 71 Coal Sack a    
1465   14 18 18 - 60 47 10 m lla - O GG 385 1.5 Bok 17 04 71 Centaurus l    
1465   14 18 18 - 60 47 01 m lla - O GG 385 1.5 Bok 17 04 71 Centaurus l    
1466   15 49 42 - 56 16 60 m lla - O U G 2 1.5 Bok 17 04 71 Norma ll    
1466   15 49 42 - 56 16 7.5 m lla - O GG 385 1.5 Bok 17 04 71 Norma ll    
1466   15 49 42 - 56 16 1.5 m lla - O GG 385 1.5 Bok 17 04 71 Norma ll    
1466   15 49 42 - 56 16 6 m lla - O U G 2 1.5 Bok 17 04 71 Norma ll    
1467   15 49 42 - 56 16 10 m 103a - D GG 495 1.5 Bok 17 04 71 Norma ll    
1467   15 49 42 - 56 16 01 m 103a - D GG 495 1.5 Bok 17 04 71 Norma ll    
1468   15 49 42 - 56 16 10 m lla - O GG 385 1.5 Bok 17 04 71 Norma ll    
1468   15 49 42 - 56 16 01 m lla - O GG 385 1.5 Bok 17 04 71 Norma ll    

Last Updated on 8/27/99

By Jorge Marin

May

 

May 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1469   08 25 18 - 68 01 5 m 103a - O NO 4--5 Rubin, Smith 01 05 71 NGC 2601    
1470   08 25 18 - 68 01 60 m 103a - O NO 4--5 Rubin, Smith 01 05 71 NGC 2601    
1471   08 25 18 - 68 01 5 m 103a - O NO 4--5 Rubin, Smith 01 05 71 NGC 2601    
1472   09 58 48 - 31 24 5 m 103a - O NO 2--3 Rubin, Smith 01 05 71 NGC 3095    
1473   Focus plate         Rubin, Smith 01 05 71 Focus Plate    
1474   11 52 30 - 23 01 20 m 103a - O NO 1 Rubin, Smith 01 05 71 NGC 3955    
1475   17 16 18 - 39 17.5 60 m 103a - O NO 1--2 Rubin, Smith 01 05 71 H 2 - 6    
1476   17 16 18 - 39 17.5 20 m 103a - O NO 2--3 Rubin, Smith 01 05 71 H 2 - 6    
1477   17 16 18 - 39 17.5 44 m 098 - 0 2 RG - 610 2--3 Rubin, Smith 01 05 71 H 2 - 6    
1478   17 16 18 - 39 17.5 60 m 098 - 0 2 RG - 610 3 Rubin, Smith 01 05 71 H 2 - 6    
1479   17 07 24 - 41 33.9 60 m 098 - 0 2 RG - 610 3--4 Rubin, Smith 01 05 71 M 2    
1480   10 44 00 - 59 33 60 m 098 - 02 RG - 610 2 Blanco 23 05 71 Eta Carina BROKEN OK" CTIO
1481   13 04 06 - 49 21 120 m 103a - O NO 2 Blanco 23 05 71 NGC 4945   CTIO
1482   12 52 06 - 60 13 30 m 103a - O GG 385 3--2 Landolt 25 05 71 K Crusis/ NGC 4755    
1483   12 52 06 - 60 13 30 m 103a - D GG 495 3--2 Landolt 25 05 71 K Crusis/ NGC 4755    
1484   13 36 36 - 00 31.2 5 m 103a - D GG 495 3--2 Landolt 25 05 71 SA 105    
1485   12 33 00 - 72 24 30 m 103a - D GG 495 3--2 Landolt 25 05 71 NGC 4372    
1486   12 33 00 - 72 24 30 m 103a - O GG 385 3--2 Landolt 25 05 71 NGC 4372    
1487   16 21 48 - 26 27 30 m 103a - O GG 385 3--2 Landolt 25 05 71 NGC 6121    
1488   16 21 48 - 26 27 30 m 103a - D GG 495 3--2 Landolt 25 05 71 NGC 6121    
1489   16 21 48 - 26 27 60 m 103a - O U G 2 3--2 Landolt 25 05 71 NGC 6121    
1490   16 21 48 - 26 27 83 m 103a - O U G 2 3--2 Landolt 25 05 71 NGC 6121    
1491   12 52 30 - 60 13 10 m 103a - O GG 385 3--2 Landolt 26 05 71 K Crusis/ NGC 4755    
1492   12 52 30 - 60 13 30 m 103a - O GG 385 3--2 Landolt 26 05 71 K Crusis/ NGC 4755    
1493   12 52 30 - 60 13 60 m 103a - O U G 2 3--2 Landolt 26 05 71 K Crusis/ NGC 4755    
1494   16 21 48 - 26 27 60 m 103a - O U G 2 2.5 Landolt 26 05 71 NGC 6121    
1495   16 21 48 - 26 27 30 m 103a - O U G 2 2.5 Landolt 26 05 71 NGC 6121    
1496   16 21 48 - 26 27 12 m 103a - O GG 385 3.5 Landolt 26 05 71 NGC 6121    
1497   16 21 48 - 26 27 12 m 103a - O GG 385 3.5 Landolt 26 05 71 NGC 6121    
1498   16 21 48 - 26 27 12 m 103a - O GG 385 3.5 Landolt 26 05 71 NGC 6121    
1499   16 21 48 - 26 27 60 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1500   16 21 48 - 26 27 15 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1501   16 21 48 - 26 27 15 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1502   16 21 48 - 26 27 15 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1503   16 21 48 - 26 27 30 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1504   16 21 48 - 26 27 12 m 103a - O GG 385 3.5 Landolt 26 05 71 NGC 6121    
1505   16 21 48 - 26 27 30 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6121    
1506   17 48 30 - 37 02 30 m 103a - D GG 495 3.5 Landolt 26 05 71 NGC 6441    
1507   17 48 30 - 37 02 15 m 103a - O GG 385 3.5 Landolt 26 05 71 NGC 6441    
1508   13 36 36 - 00 31.2 5 m 103a - D GG 495 3 Landolt 27 05 71 SA 105    
1509   12 52 30 - 60 13 30 m 103a - D GG 495 3 Landolt 27 05 71 K Crusis/ NGC 4755    
1510   12 52 30 - 60 13 30 m 103a - O U G 2 3 Landolt 27 05 71 K Crusis/ NGC 4755    
1511   12 52 30 - 60 13 30 m 103a - O U G 2 1.5 Landolt 27 05 71 K Crusis/ NGC 4755    
1512   12 52 30 - 60 13 50 m 103a - D GG 495 3 Landolt 27 05 71 K Crusis/ NGC 4755    
1513   16 21 48 - 26 27 60 m 103a - D GG 495 3 Landolt 27 05 71 NGC 6121    
1514   16 21 48 - 26 27 60 m 103a - D GG 495 3 Landolt 27 05 71 NGC 6121    
1515   16 21 48 - 26 27 30 m 103a - O GG 385 3 Landolt 27 05 71 NGC 6121    
1516   16 21 48 - 26 27 30 m 103a - O GG 385 2--4 Landolt 27 05 71 NGC 6121    
1517   16 21 48 - 26 27 60 m 103a - O GG 385 2--4 Landolt 27 05 71 NGC 6121    
1518   16 21 48 - 26 27 60 103a - O GG 385 3 Landolt 27 05 71 NGC 6121    
1519   16 21 48 - 26 27 30 m 103a - O U G 2 3 Landolt 27 05 71 NGC 6121    
1520   16 21 48 - 26 27 30 m 103a - O U G 2 3 Landolt 27 05 71 NGC 6121    
1521   17 48 30 - 37 02 15 m 103a - O GG 385 3 Landolt 27 05 71 NGC 6441    
1522   17 48 30 - 37 02 30 m 103a - D GG 495 3 Landolt 27 05 71 NGC 6441    
1523   12 52 30 - 60 13 60 m 103a - O U G 2 3 Landolt 31 05 71 NGC 4755    
1524   12 52 30 - 60 13 15 m 103a - O U G 2 3 Landolt 31 05 71 NGC 4755    
1525   12 52 30 - 60 13 15 m 103a - O U G 2 3 Landolt 31 05 71 NGC 4755    
1526   12 52 30 - 60 13 6 m 103a - O U G 2 3 Landolt 31 05 71 NGC 4755    
1527   12 52 30 - 60 13 6 m 103a - O U G 2 3 Landolt 31 05 71 NGC 4755    
1528   12 52 30 - 60 13 10 m 103a - O GG 385 3 Landolt 31 05 71 NGC 4755    
1529   12 52 30 - 60 13 4 m 103a - O GG 385 3 Landolt 31 05 71 NGC 4755    
1530   12 52 30 - 60 13 4 m 103a - O GG 385 3 Landolt 31 05 71 NGC 4755    
1531   12 52 30 - 60 13 10 m 103a - D GG 495 4 Landolt 31 05 71 NGC 4755    
1532   12 52 30 - 60 13 10 m 103a - D GG 495 4 Landolt 31 05 71 NGC 4755    
1533   12 52 30 - 60 13 50 m 103a - D GG 495 4 Landolt 31 05 71 NGC 4755    
1534   12 52 30 - 60 13 4 m 103a - D GG 495 4 Landolt 31 05 71 NGC 4755    
1535   12 52 30 - 60 13 4 m 103a - D GG 495 4 Landolt 31 05 71 NGC 4755    
1536   12 52 30 - 60 13 50 m 103a - O GG 385 4 Landolt 31 05 71 NGC 4755    
1537   12 52 30 - 60 13 50 m 103a - O GG 385 4--6 Landolt 31 05 71 NGC 4755    
1538   16 21 48 - 26 27 60 m 103a - O GG 385 4 Landolt 31 05 71 NGC 6121    
1539   16 21 48 - 26 27 6 m 103a - O U G 2 4 Landolt 31 05 71 NGC 6121    
1540   16 21 48 - 26 27 6 m 103a - O U G 2 4 Landolt 31 05 71 NGC 6121    
1541   16 21 48 - 26 27 6 m 103a - O U G 2 4 Landolt 31 05 71 NGC 6121    

Last Updated on 8/27/99

By Guerra & Marin 

June

 

June 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1542   16 21 48 - 26 27 4 m 103a - O GG 385 3 Landolt 01 06 71 NGC 6121    
1543   16 21 48 - 26 27 4 m 103a - O GG 385 3 Landolt 01 06 71 NGC 6121    
1544   16 21 48 - 26 27 5 m 103a - D GG 495 3 Landolt 01 06 71 NGC 6121    
1545   16 21 48 - 26 27 5 m 103a - D GG 495 3 Landolt 01 06 71 NGC 6121    
1546   16 21 48 - 26 27 60 m 098 - 02 RG 610 3 Landolt 01 06 71 NGC 6121    
1547   16 21 48 - 26 27 2 m 103a - O GG 385 3 Landolt 01 06 71 NGC 6121    
1548   16 21 48 - 26 27 2 m 098 - 02 GG 385 3 Landolt 01 06 71 NGC 6121    
1549   16 21 48 - 26 27 2:30 m 103a - D GG 495 3 Landolt 01 06 71 NGC 6121    
1550   16 21 48 - 26 27 2:30 m 103a - D GG 495 3 Landolt 01 06 71 NGC 6121    
1551   16 21 48 - 26 27 18 m 103a - O U G 2 4 Landolt 01 06 71 NGC 6121    
1552   16 21 48 - 26 27 18 m 103a - O U G 2 4 Landolt 01 06 71 NGC 6121    
1553   16 15 12 - 22 55 30 m 103a - D GG 495 2--3 Landolt 01 06 71 NGC 6093    
1554   16 25 24 - 25 59 20 m 103a - O GG 385 4 Landolt 01 06 71 NGC 6144    
1555   17 46 14 - 24 45.9 60 m 098 - 02 RG 610 4 Landolt 01 06 71 IRC 20385    
1556   (*)                    

(*) Corresponde a Tubo Imagen

Last Updated on 8/27/99

By Guerra & Marin

July

 

July 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1557   13 36 00 - 29 43 30 m II a - O NO 2 Smith 22 07 71 NGC 5236    
1558    (1)                    
1563   22 14 36 - 36 59 30 m II a - O NO 1 Smith 22 07 71 IC 5186    
1564   22 55 30 - 41 13.6 30 m II a - O NO 1--2 Smith 22 07 71 NGC 7424    
1565   23 14 36 - 42 46 30 m II a - O NO 1--2 Smith 22 07 71 NGC 7552    
1566   01 32 54 - 29 34 30 m II a - O NO 1--2 Smith 22 07 71 NGC 613    
1567   13 35 30 - 29 43 5 m II a - O NO 1--2 Smith 23 07 71 NGC 5236    
1568   13 35 30 - 29 43 10 m II a - O NO 1--2 Smith 23 07 71 NGC 5236    
1569   13 02 42 - 10 11 45 m II a - O NO 1--2 Smith 23 07 71 NGC 4939    
1570   (2)                    
1581   17 18 24 - 38 55 85 m 098 - 02 RG 610 2--3 Graham 31 07 71 RCW 122    
1582   ?               ? No figura    
1583   00 25 42 - 71 41 40 m 103a - O ? 2--3 Graham 31 07 71 NGC 121 Field    
1584   00 25 42 - 71 41 40 m 103a - O ? 2--3 Graham 31 07 71 NGC 121 Field    
1585   00 25 42 - 71 41 40 m 103a - O ? 2--3 Graham 31 07 71 NGC 121 Field    
1586   00 25 42 - 71 41 40 m 103a - O ? 2--3 Graham 31 07 71 NGC 121 Field    

(1) Al 1562 corresponde a Tubo Imagen

(2) Al 1580 corresponde a Tubo Imagen

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1587   13 44 00 - 47 06 01 seg II a - D GG 495 2--3 Graham 02 08 71 NGC 5139    
1588   13 44 00 - 47 06 15 seg II a - O U G 2 2--3 Graham 02 08 71 NGC 5139    
1589   13 44 00 - 47 06 7 seg II a - O U G 2 2--3 Graham 02 08 71 NGC 5139    
1590   13 44 00 - 47 06 5 seg II a - D GG 495 2--3 Graham 02 08 71 NGC 5139    
1591    (1)                    
1602   05 40 06 - 66 39 3 m 103a - O NO 2 Smith 17 08 71 Nova Graham 1971 b    
1603   05 40 06 - 66 39 1 m 103a - O NO 2 Smith 17 08 71 Nova Graham 1971 b    
1604   15 25 06 - 50 31 1 m II a - D GG 495   ? 27 08 71 NGC 5927    
1605   15 25 06 - 50 31 12 m II a - O U G 2   ? 27 08 71 NGC 5927    
1606   15 32 30 - 50 32 24 m II a - O U G 2   ? 27 08 71 NGC 5946    
1607   15 32 30 - 50 32 2 m II a - D GG 495   ? 27 08 71 NGC 5946    
1608   17 22 24 - 48 27 30 sec II a - D GG 495   ? 27 08 71 NGC 6352    
1609   17 22 24 - 48 27 6 m II a - O U G 2   ? 27 08 71 NGC 6352    
1610   17 37 36 - 53 39 2 m II a - O U G 2   ? 27 08 71 NGC 6397    
1611   17 37 36 - 53 39 10 sec II a - D GG 495   ? 27 08 71 NGC 6397    
1612   00 25 42 - 71 41 45 m 103a - O GG 385   ? 27 08 71 NGC 121    
1613   01 00 00 - 33 40 75 m 103a - O GG 385   ? 27 08 71 Sculptor    
1613   00 23 48 - 72 56 75 m 103a - O GG 385   ? 27 08 71 Kron 3    
1614   00 25 42 - 71 41 50 m 103a - O GG 385   ? 27 08 71 NGC 121    
1615   00 25 42 - 71 41 50 m 103a - O GG 385   ? 27 08 71 NGC 121    
1616   00 25 42 - 71 41 0 103a - O GG 385   ? 27 08 71 NGC 121 Bad plate  
1617   05 41 00 - 66 40 5 m 103a - O GG 385   ? 27 08 71 Nova Dor. 1971 l    
1618   23 09 00 - 35 42 15 m 103a - O GG 385   Lasker 28 08 71 Stock Object    
1619   23 09 00 - 35 42 15 m 103a - D GG 495   Lasker 28 08 71 Stock Object    
1620   00 32 00 - 07 29 60 m 103a - O GG 385   Lasker 28 08 71 MP 00 31   CTIO
1621   04 51 00 - 17 57 60 m 103a - O GG 385   Lasker 28 08 71 MP 04 50   CTIO
1622   14 51 10 - 64 37 60 m 103a - O GG 385   Lasker 29 08 71 MP 14 49   CTIO
1623   14 51 10 - 65 33 30 m 103a - O GG 385   Lasker 29 08 71 MP 14 49   CTIO
1624   20 49 18 - 69 21 60 m 103a - D GG 495   Lasker 29 08 71 IC 5152    
1625   20 46 59 - 16 22.7 30 m 103a - O GG 385   Lasker 29 08 71 PSR 2045-16   CTIO
1626   00 53 30 - 37 52 130 m 103a - O GG 385   Lasker 29 08 71 NGC 300 Bad plate  
1627   01 00 00 - 33 40 45 m 103a - O GG 385   ? 27 08 71 Sculptor    
1627   00 23 48 - 72 56 45 m 103a - O GG 385   ? 27 08 71 Kron 3    

(1) Al 1601 corresponde a Tubo Imagen

 

Last Updated on 8/27/99

By Jorge Marin

September

 

September 1971 Plate logs for 1.5-m telescope

Plate N. N R . A Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1628    (1)                    
1630   17 11 00 - 29 24 15 m 103a - O GG 385   Smith 17 09 71 NGC 6304    
1631   17 11 00 - 29 24 15 m 103a - D GG 495   Smith 17 09 71 NGC 6304    
1632   17 48 06 - 37 02 15 m 103a - D GG 495 3--4 Smith 17 09 71 NGC 6441    
1633   17 48 06 - 37 02 15 m 103a - D GG 495 3 Smith 17 09 71 NGC 6441    
1634   17 23 00 - 48 21 15 m 103a - O GG 385 3 Smith 17 09 71 NGC 6352    
1635   17 23 00 - 48 21 15 m 103a - D GG 495 3 Smith 17 09 71 NGC 6352    
1636   17 11 24 - 29 24 15 m 103a - D GG 495 3 Smith 17 09 71 NGC 6304    
1637   23 10 15 - 35 29 15 m 103a - D GG 495 4 Smith 17 09 71 Field JEM    
1638   23 10 15 - 35 29 15 m 103a - O GG 385 4 Graham 21 09 71 Field JEM    
1639   00 25 42 - 71 41 60 m 103a - O GG 385 4 Graham 21 09 71 NGC 121    
1640   00 25 42 - 71 41 55 m 103a - O GG 385 4 Graham 21 09 71 NGC 121    
1641   00 25 42 - 71 41 55 m 103a - O GG 385 2 Graham 21 09 71 NGC 121    
1642   00 25 42 - 71 41 60 m 103a - D GG 495   Graham 21 09 71 NGC 121    
1643   00 25 42 - 71 41 55 m 103a - O GG 385   Graham 21 09 71 NGC 121    
1644   00 25 42 - 71 41 55 m 103a - O GG 385   Graham 21 09 71 NGC 121    
1645   00 25 42 - 71 41 55 m 103a - O GG 385   Graham 21 09 71 NGC 121    
1646   00 25 42 - 71 41 55 m 103a - O GG 385   Graham 21 09 71 NGC 121    
1647   05 41 00 - 66 40 10 m 103a - O GG 385   Graham 21 09 71 Nova Dor 1971 b    
1648   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1649   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1650   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1651   00 25 42 - 71 41 60 m 103a - D GG 495   Graham 22 09 71 NGC 121    
1652   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1653   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1654   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1655   02 00 00 - 74 30 10 m 103a - O GG 385   Graham 22 09 71 NGC 121    
1656   05 41 00 - 66 40 10 m 103a - O GG 385   Graham 22 09 71 Nova Dor 1971 b    
1657   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1658   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1659   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1660   00 25 42 - 71 41 60 m 103a - D GG 495   Graham 24 09 71 NGC 121    
1661   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1662   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1663   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1664   02 00 00 - 74 30 10 m 103a - O GG 385   Graham 24 09 71 NGC 121    
1665   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1666   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1667   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1668   00 25 42 - 71 41 60 m 103a - D GG 495   Graham 25 09 71 NGC 121    
1669   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1670   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1671   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    
1672   00 25 42 - 71 41 60 m 103a - O GG 385   Graham 25 09 71 NGC 121    

 (1) Al 1629 corresponde a Tubo Imagen

 

Last Updated on 8/27/99

By Guerra & Marin

October

 

October 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1673   18 55 36 - 62 09 10 m 103a - O GG 385 2 Graham 14 10 71 Nova IC 4798    
1674   00 25 42 - 71 41 60 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 121    
1675   00 25 42 - 71 41 10 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 121    
1676   00 25 42 - 71 41 60 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 121    
1677   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 1783    
1678   04 58 24 - 68 08 40 m 103a - O GG 385 1.5 Graham 14 10 71 1971 b Doradus    
1679   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 1783    
1680   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 1783    
1681   04 59 00 - 66 01 35 m 103a - O GG 385 1.5 Graham 14 10 71 1971 b Doradus    
1682   04 59 00 - 66 01 35 m 103a - O GG 385 1.5 Graham 14 10 71 NGC 1783    
1683     - 90 00 5 m 103a - O GG 385 1.5 Graham 14 10 71 Pole    
1684   18 55 36 - 62 09 60 m 103a - O GG 385 1.5 Graham 15 10 71 Nova IC 4798    
1685   00 25 42 - 71 41 60 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 121    
1686   00 25 42 - 71 41 60 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 121    
1687   02 00 00 - 74 30 10 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 1783    
1688   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 1783    
1689   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 121    
1690   00 25 42 - 71 41 40 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 121    
1691   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 1783    
1692   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 15 10 71 NGC 1783    
1693   17 38 00 - 53 40 15 m 103a - O GG 385 3 Hesser 19 10 71 NGC 6397    
1694   17 38 00 - 53 40 15 m 103a - D GG 495 3 Hesser 19 10 71 NGC 6397    
1695   22 00 54 - 51 26 60 m 103a - O GG 385 2--3 Hesser 19 10 71 IC 5152    
1696   00 21 50 - 72 09.7 60 m 103a - D GG 495 3 Hesser 19 10 71 47 Tucana    
1697   00 21 50 - 72 09.7 15 m 103a - D GG 495 2 Hesser 19 10 71 47 Tucana    
1698   00 21 50 - 72 09.7 60 m 103a - O GG 385 2 Hesser 19 10 71 47 Tucana    
1699   00 21 50 - 72 09.7 15 m 103a - O GG 385 2 Hesser 19 10 71 47 Tucana    
1700   00 53 36 - 37 51 60 m 103a - O GG 385 1.5 Hesser 19 10 71 NGC 300   CTIO
1701   00 53 36 - 37 51 60 m 103a - D GG 495 1.5 Hesser 19 10 71 NGC 300   CTIO
1702   04 30 30 - 27 43.6 15 m 103a - D GG 495 1.5 Hesser 19 10 71 Field    
1703   04 30 30 - 27 43.6 15 m 103a - O GG 385 1.5 Hesser 19 10 71 Field    
1704   17 38 00 - 53 40 30 m 103a - D GG 495 3 Hesser 20 10 71 NGC 6397    
1705   17 38 00 - 53 40 15 m 103a - O GG 385 2.5 Hesser 20 10 71 NGC 6397    
1706   18 39 34 - 49 07 10 m 103a - O GG 385 2.5 Hesser 20 10 71 Field    
1707   18 39 34 - 49 07 10 m 103a - D GG 495 2.5 Hesser 20 10 71 Field    
1708   22 00 54 - 51 26 60 m 103a - O GG 385 2.5 Hesser 20 10 71 IC 5152    
1709   00 53 36 - 37 51 120 m 103a - O GG 385 2.5 Hesser 20 10 71 NGC 300   CTIO
1710   00 21 50 - 72 09.7 30 m 103a - O GG 385 2.5 Hesser 20 10 71 47 Tucana    
1711   00 21 50 - 72 09.7 30 m 103a - D GG 495 2.5 Hesser 20 10 71 47 Tucana    
1712   00 21 50 - 72 09.7 15 m 103a - D GG 495 2.5 Hesser 20 10 71 47 Tucana    
1713   00 21 50 - 72 09.7 15 m 103a - O GG 385 2.5 Hesser 20 10 71 47 Tucana    
1714   00 21 50 - 72 09.7 15 m 103a - O GG 385 2.5 Hesser 20 10 71 47 Tucana    
1715   00 21 50 - 72 09.7 15 m 103a - D GG 495 2.5 Hesser 20 10 71 47 Tucana    
1716   05 00 00 - 31 41 15 m 103a - D GG 495 2 Hesser 20 10 71 Field    
1717   05 00 00 - 31 41 15 m 103a - O GG 385 2 Hesser 20 10 71 Field    
1718   23 42 30 - 15 30 60 m 098 - 02 RG 610 1.5 Blanco 28 10 71 R. Acuarium   CTIO
1719   00 13 30 - 39 21 30 m 103a - O GG 385 1.5 Blanco 28 10 71 NGC 55    
1720   00 53 54 - 37 49 20 m 103a - O GG 385 1.5 Blanco 28 10 71 NGC 300 BROKEN OK" CTIO
1721   00 46 18 - 25 25 20 m 103a - O GG 385 1.5 Blanco 28 10 71 NGC 253   CTIO
1722   06 35 30 - 62 36.9 90 m 098 - 02 RG 610 1.5 Blanco 28 10 71 Nova 1925   CTIO
1723   18 24 09 - 31 42 12 m 098 - 02 RG 610 2 Blanco 29 10 71 V455 Sagittarius   CTIO
1724   21 25 47 - 65 24 30 m 098 - 02 RG 610 2 Blanco 29 10 71 AR Pavonis   CTIO
1725   20 08 42 - 53 12 30 m 098 - 02 RG 610 2 Blanco 29 10 71 BL Telescopium   CTIO
1726   23 42 30 - 15 30 30 m 098 - 02 RG 610 2 Blanco 29 10 71 R Aquarius   CTIO
1727   00 24 00 - 72 04 30 m 098 - 02 RG 610 3 Blanco 29 10 71 VW Tucana   CTIO
1728   04 24 40 - 21 12 30 m 098 - 02 RG 610 3 Blanco 29 10 71 UV Eridanus   CTIO
1729   07 15 24 - 26 53 21 m 098 - 02 RG 610 3.5 Blanco 29 10 71 CG C.Ma   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

November

 

November 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1730   (1)                    
1799   00 21 54 - 72 21 10 m IN + H2O RG 695 3 Spinrad 17 11 71 47 Tucana    
1800   00 21 54 - 72 21 20 m IN + H2O RG 695 2 Spinrad 17 11 71 47 Tucana    
1801   00 21 54 - 72 21 6 m 103a - D GG 495 2 Spinrad 17 11 71 47 Tucana    
1802   00 21 54 - 72 21 6 m 098 - 02 RG 610 2 Spinrad 17 11 71 47 Tucana    
1803   00 25 40 - 71 41 120 m 098 - 02 RG 610 2--3 Spinrad 17 11 71 NGC 121    
1804   00 50 00 - 73 10 90 m 098 - 02 RG 610 2 Spinrad 17 11 71 LMC Center    
1805   05 24 40 - 69 47 90 m 098 - 02 RG 610 1.5 Spinrad 17 11 71 LMC Bar    
1806   05 24 40 - 69 47 40 m 103a - O GG 385 1.5 Spinrad 17 11 71 LMC Bar    
1807   04 19 19 - 55 00 10 m III a - J GG 385 1 Spinrad 17 11 71 NGC 1566    
1808   05 38 00 - 69 00 12 m 098 - 02 RG 610 3 Spinrad 17 11 71 30 Doradus    
1809   00 50 00 - 73 10 40 m 103a - O GG 385 2 Graham 18 11 71 SMC Center    
1810   04 59 00 - 66 01 40 m 103a - O GG 385 2 Graham 18 11 71 NGC 1783    
1811   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 18 11 71 NGC 1783    
1812   04 59 00 - 66 01 40 m 103a - D GG 495 1.5 Graham 18 11 71 NGC 1783    
1813   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 18 11 71 NGC 1783    
1814   05 05 00 - 69 26 60 m 103a - D GG 495 1.5 Graham 18 11 71 NGC 1835    
1815   05 05 00 - 69 26 30 m 103a - O GG 385 1.5 Graham 18 11 71 NGC 1835    
1816   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 18 11 71 NGC 1783    
1817   05 41 00 - 66 40 15 m 103a - O GG 385 1.5 Graham 18 11 71 Nova 1971b    

 (1) Al 1798 corresponde a Tubo Imagen

Last Updated on 8/27/99

By Guerra & Marin

December

 

December 1971 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1818   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 11 12 71 NGC 1783    
1819   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 11 12 71 Bok    
1820   05 07 06 - 69 14 60 m 103a - D GG 495   Graham 11 12 71 Bok    
1821   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 11 12 71 NGC 1783    
1822   05 05 00 - 69 26 40 m 103a - O GG 385   Graham 11 12 71 NGC 1835    
1823   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 11 12 71 NGC 1783    
1824   05 05 00 - 69 26 40 m 103a - O GG 385   Graham 11 12 71 NGC 1835    
1825   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 11 12 71 NGC 1783    
1826   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 12 12 71 NGC 1783    
1827   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 12 12 71 Bok    
1828   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 12 12 71 NGC 1783    
1829   04 59 00 - 66 01 60 m 103a - D GG 495   Graham 12 12 71 NGC 1783    
1830   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 12 12 71 NGC 1783    
1831   05 07 06 - 69 14 10 m 103a - D GG 495   Graham 12 12 71 Bok    
1832   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 12 12 71 Bok    
1833   05 07 06 - 69 14 10 m 103a - O GG 385   Graham 12 12 71 Bok    
1834   04 59 00 - 66 01 30 m 103a - O GG 385   Graham 12 12 71 NGC 1783    
1835   05 07 06 - 69 14 30 m 103a - O GG 385   Graham 12 12 71 Bok    
1836   05 07 06 - 69 14 13 m 103a - O GG 385   Graham 13 12 71 Bok    
1837   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 13 12 71 Bok    
1838   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 13 12 71 NGC 1783    
1839   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 13 12 71 Bok    
1840   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 13 12 71 NGC 1783    
1841   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 13 12 71 Bok   CTIO
1842   04 59 00 - 66 01 40 m 103a - O GG 385   Graham 13 12 71 NGC 1783    
1843   05 07 06 - 69 14 40 m 103a - O GG 385   Graham 13 12 71 Bok    
1844   00 06 00 - 41 48 60 m 103a - O GG 385 1.5 Buarbidge 16 12 71 Anon Trio    
1845   01 17 48 - 41 31 60 m 103a - O GG 385 1.5 Buarbidge 16 12 71 Anon Group    
1846   03 16 18 - 41 13 60 m 103a - O GG 385 1.5 Buarbidge 16 12 71 NGC 1291    
1847   03 54 50 - 42 27 60 m 103a - O GG 385 1.5 Buarbidge 16 12 71 NGC 1487    
1848   04 28 24 - 53 53.4 60 m 103a - O GG 385 1.5 Buarbidge 16 12 71 IC 2082    
1849   06 17 29 - 48 44.1 65 m 103a - O GG 385 1.5 Buarbidge 16 12 71 PKS 0616 - 48    
1850   05 19 00 - 72 33 90 m 098 - 02 RG 610 1.5 Graham 25 12 71 LMC X2    
1851   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 25 12 71 NGC 1783    
1852   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 25 12 71 NGC 1783    
1853   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 25 12 71 NGC 1783    
1854   04 59 00 - 66 01 60 m 103a - O GG 385 1.5 Graham 25 12 71 NGC 1783    
1855   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 26 12 71 NGC 1783    
1856   04 59 00 - 66 01 40 m 103a - O GG 385 1.5 Graham 26 12 71 NGC 1783    
1857   04 59 00 - 66 01 40 m 103a - O GG 385 1--2 Graham 26 12 71 NGC 1783    
1858   04 59 00 - 66 01 50 m 103a - O GG 385 1--2 Graham 26 12 71 NGC 1783    
1859   05 38 00 - 64 06 90 m 098 - 02 RG 610 1 Graham 26 12 71 LMC X3    
1860   04 59 00 - 66 01 90 m 098 - 02 RG 610 1--3 Graham 26 12 71 NGC 1783    
1861   04 59 00 - 66 01 40 m 103a - O GG 385 1 Graham 26 12 71 NGC 1783    
1862   04 59 00 - 66 01 40 m 103a - O GG 385 1--3 Graham 26 12 71 NGC 1783    
1863   04 59 00 - 66 01 50 m 103a - O GG 385 2--3 Graham 26 12 71 NGC 1783    

Last Updated on 8/27/99

By Jorge Marin

1972

1972 Plate logs for 1.5-m telescope

January

 

January 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1864   01 01 00 - 71 40 35 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 361    
1865   03 44 36 - 71 45 35 m 103a - D GG 495 1--2 Alcaino 01 01 72 NGC 1466    
1866   05 12 00 - 40 05 10 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 1851    
1867   05 12 00 - 40 05 7 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 1851    
1868   05 12 00 - 40 05 3 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 1851    
1869   06 47 00 - 35 58 25 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 2298    
1870   06 47 00 - 35 58 12 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 2298    
1871   06 47 00 - 35 58 6 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 2298    
1872   06 47 00 - 35 58 3 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 2298    
1872   06 47 00 - 35 58 1.5 m 103a - D GG 495 1.5 Alcaino 01 01 72 NGC 2298    
1873   05 01 00 - 66 21 25 m 103a - D GG 495 1.5 Alcaino 01 01 72 LMC 1783    
1873   05 09 00 - 69 01 20 m 103a - D GG 495 1.5 Alcaino 01 01 72 Bok region    
1874   05 13 00 - 65 30 15 m 103a - D GG 495 2--3 Alcaino 01 01 72 NGC 1866    
1875   05 29 00 - 67 19 15 m 103a - D GG 495 2--3 Alcaino 01 01 72 NGC 2004    
1876   06 20 00 - 67 31 15 m 103a - D GG 495 3--4 Alcaino 01 01 72 NGC 2231    
1877   06 30 00 - 64 18 15 m 103a - D GG 495 4 Alcaino 01 01 72 NGC 2257    
1878   09 10 00 - 64 39 8 m 103a - D GG 495 4 Alcaino 01 01 72 NGC 2808    
1879   09 10 00 - 64 39 4 m 103a - D GG 495 4 Alcaino 01 01 72 NGC 2808    
1880   09 10 00 - 64 39 2 m 103a - D GG 495 4 Alcaino 01 01 72 NGC 2808    
1881   09 10 00 - 64 39 1 m 103a - D GG 495 4 Alcaino 01 01 72 NGC 2808    
1882   00 25 00 - 71 41 30 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 121    
1883   00 25 00 - 71 41 30 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 121    
1884   00 57 00 - 72 19 30 m 103a - D GG 495 4--5 Alcaino 02 01 72 SMC NGC 330    
1885   01 07 00 - 73 02 30 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 419    
1886   04 48 00 - 84 03 20 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 1841    
1887   03 11 00 - 55 25 8 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 1261    
1888   03 11 00 - 55 25 3 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 1261    
1889   03 11 00 - 55 25 1 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 1261    
1890   06 48 00 - 35 59 25 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 2298    
1891   06 48 00 - 35 59 15 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 2298    
1892   06 48 00 - 35 59 6 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 2298    
1893   06 48 00 - 35 59 2 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 2298    
1894   06 48 00 - 35 59 45 seg 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 2298    
1895   05 13 00 - 40 06 2 m 103a - D GG 495 4--5 Alcaino 02 01 72 NGC 1851    
1896   05 13 00 - 40 06 45 seg 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1851    
1897   05 01 00 - 66 21 17 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1783    
1898   05 01 00 - 66 21 7 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1783    
1899   05 01 00 - 66 21 3 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1783    
1900   05 01 00 - 66 21 1 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1783    
1901   05 09 00 - 69 01 25 m 103a - D GG 495 3--4 Alcaino 02 01 72 Bok region    
1902   05 09 00 - 69 01 17 m 103a - D GG 495 3--4 Alcaino 02 01 72 Bok region    
1903   05 09 00 - 69 01 7 m 103a - D GG 495 3--4 Alcaino 02 01 72 Bok region    
1904   05 09 00 - 69 01 3 m 103a - D GG 495 3--4 Alcaino 02 01 72 Bok region    
1905   05 09 00 - 69 01 1 m 103a - D GG 495 3--4 Alcaino 02 01 72 Bok region    
1906   05 13 00 - 65 30 25 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1866    
1907   05 13 00 - 65 30 10 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1866    
1908   05 13 00 - 65 30 5 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1866    
1909   05 13 00 - 65 30 2 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 1866    
1910   05 29 00 - 67 69 20 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2004    
1911   05 29 00 - 67 69 7 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2004    
1912   05 29 00 - 67 69 3 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2004    
1913   05 29 00 - 67 69 1 m 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2004    
1914   09 11 00 - 64 46 40 seg 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2808    
1915   09 11 00 - 64 46 20 seg 103a - D GG 495 3--4 Alcaino 02 01 72 NGC 2808    
1916   00 25 15 - 72 05 30 m II a - O GG 385 2 Alcaino 03 01 72 NGC 121 Field    
1917   00 57 12 - 72 30 30 m II a - O GG 385 2 Alcaino 03 01 72 NGC 330    
1918   03 44 36 - 71 45 30 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1466    
1919   03 10 54 - 55 25 12 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1261   CTIO
1920   03 10 54 - 55 25 7 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1261   CTIO
1921   03 10 54 - 55 25 3 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1261   CTIO
1922   03 10 54 - 55 25 1.5 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1261   CTIO
1923   06 47 42 - 35 58 25 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2298    
1924   06 47 42 - 35 58 17 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2298    
1925   06 47 42 - 35 58 7 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2298    
1926   06 47 42 - 35 58 3 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2298    
1927   06 47 42 - 35 58 1.5 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2298    
1928   06 47 42 - 35 58 35 m II a - O GG 385 2.5 Alcaino 03 01 72 NGC 2298    
1929   05 01 17 - 66 21 35 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1783    
1930   05 01 17 - 66 21 25 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1783    
1931   05 01 17 - 66 21 15 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1783    
1932   05 01 17 - 66 21 5 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1783    
1933   05 01 17 - 66 21 2 m II a - O GG 385 2 Alcaino 03 01 72 NGC 1783    
1934   05 29 00 - 67 69 35 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2004    
1935   05 29 00 - 67 69 25 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2004    
1936   05 29 00 - 67 69 15 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2004    
1937   05 29 00 - 67 69 5 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2004    
1938   05 29 00 - 67 69 2 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2004    
1939   09 11 00 - 64 45 12 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2808    
1940   09 11 00 - 64 45 7 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2808    
1941   09 11 00 - 64 45 3 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2808    
1942   09 11 00 - 64 45 1.5 m II a - O GG 385 2 Alcaino 03 01 72 NGC 2808    
1943   00 57 00 - 72 27 5 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 330    
1944   00 57 00 - 72 27 17 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 330    
1945   00 57 00 - 72 27 2.5 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 330    
1946   00 57 00 - 72 27 10 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 330    
1947   00 57 00 - 72 27 4 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 330    
1948   00 57 00 - 72 27 1.5 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 330    
1949   06 48 00 - 36 00 8 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258   CTIO
1950   06 48 00 - 36 00 30 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258    
1951   06 48 00 - 36 00 20 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258    
1952   06 48 00 - 36 00 17 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258    
1953   06 48 00 - 36 00 3 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258    
1954   06 48 00 - 36 00 80 seg II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2258    
1955   05 13 00 - 40 07 12 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1851    
1956   05 13 00 - 40 07 7 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1851    
1957   05 13 00 - 40 07 3 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1851   CTIO
1958   05 13 00 - 40 07 80 seg II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1851   CTIO
1959   05 09 00 - 69 01 30 m II a - O GG 385 1.5 Alcaino 04 01 72 Bok region   CTIO
1960   05 09 00 - 69 01 20 m II a - O GG 385 1.5 Alcaino 04 01 72 Bok region   CTIO
1961   05 09 00 - 69 01 15 m II a - O GG 385 1.5 Alcaino 04 01 72 Bok region    
1962   05 09 00 - 69 01 5 m II a - O GG 385 1.5 Alcaino 04 01 72 Bok region    
1963   05 09 00 - 69 01 2 m II a - O GG 385 1.5 Alcaino 04 01 72 Bok region    
1964   05 09 00 - 69 01 23 m 103a - D GG 495 1.5 Alcaino 04 01 72 Bok region    
1965   05 09 00 - 69 01 15 m 103a - D GG 495 1.5 Alcaino 04 01 72 Bok region    
1966   05 09 00 - 69 01 30 seg 103a - D GG 495 1.5 Alcaino 04 01 72 Bok region    
1967   05 09 00 - 69 01 45 seg II a - O GG 385 1.5 Alcaino 04 01 72 Bok region    
1968   05 29 00 - 67 29 20 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2004    
1969   05 29 00 - 67 29 5 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2004    
1970   05 29 00 - 67 29 1 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 2004    
1971   05 13 00 - 65 32 30 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1972   05 13 00 - 65 32 20 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1973   05 13 00 - 65 32 15 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1974   05 13 00 - 65 32 5 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1975   05 13 00 - 65 32 3 m II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1976   05 13 00 - 65 32 90 seg II a - O GG 385 1.5 Alcaino 04 01 72 NGC 1866    
1977   05 13 00 - 65 32 5 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 1866    
1978   05 13 00 - 65 32 3 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 1866    
1979   05 13 00 - 65 32 1 m 103a - D GG 495 1.5 Alcaino 04 01 72 NGC 1866    
1980   23 14 36 - 42 46 20 m 103a - O GG 385 1.5 Smith 11 01 72 NGC 7552    
1981   01 32 54 - 29 34 6 m 103a - O GG 385 1.5 Smith 11 01 72 NGC 613    
1982   01 32 54 - 29 34 20 m 103a - O GG 385 1.5 Smith 11 01 72 NGC 613    
1983   02 45 00 - 30 24 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 1097    
1984   02 45 00 - 30 24 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 1097    
1985   03 32 36 - 36 14 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 1365    
1986   03 32 36 - 36 14 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 1365    
1987   03 41 00 - 47 20 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 1433    
1988   04 45 12 - 59 18 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 1672    
1989   04 45 12 - 59 18 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 1672    
1990   04 45 12 - 59 18 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 1672    
1991   09 44 24 - 31 03 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 2997    
1992   09 44 24 - 31 03 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 2997    
1993   10 42 24 + 11 52 20 m 103a - O GG 385 1 Smith 11 01 72 NGC 3357    
1994   10 42 24 + 11 52 6 m 103a - O GG 385 1 Smith 11 01 72 NGC 3357    
1995   06 28 53 - 28 33 40 m 103a - O GG 385 1 Lasker 16 01 72 PSR 0628 - 28   CTIO
1996   08 34 23 - 45 05 40 m 103a - O GG 385 1 Lasker 16 01 72 PSR 0833 - 45    

 

Last Updated on 8/27/99

By Guerra & Marin

February

 

February 1972 Plate logs for 1.5-m telescope

Plate N.N. R.A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
1997   (1)                    
  (2)                      
2018 1918 08 34 23 - 45 05 10 m 103a - O GG 385 1.5 Lasker Hilther 15 02 72 PSR 0833 - 45    
2019 1919 11 20 00 - 60 26 15 m II a - O GG 385 1.5 Lasker Hilther 15 02 72 2ASE 1119 - 60 Broken CTIO
2020 1920 11 20 00 - 60 26 60 m II a - O GG 385 1.5 Lasker Hilther 15 02 72 2ASE 1119 - 60 Broken CTIO
2021 1921 15 45 25 - 47 39 12 m II a - O GG 385 1.5 Lasker Hilther 15 02 72 2ASE 1543 - 47   CTIO
2022 1922 15 45 25 - 47 39 60 m II a - O GG 385 1.5 Lasker Hilther 15 02 72 2ASE 1543 - 47 Broken CTIO
2023 1923 05 39 00 - 69 10 10 m II a - O GG 385 1.5 Graham 15 02 72 30 Doradus    
2024 1924 05 39 00 - 69 10 10 m 098 - 02 GG 385 1.5 Graham 19 02 72 30 Doradus    
2025 1925 04 59 00 - 66 02 30 m 103a - O GG 385 1.5 Graham 19 02 72 NGC 1783    
2026 1926 10 46 00 - 59 29 5 m 103a - O GG 385 1.5 Graham 19 02 72 Eta Carina    
2027 1927 10 46 00 - 59 29 5 m 103a - O GG 385 1.5 Graham 19 02 72 Eta Carina    
2028 1928 13 23 00 - 42 52 60 m 103a - O GG 385 1.5 Graham 19 02 72 NGC 5128    
2029 1929 13 25 00 - 47 20 45 m 103a - O GG 385   Graham 19 02 72 Omega Cen.    
2030 1930 13 25 00 - 47 20 12 m 103a - O GG 385   Graham 19 02 72 Omega Cen.    
2031 1931 05 39 00 - 69 10 20 m 103a - O GG 385   Graham 20 02 72 30 Doradus    
2032 1932 05 09 00 - 69 00 30 m 103a - O GG 385   Graham 20 02 72 Bok Tifft    
2033 1933 05 22 00 - 68 00 30 m 103a - O GG 385   Graham 20 02 72 Constellation I    
2034 1934 06 30 00 - 64 18 60 m 103a - O GG 385   Graham 20 02 72 NGC 2257    
2035 1935 10 59 30 - 60 00 30 m 103a - O GG 385   Graham 20 02 72 Carina arm    
2036 1936 10 34 06 - 58 05 10 m 103a - O GG 385   Graham 20 02 72 NGC 3293    
2037 1937 11 12 00 - 61 05 30 m 103a - O GG 385   Graham 20 02 72 NGC 3603    
2038 1938 11 12 00 - 61 05 30 m 103a - O GG 385   Graham 20 02 72 NGC 3603    
2039 1939 10 59 30 - 60 00 30 m 103a - O GG 385   Graham 20 02 72 Carina arm    
2040 1940 13 25 00 - 47 20 45 m 103a - O GG 385   Graham 20 02 72 Omega Cen.    
2041 1941 15 54 00 - 54 40 30 m 103a - O GG 385   Graham 20 02 72 Norma Field    
2042 1942 15 54 00 - 54 40 30 m 103a - O GG 385   Graham 20 02 72 Norma Field    
2043 1943 17 37 36 - 53 39 5 m 103a - O GG 385   Graham 20 02 72 NGC 6397    
2044 1944 04 36 18 - 08 51 10 m 103a - O GG 385   Graham 21 02 72 EG 41    
2045 1945 07 53 36 - 14 41 10 m 103a - O GG 385   Graham 21 02 72 EG 57    
2046 1946 06 57 00 - 04 30 30 m 103a - O GG 385   Graham 21 02 72 Monoceros    
2047 1947 07 52 00 - 28 22 30 m 103a - O GG 385   Graham 21 02 72 Puppis    
2048 1948 09 25 42 - 52 56 30 m 103a - O GG 385   Graham 21 02 72 Vela    
2049 1949 12 14 00 - 62 50 30 m 103a - O GG 385   Graham 21 02 72 Crux   CTIO
2050 1950 13 27 00 - 63 45 30 m 103a - O GG 385   Graham 21 02 72 Centaurus    
2051 1951 09 25 42 - 52 56 30 m 103a - O GG 385   Graham 21 02 72 Vela    
2052 1952 12 14 00 - 62 50 30 m 103a - O GG 385   Graham 21 02 72 Crux    
2053 1953 13 27 00 - 63 45 30 m 103a - O GG 385   Graham 21 02 72 Centaurus    
2054 1954 15 54 00 - 54 40 30 m 103a - O GG 385   Graham 21 02 72 Norma Field    
2055 1955 17 37 36 - 53 39 30 m 103a - O GG 385   Graham 21 02 72 NGC 6397    
2056 1956 02 45 12 - 30 24 25 m 103a - O GG 385   Smith 22 02 72 NGC 1097    
2057 1957 05 35 29 - 49 45 30 m 103a - O GG 385   Smith 22 02 72 PKS 0535 - 49   CTIO
2058 1958 05 35 29 - 49 45 60 m 103a - O GG 385   Smith 22 02 72 PKS 0535 - 49   CTIO
2059 1959 07 43 26 - 67 22 120 m 103a - O GG 385   Smith 22 02 72 PKS 0744 - 67   CTIO
2060 1960 11 17 10 - 46 25 100 m II a -O GG 385   Smith 22 02 72 PKS 1116 - 46   CTIO

(1) Al 2017 Corresponde a Tubo Imagen

(2) Nueva numeracion por error por tanto desde el Nº 1990 a el Nº 1999 estan repetidos

 

Last Updated on 8/27/99

By Guerra & Marin

March

 

March 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2061 1961   (1)                    
2063 1963 10 03 30 - 58 32 90 m 098 - 02 RG 610 2 Henize 17 03 72 HD 87643    
2064 1964 11 07 00 - 77 30 120 m 103a - O GG 385 2 Henize 17 03 72 HD 97048    
2065 1965 11 07 00 - 76 27 120 m 103a - O GG 385 2 Henize 17 03 72 HD 97300    
2066 1966 11 07 00 - 77 30 120 m 103a - D GG 495 2 Henize 17 03 72 HD 97048    
2067 1967 18 59 00 - 37 00 58 m 103a - O GG 385 2 Henize 17 03 72 R Corona Australis    
2068 1968a 08 35 00 - 26 17 4 m 098 - 02 RG 610 2 Henize 18 03 72 He -2 - 10    
2068 1968b 08 35 00 - 26 17 15 m 098 - 02 RG 610 2 Henize 18 03 72 He -2 - 10    
2068 1968c 08 35 00 - 26 17 60 m 098 - 02 RG 610 2 Henize 18 03 72 He -2 - 10    
2069 1969 11 07 00 - 77 30 100 m 098 - 02 RG 610 2 Henize 18 03 72 HD 97048    
2070 1970 11 07 00 - 76 27 100 m 098 - 02 RG 610 2 Henize 18 03 72 HD 97300    
2071 1971 11 07 00 - 76 27 120 m 103a - D GG 495 2 Henize 18 03 72 HD 97300    
2072 1972 11 07 00 - 77 30 94 m 103a - D GG 495 2 Henize 18 03 72 HD 97048    

(1) Al 1962 corresponde a Tubo Imagen

Last Updated on 8/27/99

By Guerra & Marin

May

 

May 1972 Plate logs for 1.5-m telescope

Plate N. N R . A Dec Exp.Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2073 1973 07 52 00 - 38 26 15 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 2477    
2074 1974 07 52 00 - 38 26 15 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 2477    
2075 1975 07 52 00 - 38 26 15 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 2477    
2076 1976 10 42 00 - 71 00 15 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 Field    
2077 1977 10 42 00 - 71 00 15 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 Field    
2078 1978 10 42 00 - 71 00 15 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 Field    
2079 1979 10 42 00 - 71 00 15 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 Field    
2080 1980 17 13 00 - 29 26 30 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 6304    
2081 1981 17 13 00 - 29 26 30 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6304    
2082 1982 17 13 00 - 29 26 30 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6304    
2083 1983 17 13 00 - 29 26 30 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 6304    
2084 1984 17 48 00 - 37 02 30 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 6441    
2085 1985 17 48 00 - 37 02 30 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6441    
2086 1986 17 48 00 - 37 02 30 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6441    
2087 1987 17 48 00 - 37 02 30 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 6441    
2088 1988 17 48 00 - 37 02 15 m 103a - D GG 495 2 Hesser Hartwich 10 05 72 NGC 6441    
2089 1989 17 48 00 - 37 02 30 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6441    
2090 1990 17 48 00 - 37 02 45 m 103a - O GG 385 2 Hesser Hartwich 10 05 72 NGC 6441    
2091 1991 17 48 00 - 37 02 10 m 103a - D GG 495 2.5 Hesser Hartwich 10 05 72 NGC 6441    
2092 1992 17 48 00 - 37 02 10 m 103a - D GG 495 2.5 Hesser Hartwich 10 05 72 NGC 6441    
2093 1993 17 48 00 - 37 02 5 m 103a - D GG 495 2.5 Hesser Hartwich 10 05 72 NGC 6441    
2094 1994 17 48 00 - 37 02 5 m 103a - D GG 495 2.5 Hesser Hartwich 10 05 72 NGC 6441    
2095 1995 07 52 00 - 38 10 15 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 2477    
2096 1996 07 52 00 - 38 10 15 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 2477    
2097 1997 07 52 00 - 38 10 15 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 2477    
2098 1998 07 52 00 - 38 10 15 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 2477    
2099 1999 10 42 00 - 71 00 15 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 Field    
2100 2000 10 42 00 - 71 00 15 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 Field    
2101 2001 13 25 00 - 47 09 5 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 Omega Cen.    
2102 2002 13 25 00 - 47 09 5 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 Omega Cen.    
2103 2003 17 24 00 - 48 24 30 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 6352    
2104 2004 17 24 00 - 48 24 30 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 6352    
2105 2005 17 24 00 - 48 24 30 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 6352    
2106 2006 17 24 00 - 48 24 30 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 6352    
2107 2007 17 48 00 - 37 02 45 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 6441    
2108 2008 17 48 00 - 37 02 45 m 103a - O GG 385 1.5 Hesser Hartwich 11 05 72 NGC 6441    
2109 2009 17 48 00 - 37 02 7 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 6441    
2110 2010 17 13 00 - 29 13 30 m 103a - D GG 495 1.5 Hesser Hartwich 11 05 72 NGC 6304    
2111 2011 17 13 00 - 29 13 30 m 103a - O GG 385 2 Hesser Hartwich 11 05 72 NGC 6304    
2112 2012 17 13 00 - 29 13 20 m 103a - O GG 385 2 Hesser Hartwich 11 05 72 NGC 6304    
2113 2013 17 13 00 - 29 13 20 m 103a - D GG 495 2 Hesser Hartwich 11 05 72 NGC 6304    
2114 2014 Al 2075? (1)                    
2176 2076 17 03 48 -36 24 1.5m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1702 - 36    
2177 2077 17 45 48 -26 33 8m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1744 - 26    
2178 2078 17 45 48 -26 33 1.5m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1744 - 26    
2179 2079 17 59 06 -25 05 8m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1757 - 25    
2180 2080 17 59 06 -25 05 1.5m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1757 - 25    
2181 2081 17 59 48 -20 32 8m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1758 - 20    
2182 2082 17 59 48 -20 32 1.5m lla - D Spinad   Liller / Forman / Gomez 14 05 72 1758 - 20    
2183 2083 11 37 36 -37 28 3m lla - D l 4 Smith / Gomez 18 05 72 NGC 3783    
2184 2084 12 34 00 -39 45 3m lla - D l 3 Smith / Gomez 18 05 72 NGC 4507    
2185 2085 13 03 48 -49 21 3m lla - D l 3 Smith / Gomez 18 05 72 NGC 4945    
2186 2086 13 03 48 -49 21 9m lla - D l 2" - 3 Smith / Gomez 18 05 72 NGC 4945    
2187 2087 11 37 36 -37 28 9m lla - D l 2" - 3 Smith / Gomez 18 05 72 NGC 3783    
2188 2088 11 37 40 -37 36 9m lla - D l 2" - 3 Smith / Gomez 18 05 72 NGC 3783    
2189 2089 12 34 00 -39 45 9m lla - D l 2" - 3 Smith / Gomez 18 05 72 NGC 4507    
2190 2090 13 07 24 -49 22 15m lla - D l 2" - 3 Smith / Gomez 18 05 72 NGC 4976    
2191 2091 17 46 12 -24 45 3m lla - D l 2" - 3 Smith / Gomez 18 05 72 IRC 20385    
2192 2092 17 46 12 -24 45 9m lla - D l 2" - 3 Smith / Gomez 18 05 72 IRC 20385    
2193 2093 13 37 08 -64 53 42 10m lla - O   2" - 3 Smith / Gomez 18 05 72 Field Landolt    
2194 2094 12 34 00 -39 45 60m lla - O   2" - 3 Smith / Gomez 18 05 72 NGC 4507    
2195 2095 14 30 42 -44 04 60m lla - O   2" - 3 Smith / Gomez 18 05 72 NGC 5643    
2196 2096 20 16 12 -44 54 123m lla - O   2" - 3 Smith / Gomez 18 05 72 NGC 6890    

(1) ( faltan hojas ) Corresponde a Tubo Imagen

Last Updated on 8/27/99

By Guerra & Marin

June

 

June 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2197 2097 17 13 52 -29 26 30m 103a - O GG 13 3 Hesser / Zemelman 16 06 72 NGC 6304    
2198 2098 17 13 52 -29 26 30m 103a - D GG 14 3 Hesser / Zemelman 16 06 72 NGC 6304    
2199 2099 17 48 22 -37 03 30m 103a - D GG 14 2" - 3 Hesser / Zemelman 16 06 72 NGC 6441    
2200 2100 17 48 22 -37 03 90m 103a - O GG 13 3 Hesser / Zemelman 16 06 72 NGC 6441    
2201 2101 17 48 22 -37 03 90m 103a - O GG 13 3 Hesser / Zemelman 16 06 72 NGC 6441    
2202 2102 17 48 22 -37 03 30m 103a - D GG 14 3 Hesser / Zemelman 16 06 72 NGC 6441    
2203 2103 17 48 22 -37 03 60m 103a - O GG 13 2" - 3 Hesser / Zemelman 16 06 72 NGC 6441    
2204 2104 17 48 22 -37 03 60m 103a - O GG 13 2" - 3 Hesser / Zemelman 16 06 72 NGC 6441    
2205 2105 17 48 22 -37 03 15m 103a - D GG 14 2" - 3 Hesser / Zemelman 16 06 72 NGC 6441    
2206 2106 17 48 22 -37 03 10 15m 103a - D GG 14 2" - 3" Hesser / Zemelman 16 06 72 NGC 6441    
2207 2107 13 18 17 - 31 30 30 m 103a - D GG 495 1.5" - 2" Hesser / Zemelman 17 06 72 Nova en NGC 5253   CTIO
2208 2108 17 12 54 -29 26 30 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2209 2109 17 12 54 -29 26 30 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2210 2110 17 12 54 -29 26 30 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2211 2111 17 12 54 -29 27 00 30m 103a - D GG 14 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2212 2112 17 12 54 -29 27 00 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2213 2113 17 48 00 -37 03 00 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6441    
2214 2114 17 48 00 -37 03 00 30m 103a - D GG 14 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6441    
2215 2115 17 12 54 -29 26 52 30m 103a - O GG 13 1.5" - 2" Hesser / Zemelman 17 06 72 NGC 6304    
2216 2116 17 12 54 -29 26 52 30m 103a - O GG 13 2" - 3" Hesser / Zemelman 17 06 72 NGC 6304    
2217 2117 17 12 54 -29 26 52 30m 103a - D GG 14 2" - 3" Hesser / Zemelman 17 06 72 NGC 6304    
2218 2118 17 12 54 -29 26 52 30m 103a - O GG 13 2" Hesser / Zemelman 17 06 72 NGC 6304    
2219 2119 17 12 54 -29 26 52 30m 103a - O GG 13 2" - 3" Hesser / Zemelman 17 06 72 NGC 6304    
2220 2120 17 12 54 -29 26 52 52m 103a - O GG 13 2" - 3" Hesser / Zemelman 17 06 72 NGC 6304    

 

Last Updated on 8/27/99

By Guerra & Marin

July

 

July 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2221 2121 17 12 54 -29 24 30 30m 103a - O GG 13 2" - 1" Hesser / Gonzalez 17 07 72 NGC 6304    
2222 2122 17 12 54 -29 24 30 30m 103a - O GG 13 1.5" Hesser / Gonzalez 17 07 72 NGC 6304    
2223 2123 17 12 54 -29 24 30 30m 103a - D GG 14 1" - 2" Hesser / Gonzalez 17 07 72 NGC 6304    
2224 2124 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 2" Hesser / Gonzalez 17 07 72 NGC 6304    
2225 2125 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2226 2126 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2227 2127 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2228 2128 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2229 2129 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2230 2130 17 12 54 -29 24 30 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 17 07 72 NGC 6304    
2231 2131 00 21 15 -72 15 30 60m 103a - D GG 14 1" - 2" Hesser / Gonzalez 17 07 72 47 Tuc    
2232 2132 17 12 54.5 -29 24 32 30m 103a - O GG 13 2" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2233 2133 17 12 54.5 -29 24 32 30m 103a - O GG 13 1" - 2" Hesser / Gonzalez 18 07 72 NGC 6304    
2234 2134 17 12 54.5 -29 24 32 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2235 2135     30m 103a - O GG 13   Hesser / Gonzalez 18 07 72 NGC 6441    
2236 2136 17 12 54 -29 24 32 12m 103a - D GG 14 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6441    
2237 2137 17 12 54 -29 24 32 30m 103a - D GG 14 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6441    
2238 2138 17 12 54 -29 24 32 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2239 2139 17 12 54 -29 24 32 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2240 2140 17 12 54 -29 24 32 30m 103a - D GG 14 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2241 2141 17 12 54 -29 24 32 30m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 NGC 6304    
2242 2142 17 12 54 -29 24 32 60m 103a - D GG 14 1" - 5" Hesser / Gonzalez 18 07 72 NGC 6304    
2243 2143 17 12 54 -29 24 32 30m 103a - O GG 13 1" - 5" Hesser / Gonzalez 18 07 72 NGC 6304    
2244 2144 17 12 54 -29 24 32 30m 103a - O GG 13 1" - 5" Hesser / Gonzalez 18 07 72 NGC 6304    
2245 2145 17 12 54 -29 24 32 30m 103a - O GG 13 3" - 5" Hesser / Gonzalez 18 07 72 NGC 6304    
2246 2146 00 21 15 -72 15 30 60m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 47 Tuc    
2247 2147 00 21 15 -72 15 30 60m 103a - O GG 13 1" - 3" Hesser / Gonzalez 18 07 72 47 Tuc    
2248 2148 00 21 15 -72 15 30 20m 103a - D GG 14 1" - 3" Hesser / Gonzalez 18 07 72 47 Tuc    

 

Last Updated on 8/27/99

By Guerra & Marin 

August

 

August 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2249 2149 17 46 21 -24 45 6m lla - D I 3" Smith / Gomez 14 08 72 IRC 20385 image tube  
2250 2150 17 46 21 -24 45 4m lla - D I 3" Smith / Gomez 14 08 72 IRC 20385 image tube  
2251 2151 17 46 21 -24 45 4m lla - D I 2" Smith / Gomez 14 08 72 IRC 20385 image tube  
2252 2152 17 46 21 -24 45 4m lla - D I 2" Smith / Gomez 14 08 72 IRC 20385 image tube  

 

Last Updated on 8/27/99

By Jorge Marin

September

 

September 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2253 2153 00 25 42 -71 41 60m 103a - O GG 13 2" Graham / Czuia 12 09 72 NGC 121    
2254 2154 00 25 42 -71 41 60m 103a - O GG 13 2" Graham / Czuia 12 09 72 NGC 121    
2255 2155 00 25 42 -71 41 90m 103a - D GG 14 1" Graham / Czuia 12 09 72 NGC 121    
2256 2156 00 25 42 -71 41 60m 103a - O GG 13 2" Graham / Czuia 12 09 72 NGC 121    
2257 2157 00 25 42 -71 41 60m 103a - O GG 13 1" - 2" Graham / Czuia 12 09 72 NGC 121    
2258 2158 00 25 42 -71 41 60m 103a - O       12 09 72 NGC 121    
2259 2159 18 57 36 -36 40 20m 098 - 02 RG 1" Kunkel / Czuia 14 09 72 NGC 6723    
2260 2160 18 34 30 -23 57 15m 098 - 02 RG 1 1" Kunkel / Czuia 14 09 72 M 22    
2261 2161 18 57 36 -36 40 15m 098 - 02 RG 1 1.5" Kunkel / Czuia 14 09 72 NGC 6723    
2262 2162 00 58 48 -33 50 120m 098 - 02 RG 1 1" Kunkel / Czuia 14 09 72 Sculptor    
2263 2163 02 38 18 -34 39 120m 098 - 02     Kunkel / Czuia 14 09 72 Fornax    
2264 2164 02 38 18 -34 39 120m 098 - 02   1.5" Kunkel / Czuia 14 09 72 Fornax    
2265 2165 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2266 2166 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2267 2167 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2268 2168 00 25 44 -71 40 51 90m 103a - D GG 14 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2269 2169 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2270 2170 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2271 2171 00 25 44 -71 40 51 60m 103a - O GG 13 1" - 2" J.Graham / Saá 30 09 72 NGC 121    
2272 2172 05 28 30 -68 50 10m 103a - O GG 13   J.Graham / Saá 30 09 72 Nova LMC 1912    
2273 2173 05 28 30 -68 50 15m 103a - D GG 14   J.Graham / Saá 30 09 72 Nova LMC 1912    

 

Last Updated on 8/27/99

By Guerra & Marin

October

 

October 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2274 2174 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / R.Gonzalez 07 10 72 NGC 121    
2275 2175 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / R.Gonzalez 07 10 72 NGC 121    
2276 2176 00 25 36 -71 39 30 25m 103a - O GG 13   J.Graham / R.Gonzalez 07 10 72 NGC 121    
2277 2177 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / Czuia 16 10 72 NGC 121    
2278 2178 19 59 18 -47 07 36 60m 098 - 02 RG 2   J.Graham / Czuia 16 10 72 K 30    
2279 2179 00 25 36 -71 39 36 60m 103a - O GG 13   J.Graham / Czuia 16 10 72 NGC 121    
2280 2180 00 07 18 -33 59 30 30m 103a - O GG 13   J.Graham / Czuia 16 10 72 SCI 3    
2281 2181 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / Czuia 16 10 72 NGC 121    
2282 2182 05 28 36 -68 50 10m 103a - O GG 13   J.Graham / Czuia 16 10 72 LMC nova 72/1    
2283 2183 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / Czuia 16 10 72 NGC 121    
2284 2184 00 25 36 -71 39 30 60m 103a - O GG 13   J.Graham / Czuia 16 10 72 NGC 121    
2285 2185 19 59 18 -47 08 120m llla - J baked     J.Graham / Gomez 29 10 72 Klemola 30    
2286 2186 23 22 00 -58 05 36m 103a - O     J.Graham / Gomez 29 10 72 NGC 7650    
2287 2187 19 59 00 -47 09 120m 103a - O   1.5" J.Graham / Gomez 30 10 72 Klemola 30    
2288 2188 23 22 00 -58 05 120m 103a - O   2" J.Graham / Gomez 30 10 72 NGC 7650    
2289 2189 03 29 36 -52 40 60m 103a - O   2" J.Graham / Gomez 30 10 72 Klemola 8    
2290 2190 05 28 36 -68 50 5m 103a - O GG 13 2" J.Graham / Gomez 30 10 72 LMC nova 1972/1    
2291 2191 05 40 36 -66 41 5m 103a - O GG 13 2" J.Graham / Gomez 30 10 72 LMC nova 1971/2    
2292 2192 04 59 00 -66 01 5m 103a - O GG 13   J.Graham / Gomez 30 10 72 NGC 1783    
2293 2193 05 22 00 -68 00 60m 098 - 02 RG 2 2.5" J.Graham / Gomez 30 10 72 constellation l LMC    

 

Last Updated on 8/27/99

By Guerra & Marin

November

 

November 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2294 2194 00 22 36 -72 14 2m 103a - O     J.Graham / Gomez 19 11 72 47 Tuc    
2295 2195 05 38 00 -01 58 30m 098 - 02 RG 1   R.Gonzalez 19 11 72 epsillon Orion    
2296 2196 05 39 48 -02 26 90m 098 - 02 RG 1   J.Graham / R.Gonzalez 19 11 72 epsillon Orion    
2297 2197 05 33 54 -05 24 5m 098 - 02 RG 2   J.Graham / R.Gonzalez 19 11 72 M 42    
2298 2198 05 33 54 -05 24 5m 103a - O GG 13   J.Graham / R.Gonzalez 19 11 72 M 42    
2299 2199 00 23 00 -72 20 2m 103a - D GG 14 3" Hesser / R.Gonzalez 22 11 72 Nova    
2300 2200 00 23 00 -72 20 2m lla - O GG 13 3" Hesser / R.Gonzalez 22 11 72 Nova    
2301 2201 07 50 30 -38 25 10m 103a - D GG 14 2" Hesser / R.Gonzalez 23 11 72 NGC 2477    
2302 2202 07 50 30 -38 25 10m lla - O GG 13 2" Hesser / R.Gonzalez 23 11 72 NGC 2477    
2303 2203 03 07 30 -20 46 100m lla - O GG 13 3" R.Gonzalez 24 11 72 NGC 1232    
2304 2204 06 29 36 +04 40 180m 098 - 02 RG 1 3" R.Gonzalez 24 11 72 NGC 2237    

 

Last Updated on 8/27/99

By Guerra & Marin

December

 

December 1972 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2305 2205 01 15 00 -73 41 27m llla - J baked   1.5" J.Graham / Gomez 10 12 72 SMC X ray source    
2306 2206 05 32 18 -66 37 30m llla - J baked   1.5" J.Graham / Gomez 10 12 72 LMC X4    
2307 2207 09 26 00 -52 40 30m llla - J baked   1.5" J.Graham / Gomez 10 12 72 Vela    
2308 2208 10 59 00 -60 10 30m llla - J baked   1.5" J.Graham / Gomez 10 12 72 HD 95540    
2309 2209 00 20 36 -48 44 90m 103a - O GG 13 1.5" J.Graham / Gomez 11 12 72 Phoenix group    
2310 2210 02 30 42 -52 36 60m 103a - O   1.5" J.Graham / Gomez 11 12 72 galaxies    
2311 2211 04 18 36 -48 42 120m 103a - O   1.5" J.Graham / Gomez 11 12 72 pec. ellipt.+irreg.    
2312 2212 05 45 36 -52 14 30m 103a - O     J.Graham / Gomez 11 12 72 irreg. galaxy    
2313 2213 06 08 48 -49 33 40m 103a - O     J.Graham / Gomez 11 12 72 galaxies    

 

Last Updated on 8/27/99

By Jorge Marin

1973

1973 Plate logs for 1.5-m telescope.

January

January 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2314 2214 04 28 30 -53 59 60m 103a - D GG 14 1.5" Sersic / Czuia 13 01 73 IC 2082    
2315 2215 07 36 24 -69 28 06 90m 098 - 02 RG 2   Sersic / Czuia 13 01 73 NGC 2442    
2316 2216 07 36 24 -69 28 06 80m 103a - D GG 14   Sersic / Czuia 13 01 73 NGC 2442    
2317 2217 07 36 24 -69 28 06 80m 103a - O GG 13   Sersic / Czuia 13 01 73 NGC 2442    
2318 2218 13 38 12 -31 29 55m 103a - D GG 14   Sersic / Czuia 13 01 73 NGC 5253    

 

Last Updated on 8/27/99

By Guerra & Marin

February

February 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2319 2219 07 24 12 -21 07 36 15m 103a - D GG 13   Miller / Zemelman 08 02 73 Vela F    
2320 2220 07 24 12 -20 54 15m 103a - D GG 13   Miller / Zemelman 08 02 73 Vela F    
2321 2221 07 24 12 -20 54 40m 103a - O UG 2   Miller / Zemelman 08 02 73 Vela F    
2322 2222 07 24 12 -20 54 8m 103a - O GG 13   Miller / Zemelman 08 02 73 Vela F    
2323 2223 07 24 12 -20 54 15m 103a - D GG 14   Miller / Zemelman 08 02 73 Vela F    
2324 2224 07 44 36 -34 08 15m 103a - D GG 14   Miller / Zemelman 08 02 73 Vela D    
2325 2225 07 44 36 -34 08 40m 103a - O UG 2   Miller / Zemelman 08 02 73 Vela D    
2326 2226 07 44 36 -34 08 8m 103a - O GG 13 1" Miller / Zemelman 08 02 73 Vela D    
2327 2227 07 57 48 -28 23 8m 103a - O GG 13 1" Miller / Zemelman 08 02 73 Vela B    
2328 2228 07 57 48 -28 23 40m 103a - O UG 2 1" Miller / Zemelman 08 02 73 Vela B    
2329 2229 07 57 48 -28 23 15m 103a - D GG 14 1" Miller / Zemelman 08 02 73 Vela B    
2330 2230 10 59 00 -60 10 60m 098 - 02 RG 2 1" Miller / Zemelman 08 02 73 HD 95540    
2331 2231 10 59 00 -60 10 10m 103a - O GG 13 1" Miller / Zemelman 08 02 73 HD 95540    
2332 2232 10 59 00 -60 10 5m 103a - D GG 14 1" Miller / Zemelman 08 02 73 HD 95540    
2333 2233 07 45 42 -34 09 30m 103a - O UG 2 2" Miller / Bolelli 09 02 73 Vela D    
2334 2234 07 45 42 -34 09 10m 103a - O GG 13 2" Miller / Bolelli 09 02 73 Vela D    
2335 2235 07 45 42 -34 09 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Vela D    
2336 2236 07 57 48 -28 23 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Vela B    
2337 2237 07 57 48 -28 23 30m 103a - O UG 2 2" Miller / Bolelli 09 02 73 Vela B    
2338 2238 07 57 48 -28 23 8m 103a - O GG 13 2" Miller / Bolelli 09 02 73 Vela B    
2339 2239 07 24 06 -21 07 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Vela F    
2340 2240 07 24 06 -21 07 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Vela F    
2341 2241 07 24 06 -21 07 8m 103a - O GG 13 2" Miller / Bolelli 09 02 73 Vela F    
2342 2242 07 24 06 -21 07 30m 103a - O UG 2 2" Miller / Bolelli 09 02 73 Vela F    
2343 2243 07 43 54 -31 50 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Vela A    
2344 2244 07 43 54 -31 50 8m 103a - O GG 13 2" Miller / Bolelli 09 02 73 Vela A    
2345 2245 07 43 54 -31 50 30m 103a - O UG 2 2" Miller / Bolelli 09 02 73 Vela A    
2346 2246 08 57 00 -46 58 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 RCW 38    
2347 2247 08 57 00 -46 58 8m 103a - O GG 13 2" Miller / Bolelli 09 02 73 RCW 38    
2348 2248 08 57 00 -46 58 30m 103a - O UG 2 2" Miller / Bolelli 09 02 73 RCW 38    
2349 2249 14 19 54 -60 48 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Cen l    
2350 2250 14 19 54 -60 48 10m 103a - D GG 14 2" Miller / Bolelli 09 02 73 Cen l    
2351 2251 07 43 54 -31 50 10m 103a - D GG 14 2" Miller / Zemelman 09 02 73 Vela A    
2352 2252 07 43 54 -31 50 30m 103a - O UG 2 2" Miller / Zemelman 10 02 73 Vela A    
2353 2253 07 43 54 -31 50 30m 103a - O UG 2 2" Miller / Zemelman 10 02 73 Vela A    
2354 2254 07 43 54 -31 50 10m 103a - D GG 14 2" Miller / Zemelman 10 02 73 Vela A    
2355 2255 07 43 54 -31 50 8m 103a - O GG 13 2" Miller / Zemelman 10 02 73 Vela A    
2356 2256 07 43 54 -31 50 8m 103a - O GG 13 2" - 3" Miller / Zemelman 10 02 73 Vela A    
2357 2257 07 58 00 -28 32 8m 103a - O GG 13 3" - 4" Miller / Zemelman 10 02 73 Vela B    
2358 2258 07 58 00 -28 32 8m 103a - O GG 13 3" - 4" Miller / Zemelman 10 02 73 Vela B    
2359 2259 07 58 00 -28 32 40m 103a - O UG 2 3" - 4" Miller / Zemelman 10 02 73 Vela B    
2360 2260 07 58 00 -28 32 10m 103a - D GG 14 3" - 4" Miller / Zemelman 10 02 73 Vela B    
2361 2261 08 56 12 -47 40 10m 103a - D GG 14 3" - 4" Miller / Zemelman 10 02 73 RCW 38    
2362 2262 08 56 12 -47 40 8m 103a - O GG 13 3" - 4" Miller / Zemelman 10 02 73 RCW 38    
2363 2263 08 56 12 -47 40 20m 103a - O UG 2 3" - 4" Miller / Zemelman 10 02 73 RCW 38    
2364 2264 07 24 06 -21 07 36 10m 103a - D GG 14 3" - 4" Miller / Zemelman 10 02 73 Vela F    
2365 2265 10 59 00 -60 10 8m 103a - O GG 13 3" - 4" Miller / Zemelman 10 02 73 HD 95540    
2366 2266 10 59 00 -60 10 10m 103a - O UG 2 3" - 4" Miller / Zemelman 10 02 73 HD 95540    
2367 2267 14 19 54 -60 48 5m 103a - O GG 13 3" - 4" Miller / Zemelman 10 02 73 Cen I    
2368 2268 14 19 54 -60 48 30m 103a - D GG 14 3" - 4" Miller / Zemelman 10 02 73 Cen I    
2369 2269 07 45 00 -34 42 5m lla - O   2" Miller / Zemelman 11 02 73 Vela D    
2370 2270 07 45 00 -34 42 40m lla - O   2" Miller / Zemelman 11 02 73 Vela D    
2371 2271 07 45 00 -34 42 32m lla - O   2" Miller / Zemelman 11 02 73 Vela D    
2372 2272 07 24 06 -21 07 36 30m 103a - O   2" Miller / Zemelman 11 02 73 Vela F    
2373 2273 07 58 00 -28 31 30m 103a - O   2" Miller / Zemelman 11 02 73 Vela F    
2374 2274 07 43 54 -31 50 30m 103a - O   2" Miller / Zemelman 11 02 73 Vela A    
2375 2275 08 56 12 -47 40 30m 103a - O   2" Miller / Zemelman 11 02 73 RCW 38    
2376 2276 14 19 54 -60 48 30m 103a - O   2" Miller / Zemelman 11 02 73 Cen I    
2377 2277 11 00 25 -59 35 30m 103a - O   2" Miller / Zemelman 11 02 73 HD 95540    
2378 2278 10 59 54 -60 05 35m 098 - 02   2" Miller / Zemelman 11 02 73 HD 95540    
2379 2279 11 02 54 -60 33 10m 098 - 02   2" Miller / Zemelman 11 02 73 HD 95540    
2380 2280 04 20 00 -48 20 60m 103a - O UG 2 2" Graham / Elicer / Gonzalez 11 02 73 galaxy    
2381 2281 06 43 00 -74 20 60m 103a - O   2" Graham / Elicer / Gonzalez 11 02 73 galaxy ring type    
2382 2282 06 43 00 -74 20 120m 098 - 02 GG 13 2" Graham / Elicer / Gonzalez 11 02 73 galaxy ring type    
2383 2283 13 19 00 -43 31 15m 098 - 02 RG 1 2" Graham / Elicer / Gonzalez 11 02 73 NGC 5090    
2384 2284 04 20 00 -48 20 10m 103a - D GG 14 2" Graham / Czuia / Elicer 25 02 73 galaxy    
2385 2285 04 20 00 -48 20 30m 103a - O GG 13   Graham / Czuia / Elicer 25 02 73 galaxy    
2386 2286 04 20 00 -48 20 6m 103a - O GG 13   Graham / Czuia / Elicer 25 02 73 galaxy    
2387 2287 10 07 48 -38 15 90m 103a - O     Graham / Czuia / Elicer 25 02 73 Anom 10 07 - 38    
2388 2288 10 07 48 -38 15 120m 098 - 02 GG 14   Graham / Czuia / Elicer 25 02 73 Anom 10 07 - 38    
2389 2289 13 19 00 +43 31 40m 103a - O GG 13   Graham / Czuia / Elicer 25 02 73 NGC 5090    

 

Last Updated on 8/27/99

By Guerra & Marin

March

 

March 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2390 2290 04 09 24 -75 11 10m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73 0410 - 75    
2391 2291 08 33 00 -45 00 30m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73 0833 - 45    
2392 2292 08 33 00 -45 00 15m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73 0833 - 45    
2393 2293 10 19 00 -42 43 15m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73 1018 - 42    
2394 2294 10 19 00 -42 43 30m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73 1018 - 42    
2395 2295 10 19 00 -42 43 52m lla - O baked "Spinrad" RED 1" - 2" Lasker / Smith / Czuia 01 03 73      

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2396 2296 09 44 00 -31 04 60m lla - O   1.5" Sersic / Czuia 10 04 73 N 2997    
2397 2297 10 26 42 -39 48 60m lla - O   1.5" Sersic / Czuia 10 04 73 N 3256    
2398 2298 13 20 30 -38 13 59m lla - O GG 13 2" Sersic / Czuia 10 04 73 N 5102    
2399 2299 13 20 30 -38 13 7m lla - D GG 14 2" Sersic / Czuia 10 04 73 N 5102    
2400 2300 13 38 24 -31 31 60m lla - D GG 14 2" Sersic / Czuia 10 04 73 N 5253    
2401 2301 13 38 24 -31 31 61m lla - D GG 13 2" Sersic / Czuia 10 04 73 N 5253    
2402 2302     56m lla - D GG 13 2.5" Sersic / Czuia 10 04 73 N 6438    
2403 2303 09 44 30 -31 04 61m lla - D GG 14 1.5" Sersic / Czuia 11 04 73 N 2997    
2404 2304 10 26 42 -43 45 60m lla - D GG 14   Sersic / Czuia 11 04 73 N 3256    
2405 2305 10 26 42 -43 45 60m lla - O GG 13 1.5" Sersic / Czuia 11 04 73 N 3256    
2406 2306 13 38 24 -31 31 60m 098 - 02 RG 2   Sersic / Czuia 11 04 73 N 5253    
2407 2307 13 19 30 -36 19 60m lla - O GG 13   Sersic / Czuia 11 04 73 N 5102    
2408 2308 13 19 30 -36 19 60m lla - D GG 13   Sersic / Czuia 11 04 73 N 5102    
2409 2309 13 23 48 -42 52 120m 103a - D GG 5   Sersic / Czuia 11 04 73 N 5128    
2410 2310 13 34 48 -33 39 60m lla - D GG 14 1.5" Sersic / Czuia 12 04 73 IC 4296    
2411 2311 13 34 48 -33 39 60m lla - O GG 13   Sersic / Czuia 12 04 73 IC 4296    
2412 2312 13 19 30 -36 19 60m lla - O GG 13   Sersic / Czuia 12 04 73 N 5102    
2413 2313 13 19 30 -36 19 60m lla - D GG 14   Sersic / Czuia 12 04 73 N 5102    
2414 2314 20 12 06 -71 01 150m 103a - D     Sersic / Czuia 12 04 73 T P    

 

Last Updated on 8/27/99

By Jorge Marin 

May

 

May 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2415 2315 10 22 36 -57 30 15m lla - O     J.Graham / Araya 08 05 73 Wd 1    
2416 2316 10 22 36 -57 30 32m lla - O     R.Gonzalez 09 05 73 Wd 1    
2417 2317 10 16 00 -46 12 30m lla - O     R.Gonzalez 09 05 73 NGC 3201    
2418 2318 15 55 00 -54 16 31m lla - O     R.Gonzalez 09 05 73 Norma    
2419 2319 15 55 00 -54 16 30m lla - O     R.Gonzalez 09 05 73 Norma    
2420 2320 15 25 00 -13 44 150m llla - J baked     R.Gonzalez 09 05 73 Sydney radio source    
2421 2321 19 59 00 -47 09 150m llla - J baked     R.Gonzalez 09 05 73 Klemola 30    

 

Last Updated on 8/27/99

By Guerra & Marin

June

 

June 1973 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2422 2322 14 18 00 -26 30 30m 103a - O       27 06 73 ScI - 139    
2423 2323 20 22 24 -38 21 60m 103a - O       27 06 73 IC 4998    
2424 2324 20 36 18 -52 12 30m 103a - O       27 06 73 YC 2030 - 52    
2425 2325 22 01 13 -37 53 90m 103a - O         YC 2200 - 37    
2426 2326 00 17 30 -49 30 60m 103a - O         Anar cluster    
2427 2327 20 28 47.6 -76 57 03.8 10m lla - D         2025 - 77.0 I T  
2428 2328 20 30 56.75 -73 09 34.4 10m lla - D         2028 - 73.2 I T  
2429 2329 21 01 14.5 -64 03 12.4 12m           2059 - 64.1 I T  
2430 2330     12m           2101 - 49.0 I T  
2431 2331 21 19 46.85 -64 11 17.5 15m           2117 - 64.2 I T  
2432 2332 21 43 50.28 -81 39 35.7             2140 - 81.7 I T  
2433 2333 22 06 52.10 -63 33 26.7 18m           2205 - 63.6 I T  
2434 2334 00 04 46.20 -56 37 17.1             0003 - 56.7 I T  
2435 2335                 0003 - 83.3 I T  
2436 2336                 0021 - 68.1 I T  
2437 2337                 0022 - 60.7 I T  
2438 2338                 0032 - 63.6 I T  
2439 2339                 0036 - 62.7 I T  
2440 2340                 0209 - 62.1 I T  
2441 2341                 0224 - 70.1 I T  
2442 2342                 0251 - 67.5 I T  

 

Last Updated on 8/27/99

By Guerra & Marin

 

September

September 1973 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2443 2343 19 36 48 -63 39 49 15m lla - D     Lasker / Czuia 03 09 73 1934 - 63 I T (wrong dec.)  
2444 2344   -63 46 19 15m       Lasker / Czuia 03 09 73 1934 - 63 I T  
2445 2345 21 01 14 -64 03 12 15m       Lasker / Czuia 03 09 73 2059 - 64.1 I T  
2446 2346     15m       Lasker / Czuia 03 09 73 2101 - 49.0 I T  
2447 2347     15m       Lasker / Czuia 03 09 73 2205 - 63.6 I T  
2448 2348 00 22 41 -68 01 18 18m       Lasker / Czuia 03 09 73 0021 - 68.1 I T  
2449 2349             Lasker / Czuia 03 09 73 0022 - 60.7 I T  
2450 2350             Lasker / Czuia 03 09 73 0032 - 63.6 I T  
2451 2351             Lasker / Czuia 03 09 73 0036 - 62.7 I T  
2452 2352             Lasker / Czuia 03 09 73 0040 - 76.0 I T  
2453 2353     15m lla - D     Lasker / Czuia 04 09 73 1934 - 63 I T  
2454 2354       lla - D     Lasker / Czuia 04 09 73 2059 - 64.1 I T  
2455 2355             Lasker / Czuia 04 09 73 2101 - 49.0 I T  
2456 2356             Lasker / Czuia 04 09 73 2205 - 63.6 I T  
2457 2357             Lasker / Czuia 04 09 73 2025 - 77.0 I T  
2458 2358             Lasker / Czuia 04 09 73 2028 - 73.2 I T  
2459 2359             Lasker / Czuia 04 09 73 2117 - 64.2 I T  
2460 2360             Lasker / Czuia 04 09 73 2140 - 81.7 I T  
2461 2361             Lasker / Czuia 04 09 73 0021 - 68.1 I T  
2462 2362             Lasker / Czuia 04 09 73 0036 - 62.7 I T  
2463 2363             Lasker / Czuia 04 09 73 0040 - 76.0 I T  
2464 2364 21 36 00 - 14 40 25 m lla - O no   Lasker / Czuia 05 09 72 PKS 2135 - 14 I T CTIO
2465 2365 00 23 00 - 72 12 20 m lla - O no   Lasker / Czuia 05 09 72 47 Tucan I T CTIO
2466 2366     25m       Lasker / Czuia 05 09 72 0130 - 62.0 I T  
2467 2367 21 36 20 -14 40 15m lla - O     Osmer / Czuia 05 09 72 PKS 2135 - 14    
2468 2368 15 19 00 -57 03 15m lla - O     Osmer / Czuia 05 09 72 Cir X - 1    
2469 2369 21 36 21 -14 40 25m lla - O     Osmer / Czuia 05 09 72 PKS 2135 - 14    
2470 2370 00 22 54 -72 12 20m lla - O     Osmer / Czuia 05 09 72 47 Tuc    
2471 2371 01 08 18 - 72 12 20 m lla - O no   Osmer / Czuia 05 09 72 SMC   CTIO
2472 2372 01 21 00 - 04 29 45 m lla - O no   Osmer / Czuia 05 09 72 PKS 0119 - 04   CTIO
2473 2373 02 38 00 - 23 16 45 m lla - O no   Osmer / Czuia 05 09 72 PKS 0237 - 23   CTIO
2474 2374 05 39 00 - 69 07 07.5 m lla - O no   Osmer / Czuia 05 09 72 30 Doradus   CTIO
2475 2375 05 39 00 - 69 30 30 m lla - O no   Osmer / Czuia 05 09 72 LMC   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

November

November 1973 Plate log for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2476 2376 22 08 45 -45 50 15m lla - D   1" Smith / Czuia 27 11 73 PKS 2207 - 45    
2477 2377 00 40 54 -44 23 25m lla - D   1" Smith / Czuia 27 11 73 PKS 0039 - 44    
2478 2378 00 51 02 -43 14 57 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0049 - 43    
2479 2379 01 18 50 -68 17 54 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0118 - 68.4    
2480 2380 01 41 15 -69 49 26 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0140 - 69.9    
2481 2381 01 52 06 -76 22 54 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0151 - 76.4    
2482 2382 01 57 26 -78 49 54 25m lla - D   1" Smith / Czuia 27 11 73 PKS 0157 - 78.9    
2483 2383 04 29 50 -61 36 10 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0429 - 61.6    
2484 2384 04 36 59 -65 02 04 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0436 - 65.0    
2485 2385 04 58 17 -75 09 18 30m lla - D   1" Smith / Czuia 27 11 73 PKS 0459 - 75.1    
2486 2386 N 17 83   63m 103a - O GG 13 1.5" Maroly / Czuia 28 11 73 04 59.3 - 66º 01'    
2487 2387 N 17 83   120m 103a - D GG 14 1.5" Maroly / Czuia 28 11 73 04 59.3 - 66º 01'    
2488 2388 N 17 83   106m 103a - D GG 14 1.5" Maroly / Czuia 28 11 73 04 59.3 - 66º 01'    
2489 2389 N 17 83   90m 103a - O GG 13 2" Maroly / Czuia 29 11 73 04 59.3 - 66º 01'    
2490 2390 05 13 42 -65 30 153m 103a - D GG 14   Maroly / Czuia 29 11 73 NGC 1866    
2491 2391 05 13 42 -65 30 133m 103a - O GG 13   Maroly / Czuia   NGC 1866    
2492 2392 00 51 02 -43 14 51 25m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0049 - 43    
2493 2393 01 59 35 -74 38 27 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0158 - 74/2    
2494 2394 01 58 09 -74 45 57 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0158 - 74/1    
2495 2395 02 02 38 -43 57 21 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0201 - 44    
2496 2396 02 02 07 -76 27 40 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0202 - 76    
2497 2397 02 24 22 -70 01 28 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0224 - 70.1    
2498 2398 02 52 34 -71 10 50 30m lla - D   2" - 3" Smith / Czuia 30 11 73 PKS 0252 - 71.2    
2499 2399 03 15 56 -68 26 57 30m lla - D   3" Smith / Czuia 30 11 73 PKS 0315 - 68.5    
2500 2400 03 24 32 -70 21 35 30m lla - D   3" Smith / Czuia 30 11 73 PKS 0324 - 70.4    
2501 2401 05 06 24 -61 11 42 30m lla - D   3" Smith / Czuia 30 11 73 PKS 0506 - 61.2    
2502 2402 05 07 37 -62 44 28 30m lla - D RG 2 3" Smith / Czuia 30 11 73 PKS 0507 - 62.7    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1973 Plate logs for 1.5-m telescope

 

Plate N. N R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2503 2403 00 49 21 -09 37 42 30m lla - D RG 2 3" - 4" Smith / Saá 01 12 73 PKS 0048 - 09    
2504 2404 02 31 19 -66 33 36 30m lla - D RG 2 3" - 4" Smith / Saá 01 12 73 PKS 0230 - 66    
2505 2405 02 41 36 -42 08 18 30m lla - D RG 2 2" - 3" Smith / Saá 01 12 73 PKS 0240 - 42    
2506 2406 03 24 42 -76 35 33 30m lla - D RG 2 2" Smith / Saá 01 12 73 PKS 0525 - 76.6    
2507 2407 04 00 17 -64 17 19 30m lla - D RG 2 2" Smith / Saá 01 12 73 PKS 0400 - 64.3    
2508 2408 04 16 14 -64 59 32 30m lla - D RG 2 2" Smith / Saá 01 12 73 PKS 0416 - 65.0    
2509 2409 04 28 44 -36 34 17 30m lla - D RG 2 2" Smith / Saá 01 12 73 PKS 0427 - 36    
2510 2410 05 32 38 -63 49 17 30m lla - D RG 2 2" Smith / Saá 01 12 73 PKS 0532 - 63.8    
2511 2411 05 34 31 -61 23 30m lla - D RG 2 3" Smith / Saá 01 12 73 PKS 0534 - 61.3    
2512 2412 04 58 17 -75 09 18 23m lla - D RG 2 3" Smith / Saá 01 12 73 PKS 0459 - 75.1    
2513 2413 00 43 00 -64 42 15m 103a - O GG 13 1" Graham / Czuia 21 12 73 JAG galaxy    
2514 2414 04 50 42 -70 02 15m 103a - O GG 13 1" Miller / Czuia 21 12 73 NGC 1701    
2515 2415 04 50 42 -70 02 20m 103a - D GG 14 1" Miller / Czuia 21 12 73 NGC 1701    
2516 2416 07 44 42 -34 08 40m 103a - O UG 2 1" Miller / Czuia 21 12 73 Vela D    
2517 2417 07 44 42 -34 08 10m 103a - O GG 13 1" Miller / Czuia 21 12 73 Vela D    
2518 2418 07 24 06 -34 08 40m 103a - O UG 2 1" Miller / Czuia 21 12 73 Vela D    
2519 2419 07 44 42 -34 08 15m 103a - D GG 14 1" Miller / Czuia 21 12 73 Vela D    
2520 2420 07 24 06 -21 08 40m 103a - O UG 2 1" Miller / Czuia 21 12 73 Vela F    
2521 2421 07 24 06 -21 08 8m 103a - O GG 13 1" Miller / Czuia 21 12 73 Vela F    
2522 2422 07 24 06 -21 08 15m 103a - D GG 14 1" Miller / Czuia 21 12 73 Vela F    
2523 2423 04 50 42 -70 02 10m 103a - D GG 14 3" Miller / Czuia 22 12 73 NGC 1701    
2524 2424 04 50 42 -70 02 5m 103a - O GG 13 3" Miller / Czuia 22 12 73 NGC 1701    
2525 2425 07 44 42 -34 08 10m 103a - O GG 13 3" Miller / Czuia 22 12 73 Vela D    
2526 2426 07 44 42 -34 08 40m 103a - O UG 2 3" Miller / Czuia 22 12 73 Vela D    
2527 2427 07 44 42 -34 08 15m 103a - D GG 14 3" Miller / Czuia 22 12 73 Vela D    
2528 2428 07 24 06 -21 08 15m 103a - D GG 14   Miller / Czuia 22 12 73 Vela F    
2529 2429 07 24 06 -21 08 40m 103a - O UG 2 3" Miller / Czuia 22 12 73 Vela F    
2530 2430 07 24 06 -21 08 10m 103a - O GG 13   Miller / Czuia 22 12 73 Vela F    
2531 2431 07 24 06 -21 08 10m 103a - O GG 13 3" Miller / Czuia 22 12 73 Vela F    
2532 2432 07 24 06 -21 08 15m 103a - D GG 14 2" Miller / Czuia 22 12 73 Vela F    
2533 2433 07 24 06 -21 08 45m 103a - O GG 14   Miller / Czuia 22 12 73 Vela F    
2534 2434 01 10 50 +69 08 16 20m lla - D RG 2     23 12 73 0110 - 69    
2535 2435 01 30 11 +51 09 32 30m lla - D RG 2     23 12 73 0129 - 51    
2536 2436 01 30 11 +51 09 32 25m lla - D GG 14     23 12 73 0129 - 51    
2537 2437 01 10 50 +69 08 16 8m lla - D GG 14     23 12 73 0110 - 69    
2538 2438 02 10 40 +62 03 35 10m   GG 14     23 12 73 0209 - 62.1    
2539 2439 02 51 32 -67 24 27 10m   GG 14     23 12 73 0251 - 67.5    
2540 2440 02 52 33 -71 10 50 10m   GG 14     23 12 73 0252 - 71.2    
2541 2441 03 15 55 +68 26 51 10m   GG 14     23 12 73 0315 - 68.5    
2542 2442 03 21 31 +70 21 35 10m   GG 14     23 12 73 0324 - 70.4    
2543 2443 03 24 41 +76 35 32 10m   GG 14     23 12 73 0325 - 76.6    
2544 2444 04 00 16 +64 17 18 10m   GG 14     23 12 73 0400 - 64.3    
2545 2445 04 36 58 +65 02 04 10m   GG 14     23 12 73 0436 - 65.0    
2546 2446 04 58 17 +75 09 18 10m   GG 14     23 12 73 0459 - 75.1    
2547 2447 05 06 23 +61 11 42 10m   GG 14     23 12 73 0506 - 61.2    
2548 2448 05 32 37 +03 49 16 10m   GG 14     23 12 73 0532 - 63.8    
2549 2449 05 34 31 +01 23 00 10m   GG 14     23 12 73 0534 - 61.3    
2550 2450 06 02 16 -34 26 27 10m   GG 14     23 12 73 0601 - 34    
2551 2451 06 15 40 -34 55 36 10m   GG 14     23 12 73 0614 - 34    
2552 2452 07 19 39 +55 21 28 8m   GG 14     23 12 73 0719 - 55    

 

Last Updated on 8/27/99

By Jorge Marin

1974

1974 Plate logs for 1.5-m telescope

January

January 1974 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2553 2453 04 20 18 -68 20 17m   RG 2     08 01 74 NGC 1567    
2554 2454 05 33 48 -05 25 15m   RG 2     08 01 74 Orion nebulae    
2555 2455 03 59 24 -67 42 60m 098 - 02 RG 1   Graham / Gonzalez /Elicer 08 01 74 NGC 1511    
2556 2456 06 27 00 -47 05 45m 098 - 02 RG 1   Graham / Gonzalez / Elicer 08 01 74 peculiar niple    
2557 2457 08 25 24 -68 02 45m 098 - 02 RG 1   Graham / Gonzalez / Elicer 08 01 74 NGC 2601    
2558 2458 09 26 06 -76 37 45m 098 - 02 RG 1   Graham / Gonzalez / Elicer 08 01 74 NGC 2915    
2559 2459 04 20 18 -48 20 15m 098 - 02 RG 1   Graham / Gomez / Elicer 09 01 74 NGC 1567 ecliptical galaxy    
2560 2460 06 27 00 -47 05 90m 098 - 02 RG 1   Graham / Gomez / Elicer 09 01 74 peculiar niple    
2561 2461 09 26 06 -76 37 90m 098 - 02 RG 1   Graham / Gomez / Elicer 09 01 74 NGC 2915    
2562 2462 06 28 50 -28 34 120 m lla - O GG 385 2" R.Gonzalez 22 01 74 BSR 0628 - 28   CTIO
2563 2463 08 18 06 -13 41 90 m lla - O GG 385 2" R.Gonzalez 22 01 74 BSR 0818 - 13   CTIO
2564 2464 07 36 51 -40 34 30 90 m lla - O GG 385 2" R.Gonzalez 22 01 74 BSR 0736 - 40   CTIO
2565 2465 07 24 06 -21 07 36 40m 103a - O UG 2 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2566 2466 07 24 06 -21 07 36 40m 103a - O UG 2 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2567 2467 07 24 06 -21 07 36 10m 103a - O GG 13 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2568 2468 07 24 06 -21 07 36 10m 103a - O GG 13 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2569 2469 07 24 06 -21 07 36 15m 103a - O GG 13 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2570 2470 07 24 06 -21 07 36 15m 103a - D GG 14 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2571 2471 07 24 06 -21 07 36 40m 103a - D GG 14 2" Miller / R.Gonzalez 23 01 74 HD 58510    
2572 2472 07 57 48 -28 30 40m 103a - O UG 2   Miller / R.Gonzalez 23 01 74 Vela B    
2573 2473 07 57 48 -28 30 40m 103a - O UG 2   Miller / R.Gonzalez 23 01 74 Vela B    
2574 2474 07 57 48 -28 30 15m 103a - D GG 14   Miller / R.Gonzalez 23 01 74 Vela B    
2575 2475 08 57 48 -47 36 40m 103a - O UG 2   Miller / R.Gonzalez 23 01 74 RCW 38    
2576 2476 08 57 48 -47 36 15m 103a - D GG 14   Miller / R.Gonzalez 23 01 74 RCW 38    
2577 2477 07 24 06 -21 07 36 40m 103a - O UG 2   Miller / R.Gonzalez 23 01 74 HD 58510    
2578 2478 07 24 06 -21 07 36 10m 103a - O GG 13   Miller / R.Gonzalez 24 01 74 HD 58510    
2579 2479 07 57 48 -28 30 40m 103a - O UG 2   Miller / R.Gonzalez 24 01 74 Vela B    
2580 2480 07 57 48 -28 30 10m 103a - O GG 13   Miller / R.Gonzalez 24 01 74 Vela B    
2581 2481 08 57 48 -47 36 40m/10m 103a - O UG 2 / GG 13 3" Miller / R.Gonzalez 24 01 74 RCW 38    
2582 2482 08 57 48 -47 36 40m/10m 103a - O UG 2 / GG 13 3" Miller / R.Gonzalez 24 01 74 RCW 38    
2583 2483 08 57 48 -47 36 10m/40m 103a - O GG 13 / UG 2 3" Miller / R.Gonzalez 24 01 74 RCW 38    
2584 2484 08 36 24 -45 07 40m/10m 103a - O UG 2 / GG 13 3" Miller / R.Gonzalez 24 01 74 HD 73568    
2585 2485 08 36 24 -45 07 10m/40m 103a - O GG 13 / UG 2 3" Miller / R.Gonzalez 24 01 74 HD 73568    

 

Last Updated on 8/27/99

By Guerra & Marin

February

 

February 1974  Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2586 2486 03 59 24 -67 42 60m 103a - O     Graham / Saá / Elicer 22 02 74 NGC 1511    
2587 2487 06 27 00 -47 05 90m 103a - O     Graham / Saá / Elicer 22 02 74 faint group of galaxies    
2588 2488 06 25 54 -53 40 30m 103a - O     Graham / Saá / Elicer 22 02 74 PKS 625 - 53    
2589 2489 09 25 00 -76 51 90m 103a - O     Graham / Saá / Elicer 22 02 74 NGC 2915    
2590 2490 09 25 00 -76 51 60m 103a - O     Graham / Saá / Elicer 22 02 74 NGC 2915    
2591 2491 15 16 12 -24 15 75m 103a - O     Graham / Saá / Elicer 22 02 74 AP Librae    

 

Last Updated on 8/27/99

By Guerra & Marin

March

March 1974 Plate logs for 1.5-m telescope

 

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2592 2492 06 27 00 -47 05 3m llla - J     Graham / Richer / Czuia 22 03 74 grupo de galaxias    
2593 2493 13 04 42 -37 26   llla - J     Graham / Richer / Czuia 22 03 74 NGC 4953    
2594 2494 18 41 00 -48 39 118m llla - J     Graham / Richer / Czuia 22 03 74 PKS 1839 - 48    
2595 2495 10 36 12 -27 18 33m lla - O GG 13   Smith / Weedman / Czuia 25 03 74 Hydra l cluster of galaxies    
2596 2496 12 48 24 -41 08 30m lla - O GG 13   Smith / Weedman / Czuia 25 03 74 Centaurus cluster    
2597 2497 12 48 24 -41 08 90m lla - O GG 13   Smith / Weedman / Czuia 25 03 74 Centaurus cluster    
2598 2498 10 36 12 -27 18 30m lla - O     Smith / Weedman / Czuia 26 03 74 Hydra l cluster    
2599 2499 10 36 12 -27 18 180m llla - J     Smith / Weedman / Czuia 26 03 74 Hydra l cluster    
2600 2500 12 48 50 -41 15 48 180m llla - J     Smith / Weedman / Czuia 26 03 74 Centaurus cluster    
2601 2501 12 43 54 -40 36 22 30m lla - O     Smith / Weedman / Czuia 26 03 74 Centaurus cluster    
2602 2502 18 17 12 -13 47 47 32m llla - J     Smith / Weedman / Czuia 26 03 74 M 16    

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1974 Plate logs for 1.5-m telescope


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2603 2503 12 38 06 -26 36 54 10m 103a - D GG 14 1" Hesser / Gonzalez 25 04 74 NGC 4590    
2604 2504 12 38 06 -26 36 54 13m 103a - O GG 385 1" Hesser / Gonzalez 25 04 74 NGC 4590    
2605 2505 12 38 06 -26 36 54 60m 103a - D GG 14 1" Hesser / Gonzalez 25 04 74 NGC 4590    
2606 2506 12 38 06 -26 36 54 60m 103a - O GG 385 1" Hesser / Gonzalez 25 04 74 NGC 4590    
2607 2507 13 44 30 -51 14 60m 103a - D GG 14 1" Hesser / Gonzalez 25 04 74 NGC 5286    
2608 2508 13 44 30 -51 14 60m 103a - O GG 385 < 1" Hesser / Gonzalez 25 04 74 NGC 5286    
2609 2509 17 23 30 -48 27 120m 103a - D GG 14 1" - 1.5" Hesser / Gonzalez 25 04 74 NGC 6352    
2610 2510 17 23 30 -48 27 56m 103a - O GG 385 1" - 2" Hesser / Gonzalez 25 04 74 NGC 6352    
2611 2511 12 38 06 -26 36 54 20m 103a - O GG 385 1.5" - 2" Hesser / Gonzalez 26 04 74 NGC 4590    
2612 2512 12 38 06 -26 36 54 20m 103a - O GG 385 2" Hesser / Gonzalez 26 04 74 NGC 4590    
2613 2513 12 38 06 -26 36 54 60m 103a - D GG 14 1.5" Hesser / Gonzalez 26 04 74 NGC 4590    
2614 2514 12 38 06 -26 36 54 40m 103a - O GG 385 1" - 2" Hesser / Gonzalez 26 04 74 NGC 4590    
2615 2515 14 57 00 -82 08 120m 103a - D GG 14 2" - 2.5" Hesser / Gonzalez 26 04 74 IC 4499    
2616 2516 17 23 30 -48 27 115m 103a - D GG 14 1.5" Hesser / Gonzalez 26 04 74 NGC 6352    
2617 2517 17 23 30 -48 27 120m 103a - O GG 385 1.5" - 2" Hesser / Gonzalez 26 04 74 NGC 6352    

 

Last Updated on 8/27/99

By Jorge Marin

May

May 1974 Plate logs for 1.5-m telescope

 

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2618 2518 18 34 48 -23 57 20m 103a - D GG 14 2" - 3" Hesser / Czuia / Poblete 25 05 74 M 22    
2619 2519 18 34 48 -23 57 20m 103a - O GG 385 3" Hesser / Czuia / Poblete 25 05 74 M 22    
2620 2520 18 34 48 -23 57 60m 103a - D GG 14 3" Hesser / Czuia / Poblete 25 05 74 M 22    
2621 2521 13 44 00 -51 14 60m 103a - D GG 14 3" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2622 2522 13 44 00 -51 14 0.5m 103a - O GG 385 2" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2623 2523 13 44 00 -51 14 0.5m 103a - O GG 385 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2624 2524 13 44 00 -51 14 0.5m 103a - O GG 385 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2625 2525 13 44 00 -51 14 0.5m 103a - D GG 14 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2626 2526 13 44 00 -51 14 0.5m 103a - D GG 14 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2627 2527 13 44 00 -51 14 0.5m 103a - D GG 14 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2628 2528 13 44 00 -51 14 0.5m 103a - O GG 385 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 5286    
2629 2529 17 23 00 -48 27 60m 103a - D GG 14 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 6352    
2630 2530 17 23 00 -48 27 60m 103a - O GG 385 2.5" Hesser / Czuia / Poblete 26 05 74 NGC 6352    
2631 2531 17 23 00 -48 27 120m 103a - O GG 385 2" Hesser / Czuia / Poblete 26 05 74 NGC 6352    
2632 2532 17 23 00 -48 27 120m 103a - D GG 14 1.5" - 2" Hesser / Czuia / Poblete 26 05 74 NGC 6352    
2633 2533 18 34 48 -23 57 20m 103a - D GG 14 1.5" - 2" Hesser / Czuia / Poblete 26 05 74 M 22    
2634 2534 18 34 48 -23 57 20m 103a - O GG 385 1.5" - 2" Hesser / Czuia / Poblete 26 05 74 M 22    
2635 2535 18 34 48 -23 57 5m 103a - O GG 385 1.5" - 2" Hesser / Czuia / Poblete 26 05 74 M 22    
2636 2536 18 34 48 -23 57 5m 103a - O GG 385 1.5" Hesser / Czuia / Poblete 26 05 74 M 22    
2637 2537 18 34 48 -23 57 5m 103a - D GG 14 1.5" Hesser / Czuia / Poblete 26 05 74 M 22    
2638 2538 18 34 48 -23 57 5m 103a - D GG 14 1.5" Hesser / Czuia / Poblete 26 05 74 M 22    

 

Last Updated on 8/27/99

By Guerra & Marin

June

June 1974 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2639 2539 18 05 42 -24 40 25m lla - O UG 2 2" - 3" Racine / R.Gonzalez 29 06 74 NGC 6544    
2640 2540 18 05 42 -24 40 15m lla - O UG 2 2" - 3" Racine / R.Gonzalez 29 06 74 NGC 6544    
2641 2541 18 05 42 -24 40 3m lla - D GG 14 2" - 5" Racine / R.Gonzalez 29 06 74 NGC 6544    
2642 2542 18 05 42 -24 40 1m lla - D GG 14 2" - 5" Racine / R.Gonzalez 29 06 74 NGC 6544    
2643 2543 18 07 36 -25 35 6m lla - O GG 14 2" - 5" Racine / R.Gonzalez 29 06 74 NGC 6553    
2644 2544 18 07 36 -25 35 20m lla - D UG 2 2" - 5" Racine / R.Gonzalez 29 06 74 NGC 6553    
2645 2545 18 08 24 -31 26 30m lla - O UG 2 2" - 20" Racine / R.Gonzalez 30 06 74 NGC 6558    
2646 2546 18 08 24 -31 26 8m lla - D GG 14 2" - 20" Racine / R.Gonzalez 30 06 74 NGC 6558    
2647 2547 21 44 54 -21 22 4m lla - D GG 14 2" - 20" Racine / R.Gonzalez 30 06 74 Pal 12    
2648 2548 21 44 54 -21 22 25m lla - O UG 2 2" - 20" Racine / R.Gonzalez 30 06 74 Pal 12    
2649 2549 19 43 42 -07 46 3m lla - D GG 14 2" - 4" Racine / R.Gonzalez 30 06 74 Pal 11    
2650 2550 19 43 42 -07 46 20m lla - O UG 2 2" - 4" Racine / R.Gonzalez 30 06 74 Pal 11    
2651 2551 21 31 54 -00 58 3m lla - O UG 2 3" - 10" Racine / R.Gonzalez 30 06 74 NGC 7089    
2652 2552 21 31 54 -00 58 15m lla - O UG 2 3" - 10" Racine / R.Gonzalez 30 06 74 NGC 7089    
2653 2553 21 31 54 -00 58 40s lla - D GG 14 3" - 10" Racine / R.Gonzalez 30 06 74 NGC 7089    
2654 2554 21 31 54 -00 58 3m lla - D GG 14 3" - 10" Racine / R.Gonzalez 30 06 74 NGC 7089    

 

Last Updated on 8/27/99

By Guerra & Marin

July

July 1974 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2655 2555 16 25 48 -38 25 10m lla - D GG 14 5" Racine / R.Gonzalez 01 07 74 NGC 6139    
2656 2556 16 25 48 -38 25 5m lla - O GG 385 5" Racine / R.Gonzalez 01 07 74 NGC 6139    
2657 2557 17 14 42 -27 46 10m lla - D GG 14 6" - 10" Racine / R.Gonzalez 01 07 74 NGC 6316    
2658 2558 17 14 42 -27 46 5m lla - O GG 385 8" - 10" Racine / R.Gonzalez 01 07 74 NGC 6316    
2659 2559 17 19 30 -19 13 10m lla - D GG 14 4" Racine / R.Gonzalez 01 07 74 NGC 6342    
2660 2560 17 19 30 -19 13 5m lla - O GG 385   Racine / R.Gonzalez 01 07 74 NGC 6342    
2661 2561 17 22 12 -25 59 10m lla - D GG 14 4" Racine / R.Gonzalez 01 07 74 NGC 6355    
2662 2562 17 22 12 -25 59 5m lla - O GG 385   Racine / R.Gonzalez 01 07 74 NGC 6355    
2663 2563 17 36 54 -23 33 10m lla - D GG 14 3" Racine / R.Gonzalez 01 07 74 NGC 6401    
2664 2564 17 36 54 -23 33 5m lla - O GG 385   Racine / R.Gonzalez 01 07 74 NGC 6401    
  2564 13 04 00 -49 21 60m 103a - O   1" Racine / R.Gonzalez 21 07 74 NGC 4945    
2665 2565 13 29 00 -86 24 115m 103a - O   1" Racine / R.Gonzalez 21 07 74 cumulo de galaxias    
2666 2566 20 43 00 -55 10 90m 103a - O   1" Racine / R.Gonzalez 21 07 74 grupo de galaxias    
2667 2567 22 46 00 -58 04 120m llla - J   2" Racine / R.Gonzalez 21 07 74 galaxy chain    
2668 2568 22 35 00 -61 32 120m llla - J   2" Racine / R.Gonzalez 21 07 74 interacting galaxies    
2669 2569 18 35 00 -30 00 10s each lla - O     V.Blanco / Saá / Czuia 30 07 74 focus plate    

 

Last Updated on 8/27/99

By Guerra & Marin

October

October 1974 Plate logs for 1.5-m telescope


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2670 2570 18 01 12 -24 24 20m llla - J GG 13 2" Dufour / Ríos 10 10 74 M 8    
2671 2571 00 46 20 -73 24 30m 127 - 02 RG 2 2" Dufour / Ríos 10 10 74 SMC N 19    
2672 2572 00 46 20 -73 24 60m 127 - 02 RG 2 3" Dufour / Ríos 10 10 74 SMC N 19    
2673 2573 00 46 20 -73 24 30m llla - J GG 13 2.5" Dufour / Ríos 10 10 74 SMC N 19    
2674 2574 00 46 20 -73 24 45m llla - J UG 2 2" Dufour / Ríos 10 10 74 SMC N 19    
2675 2575 00 58 27 -72 18 30m llla - J UG 2 2" Dufour / Ríos 10 10 74 SMC N 66A    
2676 2576 00 58 27 -72 18 20m llla - J GG 385 2" Dufour / Ríos 10 10 74 SMC N 66A    
2677 2577 00 58 27 -72 18 15m 127 - 02 RG 2 2" Dufour / Ríos 10 10 74 SMC N 66A    
2678 2578 05 40 00 -69 45 30m llla - J UG 2 2" Dufour / Ríos 10 10 74 LMC X - 1    
2679 2579 05 38 40 -64 06 180m llla - J UG 2 2" Dufour / Ríos 10 10 74 LMC X - 3    
2680 2580 05 38 40 -64 06 60m llla - J UG 2 2" Dufour / Ríos 10 10 74 LMC X - 3    
2681 2581 00 58 30 -33 50 180m 103a - D   2" - 5" Demers / R.Gonzalez 14 10 74 Sculptor galaxy    
2682 2582 04 34 24 -58 59 180m 103a - O   3" Demers / R.Gonzalez 14 10 74 Reticulum galaxy    
2683 2583 04 34 24 -58 59 75m 103a - D   5" Demers / R.Gonzalez 14 10 74 Reticulum galaxy    
2684 2584 00 58 30 -33 50 180m 103a - D   3" Demers / Kunkel / R.Gonzalez 15 10 74 Sculptor galaxy    
2685 2585 04 34 24 -58 59 62m 103a - O   3" Demers / Kunkel / R.Gonzalez 15 10 74 Reticulum galaxy    
2686 2586 04 34 24 -58 59 40m 103a - D     Demers / Kunkel / R.Gonzalez 15 10 74 Reticulum galaxy    
2687 2587 04 34 24 -58 59 40m 103a - O     Demers / Kunkel / R.Gonzalez 15 10 74 Reticulum galaxy    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1974 Plate logs for 1.5-m telescope


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2688 2588 04 58 48 -66 02 40m 103a - O   1.5" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2689 2589 04 58 48 -66 02 40m 103a - O   1.5" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2690 2590 04 58 48 -66 02 40m 103a - O   1.5" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2691 2591 04 58 48 -66 02 40m 103a - O   1" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2692 2592 04 58 48 -66 02 40m 103a - O   1" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2693 2593 04 58 48 -66 02 40m 103a - O   1" - 1.5" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2694 2594 04 58 48 -66 02 40m 103a - O GG 385 1" Graham / Poblete / Rojas 17 12 74 NGC 1783    
2695 2595 04 58 48 -66 02 40m 103a - O GG 385 > 1" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2696 2596 04 58 48 -66 02 40m 103a - O GG 385 > 1" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2697 2597 04 58 48 -66 02 40m 103a - O GG 385 < 1" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2698 2598 04 58 48 -66 02 60m 103a - D GG 495 > 1" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2699 2599 04 58 48 -66 02 40m 103a - O GG 385 > 1.5" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2700 2600 04 58 48 -66 02 40m 103a - O GG 385 1.5" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2701 2601 04 58 48 -66 02 40m 103a - O GG 385 1.5" Graham / Poblete / Rojas 18 12 74 NGC 1783    
2702 2602 cenit -30 00 12s each 103a - D GG 385 5" Cosgrove 27 12 74 focus plate    
2703 2603 08 36 12 -30 00 12s each 103a - D   5" Cosgrove 27 12 74 focus plate    
2704 2604 01 26 36 -30 00 12s each 103a - D   5" Cosgrove 27 12 74 focus plate    
2705 2605 05 42 30 +20 00 12s each 103a - D   5" Cosgrove 27 12 74 focus plate    
2706 2606 06 12 42 -75 00 12s each 103a - D   5" Cosgrove 27 12 74 focus plate    
2707 2607 09 35 12 -30 00 12s each lla - O   3" Cosgrove 27 12 74 focus plate    
2708 2608 10 57 36 -75 00 12s each lla - O   3" Cosgrove 27 12 74 focus plate    
2709 2609 04 02 48 -30 00 12s each 103a - O   2" Cosgrove 28 12 74 focus plate    
2710 2610 08 17 00 -30 00 12s each 103a - O   2" Cosgrove 28 12 74 focus plate    
2711 2611 01 25 00 -30 00 12s each 103a - O   2" Cosgrove 28 12 74 focus plate    
2712 2612 06 01 12 -75 00 12s each 103a - O   2" Cosgrove 28 12 74 focus plate    
2713 2613 07 06 06 +20 00 12s each 103a - O   2" Cosgrove 28 12 74 focus plate    

 

Last Updated on 8/27/99

By Jorge Marin

1975

1975 Plate logs for 1.5-m telescope

January

January 1975 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2714 2614 05 37 36 -70 12 20m 103a - D GG 14 2" Flower / Pinto 21 01 75 focus plate    
2715 2615 05 37 36 -70 12 20m 103a - O GG 13 3" Flower / Pinto 21 01 75 focus plate    
2716 2616 05 37 36 -70 12 60m 103a - D GG 14 3" Flower / Pinto 21 01 75 focus plate    
2717 2617 05 37 36 -70 12 60m 103a - O   3" Flower / Pinto 21 01 75 focus plate    
2718 2618 05 37 36 -70 12 90m 103a - D   3" Flower / Pinto 21 01 75 focus plate    
2719 2619 05 37 36 -70 12 20m 103a - O   3" Flower / Pinto 21 01 75 focus plate    
2720 2620 05 37 36 -70 12 20m 103a - D   3" Flower / Pinto 21 01 75 focus plate    

 

Last Updated on 8/27/99

By Guerra & Marin

February

February 1975 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2721 2621 05 13 12 -40 03 10m 103a - O GG 385 5" Mrs.Liller / Ríos 03 02 75 NGC 1851    
2722 2622 06 15 42 +09 08 20m 103a - O GG 385 4" - 5" Mrs.Liller / Ríos 03 02 75 0614 + 09    
2723 2623 09 11 24 -64 45 10m 103a - O GG 385 5" - 6" Mrs.Liller / Ríos 03 02 75 2808    
2724 2624 06 48 06 -35 59 10m 103a - O GG 385 5" - 6" Mrs.Liller / Ríos 03 02 75 NGC 2298    
2725 2625 09 11 24 -64 45 10m 103a - O GG 385 5" - 6" Mrs.Liller / Ríos 03 02 75 2808    
2726 2626 15 18 43 -57 04 60m 098 - 04 RG 1 4" - 5" Mrs.Liller / Ríos 03 02 75 Cir X - 1    
2727 2627 15 37 33 -52 15 30m 098 - 04 RG 1 4" - 5" Mrs.Liller / Ríos 03 02 75 Nova Normae    
2728 2628 05 13 12 -40 03 10m 103a - O GG 385 2" - 3" Mrs.Liller / Ríos 04 02 75 NGC 1851    
2729 2629 06 48 06 -35 59 10m 103a - O GG 385 2" - 3" Mrs.Liller / Ríos 04 02 75 NGC 2298    
2730 2630 09 11 24 -64 45 10m 103a - O GG 385 2" - 3" Mrs.Liller / Ríos 04 02 75 NGC 2808    
2731 2631 06 15 42 +09 08 30m 103a - O GG 385 2" - 3" Mrs.Liller / Ríos 04 02 75 0614 + 09    
2732 2632 05 38 06 -44 06 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 537 - 44    
2733 2633 12 24 30 -72 32 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 NGC 4372    
2734 2634 05 13 12 -40 03 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 NGC 1851    
2735 2635 06 48 06 -35 59 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 NGC 2298    
2736 2636 08 30 30 +04 35 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 MA 0829 + 04    
2737 2637 09 11 24 -64 45 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 NGC 2808    
2738 2638 12 24 30 -72 32 10m 103a - O GG 385 2" Mrs.Liller / Ríos 04 02 75 NGC 4372    
2739 2639 13 23 54 -42 53 30m 098 - 04 RG 1 2" Mrs.Liller / Ríos 04 02 75 Cent A    
2740 2640 15 18 43 -57 04 60m 098 - 04 RG 1 2" Mrs.Liller / Ríos 04 02 75 Cir X - 1    
2741 2641 05 09 00 -69 00 40m 103a - D GG 14 3" Ríos 08 02 75 -69º 5:09    
2742 2642 05 09 00 -69 00 40m 103a - D GG 14 3" Ríos 08 02 75 -69º 5:09    
2743 2643 05 09 00 -69 00 40m 1 N RG 8 3" - 5" Ríos 08 02 75 -69º 5:09    
2744 2644 cenit -30 00 10s each 103a - D   3" Ríos 08 02 75 focus plate    
2745 2645 07 50 44 -40 00 10s each 103a - D   3" Ríos 08 02 75 focus plate    
2746 2646 16 22 57 -40 00 10s each 103a - D   3" Ríos 08 02 75 focus plate    
2747 2647 12 55 50 -70 00 10s each 103a - D   3" Ríos 08 02 75 focus plate    
2748 2648 03 11 42 -55 23 10m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 NGC 1261    
2749 2649 09 11 24 -64 45 10m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 NGC 2808    
2750 2650 06 15 42 +09 08 30m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 3U 0614    
2751 2651 05 13 12 -40 03 10m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 NGC 1851    
2752 2652 06 48 06 -35 59 10m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 NGC 2298    
2753 2653 09 11 24 -64 45 10m 103a - O GG 385 2" Mrs.Liller / Pinto 17 02 75 NGC 2808    
2754 2654 12 24 30 -72 32 10m 103a - O GG 385 2" - 3" Mrs.Liller / Pinto 17 02 75 NGC 4372    
2755 2655 05 13 12 -40 03 10m 103a - O GG 385 2" - 3" Mrs.Liller / Pinto 17 02 75 NGC 1851    
2756 2656 06 48 06 -35 59 10m 103a - O GG 385 2" - 3" Mrs.Liller / Pinto 17 02 75 NGC 2298    
2757 2657 13 23 54 -42 53 30m 098 - 04 RG 1 2" - 3" Mrs.Liller / Pinto 17 02 75 Cent A    
2758 2658 14 28 18 -55 12 15m 103a - O GG 385 2" - 3" Mrs.Liller / Pinto 17 02 75 NGC 5634    
2759 2659 15 18 42 -57 04 60m 098 - 04 RG 1 2" - 3" Mrs.Liller / Pinto 17 02 75 Cir X - 1    
2760 2660 14 28 18 -55 02 15m 103a - O GG 385 2" - 3" Mrs.Liller / Pinto 17 02 75 NGC 5634    
2761 2661 03 11 42 -55 23 10m 103a - D GG 14   Mrs.Liller / Pinto 18 02 75 NGC 1261    
2762 2662 03 11 42 -55 23 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 1261    
2763 2663 06 48 06 -35 59 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 2298    
2764 2664 09 11 24 -64 45 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 2808    
2765 2665 06 15 42 +09 08 30m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 3U 0614    
2766 2666 05 13 12 -40 03 10m 103a - D GG 14   Mrs.Liller / Pinto 18 02 75 NGC 1851    
2767 2667 05 13 12 -40 03 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 1851    
2768 2668 06 48 06 -35 59 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 2298    
2769 2669 09 11 24 -64 45 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 2808    
2770 2670 12 24 30 -72 32 10m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 4372    
2771 2671 14 28 18 -05 52 15m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 5634    
2772 2672 15 18 42 -57 04 60m 098 - 4 RG 1   Mrs.Liller / Pinto 18 02 75 Cir X - 1    
2773 2673 15 45 36 -47 47 25m 098 - 4 RG 1   Mrs.Liller / Pinto 18 02 75 3U 1543    
2774 2674 14 28 18 -05 52 15m 103a - O GG 385   Mrs.Liller / Pinto 18 02 75 NGC 5634    

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1975 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2775 2675 10 44 00 -59 32 20m lla - O   1.5" J.Hesser / Pinto 20 04 75 eta Carina    
2776 2676 10 44 00 -59 32 10m lla - O   1.5" J.Hesser / Pinto 20 04 75 eta Carina    
2777 2677 13 25 24 -47 32 5m lla - O   1.5" J.Hesser / Pinto 20 04 75 omega Centauri    
2778 2678 13 25 24 -47 32 10m lla - O   1.5" J.Hesser / Pinto 20 04 75 omega Centauri    
2779 2679 13 25 24 -47 32 20m lla - O   1.5" J.Hesser / Pinto 20 04 75 omega Centauri    
2780 2680 13 25 24 -47 32 20m llla - J baked   1.5" J.Hesser / Pinto 20 04 75 omega Centauri    
2781 2681 17 13 18 -29 38 20m llla - J baked   1.5" J.Hesser / Pinto 20 04 75 NGC 6304    
2782 2682 17 13 18 -29 38 30m llla - J baked   1.5" J.Hesser / Pinto 20 04 75 NGC 6304    
2783 2683 17 23 48 -48 25 15m llla - J baked   1.5" J.Hesser / Pinto 20 04 75 NGC 6352    
2784 2684 17 23 48 -48 25 30m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6352    
2785 2685 17 48 48 -37 05 15m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6441    
2786 2686 17 48 48 -37 05 30m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6441    
2787 2687 18 02 00 -30 04 30m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6522    
2788 2688 18 02 00 -30 04 15m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6522    
2789 2689 18 02 00 -30 04 7.5m llla - J baked   2" J.Hesser / Pinto 20 04 75 NGC 6522    

 

Last Updated on 8/27/99

By Jorge Marin

June

June 1975 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2790 2690 22 28 00 -20 57 180m 098 - 02 RG 610 2" V.Blanco / Czuia 30 06 75 NGC 7293   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

October

October 1975 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2791 2691 19 43 54 -08 05 120m 103a - D GG 14 2" R.W.C / R.Gonzalez 06 10 75 Pal 11    
2792 2692 21 45 00 -21 21 120m 103a - D     R.W.C / R.Gonzalez 06 10 75 Pal 12    
2793 2693 21 45 00 -21 21 60m 103a - O GG 13   R.W.C / R.Gonzalez 06 10 75 Pal 12    
2794 2694 00 52 00 -26 44 60m 103a - O     R.W.C / R.Gonzalez 06 10 75 NGC 298    
2795 2695 05 23 00 -24 32 75m 103a - D GG 14   R.W.C / R.Gonzalez 06 10 75 NGC 1904    
2796 2696 19 43 54 -08 05 80m 103a - O GG 385   R.W.C / R.Gonzalez 07 10 75 Pal 11    
2797 2697 19 43 54 -08 05 35m 103a - D GG 14   R.W.C / R.Gonzalez 07 10 75 Pal 11    
2798 2698 21 45 00 -21 21 60m 103a - D GG 14   R.W.C / R.Gonzalez 07 10 75 Pal 12    
2799 2699 21 45 00 -21 21 60m 103a - O GG 385   R.W.C / R.Gonzalez 07 10 75 Pal 12    
2800 2700 05 23 00 -24 32 60m 103a - O GG 385   R.W.C / R.Gonzalez 07 10 75 NGC 1904    
2801 2701 05 23 00 -24 32 70m 103a - D GG 14   R.W.C / R.Gonzalez 07 10 75 NGC 1904    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1975 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2802 2702 00 51 24 -26 44 30m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 288    
2803 2703 00 51 24 -26 44 34m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 288    
2804 2704 00 51 24 -26 44 40m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 288    
2805 2705 00 51 24 -26 44 40m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 288    
2806 2706 07 58 42 -10 43 45m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 2506    
2807 2707 07 58 42 -10 43 45m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 2506    
2808 2708 07 58 42 -10 43 45m 103a - D GG 14   McClure / Pinto 13 12 75 NGC 2506    
2809 2709 07 58 42 -10 43 76m llla - J GG 385   McClure / Pinto 13 12 75 NGC 2506    

 

Last Updated on 8/27/99

By Guerra & Marin

1976

1976 Plate logs for 1.5-m telescope

July

July 1976 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2810 2710 18 03 50 -29 30 10s each 103a - D     O.Saá 13 07 76 focus Nº1    
2811 2711 20 05 30 -35 40 10s each 103a - D     O.Saá 13 07 76 focus Nº2    
2812 2712 19 48 00 +08 46 5m 103a - D     O.Saá 13 07 76 alpha Aql    
2813 2713 22 56 00 -29 45 5m 103a - D     O.Saá 13 07 76 alpha PsA    
2814 2714 22 56 00 -29 45 10m 103a - D     O.Saá 14 07 76 alpha PsA    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1976 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2815 2715 18 56 42 -08 44 2m llla - J   1.5" Carney / Czuia 20 08 76 NGC 6712    
2816 2716 18 56 42 -08 44 10m llla - J   1.5" Carney / Czuia 20 08 76 NGC 6712    
2817 2717 18 56 42 -08 44 0.3m llla - J   1.5" Carney / Czuia 20 08 76 NGC 6712    
2818 2718 19 08 00 -60 02 30m 103a - O GG 385 3" Carney / Czuia 21 08 76 NGC 6752    
2819 2719 19 08 00 -60 02 35m 103a - D GG 14 3" - 4" Carney / Czuia 21 08 76 NGC 6752    
2820 2720 00 55 24 -72 37 30m 103a - D GG 14 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2821 2721 00 55 24 -72 37 30m 103a - D GG 14 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2822 2722 00 55 24 -72 37 40m 103a - O UG 2 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2823 2723 00 55 24 -72 37 6m 103a - O UG 2 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2824 2724 00 55 24 -72 37 10m 103a - O UG 2 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2825 2725 00 55 24 -72 37 15m 103a - O GG 385 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2826 2726 00 55 24 -72 37 10m 103a - O GG 385 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2827 2727 00 55 24 -72 37 5m 103a - O GG 385 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2828 2728 00 55 24 -72 37 5m 103a - O GG 385 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2829 2729 00 55 24 -72 37 5m 103a - D GG 14 3" - 4" Carney / Czuia 21 08 76 NGC 330    
2830 2730 00 55 24 -72 37 5m 103a - D GG 14 3" Carney / Czuia 21 08 76 NGC 330    
2831 2731 00 23 06 -72 11 10m 103a - D GG 14   Carney / Czuia 21 08 76 NGC 104 (47 Tuc)    

 

Last Updated on 8/27/99

By Jorge Marin

September

September 1976 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2832 2732 00 51 12 -26 46 15m 103a - D GG 14 3" - 4" Canterna 02 09 76 NGC 288    
2833 2733 00 51 12 -26 46 90m 103a - D GG 14 3" - 4" Canterna 02 09 76 NGC 288    

 

Last Updated on 8/27/99

By Guerra & Marin

1977

1977 Plate logs for 1.5-m telescope

June

June 1977 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2834 2734 15:05:00 -30:00 10s each 103a - D GG 495 1.5" V.Blanco / Czuia 07 06 77 Focus plate Broken Ok" CTIO
2835 2735 15 05 00 -30 00 10s each 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 Focus plate Broken Ok" CTIO
2836 2736 18 02 18 -30 01 20m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522 Broken Ok" CTIO
2837 2737 18 02 18 -30 01 30m 103a - D GG 495 2" V.Blanco / Czuia 07 06 77 NGC 6522 Broken Ok" CTIO
2838 2738 18 02 18 -30 01 53 20m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522    
2839 2739 18 02 18 -30 01 53 30m 103a - D GG 495 1.5" V.Blanco / Czuia 07 06 77 NGC 6522   CTIO
2840 2740 18 02 18 -30 01 53 15m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522   CTIO
2841 2741 18 02 18 -30 01 53 20m 103a - D GG 495 1.5" V.Blanco / Czuia 07 06 77 NGC 6522 Broken Ok" CTIO
2842 2742 18 02 18 -30 01 53 15m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522   CTIO
2843 2743 18 02 18 -30 01 53 30m 103a - D GG 495 1.5" V.Blanco / Czuia 07 06 77 NGC 6522   CTIO
2844 2744 18 02 18 -30 01 20m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522 Broken Ok" CTIO
2845 2745 18 02 18 -30 01 30m 103a - O GG 385 1.5" V.Blanco / Czuia 07 06 77 NGC 6522   CTIO
2846 2746 18 02 18 -30 01 30m IN RG 695 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2847 2747 18 02 22 -30 01 33 20m 103a - O GG 385 1.3" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2848 2748 18 02 22 -30 01 33 30m 103a - D GG 495 1.3" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2849 2749 18 02 22 -30 01 33 20m 098 - O4 RG 610 1.3" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2850 2750 18 02 22 -30 01 33 20m 103a - O GG 385 1.3" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2851 2751 18 02 22 -30 01 33 30m 103a - D GG 495 1.3" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2852 2752 18 02 22 -30 01 33 20m 103a - O GG 385 1" V.Blanco / Czuia 08 06 77 NGC 6522 Broken Ok" ??? CTIO
2853 2753 18 02 22 -30 01 33 30m 103a - D GG 495 1" V.Blanco / Czuia 08 06 77 NGC 6522 Broken Ok" CTIO
2854 2754 18 02 22 -30 01 33 20m 103a - O GG 385 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2855 2755 18 02 22 -30 01 33 30m 103a - D GG 495 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2856 2756 18 02 22 -30 01 33 20m 103a - O GG 385 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2857 2757 18 02 22 -30 01 33 30m 103a - D GG 495 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2858 2758 18 02 22 -30 01 33 20m 103a - O GG 385 1.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2859 2759 18 02 22 -30 01 33 30m 103a - D GG 495 2" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2860 2760 18 02 22 -30 01 33 20m 103a - O GG 385 2" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2861 2761 18 02 22 -30 01 33 20m 103a - D GG 495 2.5" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO
2862 2762 18 02 22 -30 01 33 20m 103a - O GG 385 2" V.Blanco / Czuia 08 06 77 NGC 6522   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

July

July 1977 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2863 2763 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2864 2764 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2865 2765 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2866 2766 18 02 00 -30 14 30m 103a - D GG 495 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2867 2767 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2868 2768 18 02 00 -30 14 30m 103a - D GG 495 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2869 2769 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2870 2770 18 02 00 -30 14 30m 103a - D GG 495 2" - 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2871 2771 18 02 00 -30 14 20m 103a - O GG 385 2" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2872 2772 18 02 00 -30 14 30m 103a - D GG 495 2" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2873 2773 18 02 00 -30 14 20m 103a - O GG 385 2" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2874 2774 18 02 00 -30 14 30m 103a - D GG 495 1.5" - 2" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2875 2775 18 02 00 -30 14 20m 103a - O GG 385 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2876 2776 18 02 00 -30 14 30m 103a - D GG 495 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2877 2777 18 02 00 -30 14 20m 103a - O GG 385 3" Blanco / Zemelman 09 07 77 NGC 6522   CTIO
2878 2778 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" Blanco / Zemelman / M.N 10 07 77 NGC 6522   CTIO
2879 2779 18 02 00 -30 14 20m 103a - O GG 385 2" Blanco / Zemelman / M.N 10 07 77 NGC 6522   CTIO
2880 2780 18 02 00 -30 14 20m 103a - O GG 495 2" - 3" Blanco / Zemelman / M.N 10 07 77 NGC 6522 Broken Ok" CTIO
2881 2781 18 02 00 -30 14 30m 103a - D GG 495 2" - 3" Blanco / Zemelman / M.N 10 07 77 NGC 6522 Broken Ok" CTIO
2882 2782 18 02 00 -30 14 20m 103a - O GG 495 1.5" V.Blanco / R.Gonzalez 16 07 77 NGC 6522 Broken Ok" CTIO
2883 2783 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 16 07 77 NGC 6522 Broken Ok" CTIO
2884 2784 18 02 00 -30 14 20m 103a - O GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522 Broken Ok" CTIO
2885 2785 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2886 2786 18 02 00 -30 14 20m 103a - O GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2887 2787 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2888 2788 18 02 00 -30 14 20m 103a - O GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2889 2789 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2890 2790 18 02 00 -30 14 20m 103a - O GG 495 2.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2891 2791 18 02 00 -30 14 30m 103a - D GG 495 2.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2892 2792 18 02 00 -30 14 20m 103a - O GG 495 1.5" - 3" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2893 2793 18 02 00 -30 14 30m 103a - D GG 495 1.5" - 3" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2894 2794 18 02 00 -30 14 20m 103a - O GG 495 1.5" - 3" V.Blanco / R.Gonzalez 17 07 77 NGC 6522 Broken Ok" CTIO
2895 2795 18 02 00 -30 14 30m 103a - D GG 495 2" - 4" V.Blanco / R.Gonzalez 17 07 77 NGC 6522 Broken Ok" CTIO
2896 2796 18 02 00 -30 14 20m 103a - O GG 495 2" - 6" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2897 2797 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522 Broken Ok" CTIO
2898 2798 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 17 07 77 NGC 6522   CTIO
2899 2799 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522 Broken Ok" CTIO
2900 2800 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522 Broken Ok" CTIO
2901 2801 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2902 2802 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2903 2803 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2904 2804 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2905 2805 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2906 2806 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2907 2807 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522 Broken Ok" CTIO
2908 2808 18 02 00 -30 14 30m 103a - D GG 495 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2909 2809 18 02 00 -30 14 20m 103a - O GG 385 1.5" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2910 2810 18 02 00 -30 14 30m 103a - D GG 495 1.5" - 3" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2911 2811 18 02 00 -30 14 20m 103a - O GG 385 2" - 3" V.Blanco / R.Gonzalez 18 07 77 NGC 6522 Broken Ok" CTIO
2912 2812 18 02 00 -30 14 20m 103a - O GG 385 1" - 2" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2913 2813 18 02 00 -30 14 30m 103a - D GG 495 2" V.Blanco / R.Gonzalez 18 07 77 NGC 6522   CTIO
2914 2814 18 02 00 -30 14 20m 103a - O GG 385 3" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO
2915 2815 18 02 00 -30 14 30m 103a - D GG 495 3" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO
2916 2816 18 02 00 -30 14 20m 103a - O GG 385 3" - 4" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO
2917 2817 18 02 00 -30 14 30m 103a - D GG 495 3" - 4" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO
2918 2818 18 02 00 -30 14 20m 103a - O GG 385 3" - 4" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO
2919 2819 18 02 00 -30 14 30m 103a - D GG 495 5" V.Blanco / R.Gonzalez 19 07 77 NGC 6522   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

1978

1978 Plate logs for 1.5-m telescope

March

March 1978 Plate logs for 1.5-m telescope


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
2920 2820 05 32 44 -66 23 03 30m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 10 03 78 LMC X - 1    
2921 2821 09 19 40 -55 05 39 90m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 10 03 78 250918 - 549    
2922 2822 09 24 20 -31 35 06 90m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 10 03 78 400923 - 31    
2923 2823 12 40 31 -60 03 30 105m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 10 03 78 251239 - 599    
2924 2824 15 40 28 -52 18 10 72m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 10 03 78 251538 - 522    
2925 2825 05 39 52 -69 46 52 30m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 11 03 78 LMC X - 1    
2926 2826 05 20 45.2 -71 59 46 60m llla - J baked   2" D.Crampton / A.Cowley / D.Maturana 11 03 78 LMC X - 2    
2927 2827 09 19 40 -55 05 39 120m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 11 03 78 250918 - 549    
2928 2828 11 23 54 -59 11 40 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 11 03 78 #1122 - 59    
2929 2829 14 09 05 -62 02 06 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 11 03 78 MX 1406 - 61    
2930 2830 16 34 13.4 -64 27 59 90m llla - J baked   3" - 4" D.Crampton / A.Cowley / D.Maturana 11 03 78 2A 1631 - 644    
2931 2831 05 39 04.9 -64 06 58 90m llla - J baked   3" - 4" D.Crampton / A.Cowley / D.Maturana 12 03 78 LMC X - 3    
2932 2832 08 37 02 -42 42 00 90m llla - J baked   3" - 4" D.Crampton / A.Cowley / D.Maturana 12 03 78 4U 0836 - 42    
2933 2833 12 55 55 -69 09 05 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 12 03 78 251254 - 690    
2934 2834 13 29 13 -08 29 32 5m llla - J baked   4" D.Crampton / A.Cowley / D.Maturana 12 03 78 W 485    
2935 2835 15 45 46 -62 29 02 90m llla - J baked   4" D.Crampton / A.Cowley / D.Maturana 12 03 78 251553 - 624    
2936 2836 15 55 48 -54 20 20 120m llla - J baked     D.Crampton / A.Cowley / D.Maturana 12 03 78 251553 - 542    
2937 2837 09 36 14 -37 14 50 15m llla - J baked   4" - 5" D.Crampton / A.Cowley / D.Maturana 13 03 78 LDS 275 AB    
2938 2838 08 37 02 -42 42 00 90m llla - J baked   4" - 5" D.Crampton / A.Cowley / D.Maturana 13 03 78 4 U 0836 - 42    
2939 2839 10 37 10 -56 41 00 90m llla - J baked   4" - 5" D.Crampton / A.Cowley / D.Maturana 13 03 78 4 U 1036 - 56    
2940 2840 12 55 55 -69 09 05 120m llla - J baked   4" D.Crampton / A.Cowley / D.Maturana 13 03 78 251254 - 690    
2941 2841 15 58 55 -60 39 55 90m llla - J baked   4" D.Crampton / A.Cowley / D.Maturana 13 03 78 251556 - 605    
2942 2842 16 26 29 -49 08 53 100m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 13 03 78 251624 - 490    
  2843 17 02 23 -37 49 16 90s / 30s llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 13 03 78 3 U 1700 - 37    
  2844 09 24 20 -31 35 06 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 14 03 78 4 U 0923 - 31    
  2845 11 38 44 -65 15 47 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 14 03 78 4 U 1137 - 65    
  2846 12 10 22 -64 38 24 90m llla - J baked   3" D.Crampton / A.Cowley / D.Maturana 14 03 78 4 U 1210 - 64    
  2847 15 58 55 -60 39 54 90m llla - J baked   3" - 4" D.Crampton / A.Cowley / D.Maturana 14 03 78 251556 - 605    
  2848 16 26 30 -49 08 40 75m llla - J baked     D.Crampton / A.Cowley / D.Maturana 14 03 78 251624 - 490    
  2849 17 04 18.9 -36 23 35 70m llla - J baked     D.Crampton / A.Cowley / D.Maturana 14 03 78 251702 - 363    
  2850 17 51 32.3 -34 48 04 5m llla - J baked     D.Crampton / A.Cowley / D.Maturana 14 03 78 NGC 6475    
  2851 17 51 32.3 -34 48 04 0.5m llla - J baked     D.Crampton / A.Cowley / D.Maturana 14 03 78 NGC 6475    

 

Last Updated on 8/27/99

By Guerra & Marin

May

May 1978 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2852 10 44 43 -64 12 52 40m 103a - D GG 14 4" - 10" A.Twarog / Poblete 07 05 78 theta Car cluster, IC 2602    
  2853 10 44 43 -64 12 52 45m 103a - O GG 385   A.Twarog / Poblete 07 05 78 theta Car cluster, IC 2602    
  2854 10 44 43 -64 12 52 45m 103a - O GG 385   A.Twarog / Poblete 07 05 78 theta Car cluster, IC 2602    
  2855 17 38 39 -32 11 55 120m 103a - O UG 2 2" -3" A.Twarog / Poblete 07 05 78 NGC 6405    
  2856 17 52 21 -34 46 30 120m 103a - O UG 2 1.5" A.Twarog / Poblete 07 05 78 NGC 6475    
  2857 17 52 21 -34 46 30 30m 103a - O GG 385 1.5" A.Twarog / Poblete 07 05 78 NGC 6475    
  2858 10 44 43 -64 12 52 60m 103a - D GG 495 1.5" A.Twarog / Poblete 08 05 78 IC 2602    
  2859 10 44 43 -64 12 52 120m 103a - O UG 2 4" A.Twarog / Poblete 08 05 78 IC 2602    
  2860 10 44 43 -64 12 52 120m 103a - O UG 2 3" - 4" A.Twarog / Poblete 08 05 78 IC 2602    
  2861 17 38 39 -32 11 55 60m 103a - D GG 495 3" - 4" A.Twarog / Poblete 08 05 78 NGC 6405    
  2862 17 38 39 -32 11 55 40m 103a - O GG 385 3" - 4" A.Twarog / Poblete 08 05 78 NGC 6405    
  2863 17 52 21 -34 46 30 75m 103a - D GG 495 3" - 4" A.Twarog / Poblete 08 05 78 NGC 6475    
  2864 17 52 21 -34 46 30 75m 103a - D GG 14 2.5" A.Twarog / Poblete 08 05 78 NGC 6475    
  2865 10 35 15 -64 17 34 60m 103a - D GG 14 2" A.Twarog / Poblete 09 05 78 IC 2602    
  2866 10 35 21 -64 17 30 120m 103a - O UG 2 2" A.Twarog / Poblete 09 05 78 IC 2602    
  2867 17 38 39 -32 11 55 40m 103a - O GG 385 2" A.Twarog / Poblete 09 05 78 IC 2602    
  2868 17 38 39 -32 11 55 40m 103a - O GG 385 3" A.Twarog / Poblete 09 05 78 NGC 6405    
  2869 17 38 39 -32 11 55 120m 103a - O UG 2   A.Twarog / Poblete 09 05 78 NGC 6405    
  2870 17 52 21 -34 46 30 120m 103a - O UG 2 1.5" A.Twarog / Poblete 09 05 78 NGC 6475    
  2871 17 52 21 -34 46 30 30m 103a - O GG 385 1.5" A.Twarog / Poblete 09 05 78 NGC 6475    
  2872 10 35 16 -64 17 34 60m 103a - D GG 14 2" A.Twarog / Poblete 10 05 78 IC 2602    
  2873 10 35 16 -64 17 34 120m 103a - O UG 2 1.5" - 4" A.Twarog / Poblete 10 05 78 IC 2602    
  2874 10 35 16 -64 17 34 40m 103a - O GG 385   A.Twarog / Poblete 10 05 78 IC 2602    
  2875 17 38 39 -32 11 55 60m 103a - D GG 14   A.Twarog / Poblete 10 05 78 NGC 6405    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1978 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2876 17 38 39 -32 11 55 60m lla - O GG 385 1.5" A.Twarog / Poblete 02 08 78 Sagitarius I   CTIO
  2877 17 52 21 -34 46 30 120m 103a - O UG 2   A.Twarog / Poblete 10 05 78 NGC 6475    
  2878 17 57 31 -29 08 47 30m lla - O GG 385 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2879 17 57 31 -29 08 47 20m lla - D GG 495 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2880 17 57 31 -29 08 47 30m lla - O GG 385 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2881 17 57 31 -29 08 47 20m lla - D GG 495 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2882 17 57 31 -29 08 47 30m lla - O GG 385 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2883 17 57 31 -29 08 47 20m lla - D GG 495 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2884 17 57 31 -29 08 47 30m lla - O GG 385 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2885 17 57 31 -29 08 47 20m lla - D GG 495 3" - 5" J.Ríos 03 08 78 Sagitarius I   CTIO
  2886 22 56 12 -41 09 40 90m 103a - D GG 495 3" Elmegreen / R.Gonzalez 31 08 78 NGC 7424    
  2887 22 56 12 -41 09 40 60m 103a - O GG 385 3" Elmegreen / R.Gonzalez 31 08 78 NGC 7424    
  2888 22 56 12 -41 09 40 180m 103a - O UG 2 3" Elmegreen / R.Gonzalez 31 08 78 NGC 7424    
  2889 00 54 01 -37 47 00 120m 127 - 04 RG 1 3" Elmegreen / R.Gonzalez 31 08 78 NGC 300    

 

Last Updated on 8/27/99

By Jorge Marin

September

September 1978 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2890 22 56 12 -41 09 40 119m 127 - 04 RG 1 1.5" - 2" Elmegreen / R.Gonzalez 01 09 78 NGC 7424    
  2891 22 56 12 -41 09 40 150m 098 - 04 RG 1 2" - 3" Elmegreen / R.Gonzalez 02 09 78 NGC 7424    
  2892 22 56 12 -41 09 40 150m 103a - O GG 385 2" - 3" Elmegreen / R.Gonzalez 02 09 78 NGC 7424    
  2893 01 35 41 +15 42 90m 103a - O GG 385 2" Elmegreen / R.Gonzalez 02 09 78 NGC 628    
  2894 01 35 41 +15 42 199m 103a - O UG 2 2" Elmegreen / R.Gonzalez 02 09 78 NGC 628    
  2895 22 56 12 -41 09 40 240m 098 - 04 RG 1 1.5" Elmegreen / R.Gonzalez 03 09 78 NGC 7424    
  2896 01 35 48 +15 43 36 240m 098 - 04 RG 1 1" Elmegreen / R.Gonzalez 03 09 78 NGC 628    
  2897 01 35 48 +15 43 36 60m 103a - D GG 495 2" Elmegreen / R.Gonzalez 03 09 78 NGC 628    
  2898 23 55 18 -32 51 150m 098 - 04 RG 1 2" - 3" Elmegreen / Czuia 11 09 78 NGC 7793    
  2899 23 55 18 -32 51 90m lla - O GG 385 3" Elmegreen / Czuia 11 09 78 NGC 7793    

 

Last Updated on 8/27/99

By Guerra & Marin

November

November 1978 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2900 00 49 30 -73 24 48 30m 098 - 04 RG 610 3" Blanco / Ugarte 12 11 78 SMC - B48 Broken bad cndtn CTIO
  2901 00 49 30 -73 24 48 25m 098 - 04 RG 610 3" Blanco / Ugarte 12 11 78 SMC - B48 DESTROYED CTIO
  2902 00 49 30 -73 24 48 90m lN RG 695 3" Blanco / Ugarte 12 11 78 SMC - B48 DESTROYED CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

1979

1979 Plate logs for 1.5-m telescope

July

July 1979 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2903 18 02 17 -30 01 08 20m 103a - O GG 385 2" - 4" Graham / Ugarte 02 07 79 NGC 6522 DESTROYED CTIO
  2904 20 04 30 -44 48 02 13m lla - O GG 495 2" - 4" Graham / Ugarte 02 07 79 E 8 Field    
  2905 18 02 17 -30 01 08 20m 103a - O GG 385 2" Graham / Ugarte 02 07 79 NGC 6522 DESTROYED CTIO
  2906 16 54 06 -41 06 60m 103a - O   3" Graham / Ugarte 02 07 79 TR 24/ NGC 6231    
  2907 00 53 54 -37 45 53 85m lla - D GG 495 1" Graham / Ugarte 02 07 79 NGC 300    
  2908 00 53 54 -37 45 53 75m lla - O GG 385 1" Graham / Ugarte 02 07 79 NGC 300    
  2909 18 02 00 -30 01 20m 103a - O GG 385 3" Graham / Ugarte 03 07 79 NGC 6522 Broken 3/4 plate CTIO
  2910 14 57 09 -31 35 21 20m 103a - O GG 385 1" Graham / Ugarte 03 07 79 Cen X - 4    
  2911 13 38 30 -31 31 20m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 5253    
  2912 18 02 00 -30 01 20m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 6522 Broken Ok" CTIO
  2913 18 02 00 -30 01 20m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 6522 Ok" CTIO
  2914 23 56 30 -32 43 60m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 7793    
  2915 00 53 54 -37 45 53 10m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 300    
  2916 00 53 54 -37 45 53 60m 103a - O GG 385 1" Graham / Ugarte 03 07 79 NGC 300    
  2917 00 53 54 -37 45 53 90m 103a - O UG 2 2" Graham / Ugarte 03 07 79 NGC 300    
  2918 00 53 54 -37 45 53 20m 103a - O GG 385 2" Graham / Ugarte 03 07 79 NGC 300    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1979 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2919 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2920 18 02 24 -30 01 30m 103a - D GG 495 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2921 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window Broken bad cndtn CTIO
  2922 18 02 24 -30 01 30m 103a - D GG 495 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2923 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2924 18 02 24 -30 01 30m 103a - D GG 495 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2925 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2926 18 02 24 -30 01 30m 103a - D GG 495 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2927 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window Broken Ok" CTIO
  2928 18 02 24 -30 01 30m 103a - D GG 495 2" Blanco / Czuia 02 08 79 Baade´s Window Broken Ok" CTIO
  2929 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Czuia 02 08 79 Baade´s Window   CTIO
  2930 18 02 24 -30 01 14m 103a - D GG 495 2" Blanco / Czuia 02 08 79      
  2931 00 55 24 -72 37 40m 098 - 04 RG 610 2" Blanco / Czuia 03 08 79 NGC 330   CTIO
  2932 00 55 24 -72 37 40m 098 - 04 RG 610 2" - 3" Blanco / Ugarte 04 08 79 NGC 330   CTIO
  2933 18 02 24 -30 01 20m 103a - O GG 385 2" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2934 18 02 24 -30 01 30m 103a - D GG 495 3" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2935 18 02 24 -30 01 20m 103a - O GG 385 3" - 4" Blanco / Ugarte 05 08 79 Baade´s Window Broken Ok" CTIO
  2936 18 02 24 -30 01 30m 103a - D GG 495 3" - 4" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2937 18 02 24 -30 01 20m 103a - O GG 385 3" - 4" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2938 18 02 24 -30 01 30m 103a - D GG 495 1" - 2" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2939 18 02 24 -30 01 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2940 18 02 24 -30 01 30m 103a - D GG 495 1" - 2" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2941 18 02 24 -30 01 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2942 18 02 24 -30 01 30m 103a - D GG 495 2" - 3" Blanco / Ugarte 05 08 79 Baade´s Window   CTIO
  2943 00 55 24 -72 37 120m lN RG 695 2" - 3" Blanco / Ugarte 05 08 79 NGC 330   CTIO
  2944 01 02 36 -72 25 40m 098 - 04 RG 610 2" - 3" Blanco / Ugarte 05 08 79 NGC 371   CTIO
  2945 18 01 48 -29 53 18 20m 103a - O GG 385 3" Blanco / Martin 17 08 79 Baade´s Window   CTIO
  2946 18 01 48 -29 53 18 30m 103a - D GG 495 3" Blanco / Martin 17 08 79 Baade´s Window   CTIO
  2947 18 01 48 -29 53 18 20m 103a - O GG 385 3" Blanco / Martin 17 08 79 Baade´s Window   CTIO
  2948 18 01 48 -29 53 18 30m 103a - D GG 495 2" - 3" Blanco / Martin 18 08 79      
  2949 18 01 48 -29 53 18 20m 103a - O GG 385 2" - 3" Blanco / Martin 17 08 79 Baade´s Window   CTIO
  2950 18 01 48 -29 53 18 30m 103a - D GG 495 2" - 3" Blanco / Martin 18 08 79 Baade´s Window   CTIO
  2951 01 15 06 -73 27 60m 098 - 04 RG 610 2" - 3" Blanco / Martin 18 08 79 NGC 465   CTIO
  2952 01 07 12 -73 05 60m 098 - 04 RG 610 2" - 3" Blanco / Martin 18 08 79 NGC 419   CTIO

 

Last Updated on 8/27/99

By Jorge Marin

October

October 1979 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2953 01 17 52 -28 44 45.6 15m lla - O baked RG 610 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2954 01 17 52 -28 44 45.6 30m lla - O baked UG 2 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2955 01 17 52 -28 44 45.6 30m lla - O baked GG 495 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2956 01 17 52 -28 44 45.6 10m lla - O baked GG 495 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2957 01 17 52 -28 44 45.6 60m lla - O baked 7 - 83 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2958 01 17 52 -28 44 45.6 10m lla - O baked 7 - 83 1.5" - 2" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2959 05 26 08 -66 06 03 2m lla - O baked RG 610 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2960 05 26 08 -66 06 03 20m lla - O baked RG 610 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2961 05 26 08 -66 06 03 1m lla - O baked GG 495 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2962 05 26 08 -66 06 03 15m lla - O baked GG 495 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2963 05 26 08 -66 06 03 45m lla - O baked 7 - 83 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2964 05 26 08 -66 06 03 5m lla - O baked 7 - 83 1.5" Dufour et al / Cosgrove 16 10 79 N 49    
  2965 01 17 52 -28 44 45.6 25m lla - O baked 7 - 83 1.5" Dufour et al / Cosgrove 16 10 79 Nov 19 event    
  2966 01 17 52 -28 44 45.6 5m lla - O baked GG 495 1.5" Dufour et al / Cosgrove 16 10 79 Nov 19 event    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1979 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2967 05 09 00 -69 00 40m 103a - O GG 385 2" Graham / Czuia 20 12 79 Bok - Tifft    
  2968 04 59 02 -66 01 17 40m 103a - O GG 385 2" Graham / Czuia 20 12 79 NGC 1783    
  2969 04 03 04 -44 46 54 3m lla - O GG 385 2" Graham / Czuia 20 12 79 E 2    
  2970 06 41 53 -45 07 31 3m lla - O GG 385 2" Graham / Czuia 20 12 79 E 3    
  2971 05 08 58 -69 00 19 40m 103a - O GG 385 2" - 3" Graham / Czuia 20 12 79 Bok - Tifft    
  2972 04 59 02 -66 01 17 40m 103a - O GG 385 2" - 3" Graham / Czuia 20 12 79 NGC 1783    
  2973 05 08 58 -69 00 19 40m 103a - O GG 385 2" Graham / Czuia 20 12 79 Bok - Tifft    
  2974 04 59 02 -66 01 17 40m 103a - O GG 385 2" Graham / Czuia 20 12 79 NGC 1783    
  2975 05 08 58 -69 00 19 60m 103a - O GG 385 2" Graham / Czuia 20 12 79 Bok - Tifft    
  2976 04 59 02 -66 01 17 40m 103a - O GG 385 1" - 1.5" Graham / Czuia 21 12 79 NGC 1783    
  2977 05 08 58 -69 00 19 40m 103a - O GG 385 1" - 1.5" Graham / Czuia 21 12 79 Bok - Tifft    
  2978 04 03 04 -44 46 54 6m lla - D GG 495 1" - 1.5" Graham / Czuia 21 12 79 E 2    
  2979 05 08 58 -69 00 19 40m lla - D GG 495 1" Graham / Czuia 21 12 79 Bok - Tifft    
  2980 05 08 58 -69 00 19 40m 103a - O GG 385 1" Graham / Czuia 21 12 79 Bok - Tifft    
  2981 04 59 02 -66 01 17 40m 103a - O GG 385 1" Graham / Czuia 21 12 79 NGC 1783    
  2982 05 08 58 -69 00 19 40m 103a - O GG 385 1.5" Graham / Czuia 21 12 79 Bok - Tifft    
  2983 04 59 02 -66 01 17 40m 103a - O GG 385 1.5" Graham / Czuia 21 12 79 NGC 1783    
  2984 05 08 58 -69 00 19 40m 103a - O GG 385 1.5" Graham / Czuia 21 12 79 Bok - Tifft    

 

Last Updated on 8/27/99

By Jorge Marin

1980

1980 Plate logs for 1.5-m telescope

April

April 1980 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  2985 10 44 24 -59 36 20m 103a - O GG 385 3" Blanco / Martin 15 04 80 Trio Eta Carina   CTIO
  2986 08 39 42 -52 59 5m 103a - O GG 385 3" Blanco / Martin 15 04 80 IC 2391   CTIO
  2987 12 38 48 -11 31 30m lla - O   4" Blanco / Martin 15 04 80 M 104    
  2988 13 25 36 -47 12 30m lla - O   3" - 4" Blanco / Martin 15 04 80 Omega Cen.    
  2989 13 25 36 -47 12 5m lla - O   3" Blanco / Martin 15 04 80 Omega Cen.    
  2990 13 25 36 -47 12 1m lla - O GG 385 3" Blanco / Martin 15 04 80 Omega Cen.   CTIO
  2991 13 25 36 -47 12 12s lla - O GG 385 3" Blanco / Martin 15 04 80 Omega Cen.   CTIO
  2992 13 25 36 -47 12 2s lla - O GG 385 3" Blanco / Martin 15 04 80 Omega Cen.   CTIO
  2993a 18 01 48 -29 55 12 20m 103a - O GG 385 3" - 4" Blanco / Martin 15 04 80 Baade´s Window   CTIO
  2993b 13 19 30 -46 56 54 8m - 4 - 2 - 1 103a - D GG 385 2" Blanco / Maturana 16 06 80 Flyspanker    
  2994 13 19 30 -46 56 54 8m - 4 - 2 - 1 103a - O GG 385 2" Blanco / Maturana 15 04 80 Flyspanker   CTIO
  2995 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  2996 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  2997 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  2998 18 01 54.6 -29 55 13 25m 103a - D GG 495 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  2999 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window Broken Ok" CTIO
  3000 18 01 54.6 -29 55 13 25m 103a - D GG 495 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3001 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3002 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3003 18 01 54.6 -29 55 13 25m 103a - D GG 495 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3004 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3005 18 01 54.6 -29 55 13 25m 103a - D GG 495 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3006 18 01 54.6 -29 55 13 25m 103a - O GG 385 2" Blanco / Maturana 16 04 80 Baade´s Window   CTIO
  3007 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" - 3" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3008 18 01 54.6 -29 55 13 25m 103a - D GG 495 2" - 3" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3009 18 01 54.6 -29 55 13 30m 103a - O GG 385 2" - 3" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3010 16 22 56 -25 14 57   lla - O GG 385 1" - 1.5" Blanco / Alday 17 04 80 Hyperher Bad plate broken CTIO
  3011 18 01 54.6 -29 55 13 15m 103a - D GG 495   Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3012 18 01 54.6 -29 55 13 20m 103a - O GG 385 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3013 18 01 54.6 -29 55 13 15m 103a - D GG 495 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3014 18 01 54.6 -29 55 13 20m 103a - O GG 385 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3015 18 01 54.6 -29 55 13 25m 103a - D   1" Blanco / Alday 17 06 80 Baade´s Window    
  3016 18 01 54.6 -29 55 13 30m 103a - O GG 385 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3017 18 01 54.6 -29 55 13 25m 103a - D GG 495 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3018 18 01 54.6 -29 55 13 30m 103a - O GG 385 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO
  3019 18 01 54.6 -29 55 13 30m 103a - D GG 495 1" Blanco / Alday 17 04 80 Baade´s Window   CTIO

 

Last Updated on 8/27/99

By Jorge Marin

September

September 1980 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3020 19 43 48 -14 49 60m 103a - O GG 385 2" Graham / Cosgrove 10 09 80 NGC 6822    
  3021 00 25 42 -71 41 60m 103a - O GG 385   Graham / Cosgrove 10 09 80 NGC 121    
  3022 00 25 42 -71 41 60m 103a - O GG 385 2" Graham / Cosgrove 10 09 80 NGC 121    
  3023 00 25 42 -71 41 60m 103a - O GG 385 2" - 3" Graham / Cosgrove 10 09 80 NGC 121    
  3024 00 25 42 -71 41 60m 103a - O GG 385 2" - 4" Graham / Cosgrove 10 09 80 NGC 121    
  3025 00 25 42 -71 41 60m 103a - O GG 385 2" - 4" Graham / Cosgrove 10 09 80 NGC 121    
  3026 00 25 42 -71 41 60m 103a - O GG 385 2" - 3" Graham / Cosgrove 10 09 80 NGC 121    
  3027 00 25 42 -71 41 60m 103a - O GG 385 2" - 4" Graham / Cosgrove 10 09 80 NGC 121    
  3028 17 38 48 -53 40 60m 103a - O GG 385 1" - 2" Graham / Cosgrove 11 09 80 NGC 6397    
  3029 00 25 42 -71 41 60m 103a - O GG 385 1" - 2" Graham / Cosgrove 11 09 80 NGC 121    
  3030 00 25 42 -71 41 60m 103a - O GG 385 1.5" Graham / Cosgrove 11 09 80 NGC 121    
  3031 00 25 42 -71 41 60m 103a - O GG 385 1" Graham / Cosgrove 11 09 80 NGC 121    
  3032 00 25 42 -71 41 60m 103a - O GG 385 1" Graham / Cosgrove 11 09 80 NGC 121    
  3033 00 25 42 -71 41 40m 103a - O GG 385 1" Graham / Cosgrove 11 09 80 NGC 121    
  3034 00 25 42 -71 41 60m 103a - O GG 385 1.5" Graham / Cosgrove 11 09 80 NGC 121    
  3035 00 25 42 -71 41 50m 103a - O GG 385 2" Graham / Cosgrove 11 09 80 NGC 121    
  3036 00 25 42 -71 41 50m 103a - O GG 385 1" Graham / Cosgrove 11 09 80 NGC 121    

 

Last Updated on 8/27/99

By Guerra & Marin

October

October 1980 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3037 00 25 59 -71 41 09 60m 103a - O GG 385 5" - 10" Graham / Alday 11 10 80 NGC 121    
  3038 00 25 59 -71 41 09 60m 103a - O GG 385 5" Graham / Alday 11 10 80 NGC 121    
  3039 00 26 00 -71 41 06 60m 103a - O GG 385 5" Graham / Alday 11 10 80 NGC 121    
  3040 00 26 00 -71 41 06 60m 103a - O GG 385 5" Graham / Alday 11 10 80 NGC 121    
  3041 00 26 00 -71 41 06 60m 103a - O GG 385 3" - 5" Graham / Alday 11 10 80 NGC 121    
  3042 00 26 00 -71 41 06 60m 103a - O GG 385 3" - 5" Graham / Alday 11 10 80 NGC 121    
  3043 00 26 00 -71 41 06 60m 103a - O GG 385 5" Graham / Alday 11 10 80 NGC 121    

 

Last Updated on 8/27/99

By Guerra & Marin

1981

1981 Plate logs for 1.5-m telescope

March

March 1981 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3044 06 11 36 -69 07 40m 103a - O GG 385 3" Graham / Martin 01 03 81 NGC 2210    
  3045 06 11 29.6 -69 07 22 60m 103a - D GG 495 3" Graham / Martin 01 03 81 NGC 2210    
  3046 06 11 29.6 -69 07 22 60m 103a - O GG 385 3" Graham / Martin 01 03 81 NGC 2210    
  3047 06 11 29.6 -69 07 22 60m 103a - O GG 385 3" Graham / Martin 01 03 81 NGC 2210    
  3048 13 24 52 -42 49 47 30m 103a - D GG 495 3" Graham / Martin 01 03 81 NGC 5128    
  3049 13 24 50 -42 49 39 30m 103a - D GG 495 3" Graham / Martin 01 03 81 NGC 5128    
  3050 06 11 33.6 -69 06 22 60m 103a - O GG 385 1" - 3" Graham / Martin 02 03 81 NGC 2210    
  3051 06 11 33.6 -69 06 22 60m 103a - O GG 385 1" - 3" Graham / Martin 02 03 81 NGC 2210    
  3052 06 11 33.6 -69 06 22 60m 103a - O GG 385 1" - 3" Graham / Martin 02 03 81 NGC 2210    
  3053 06 11 33.6 -69 06 22 60m 103a - O GG 385 1" - 3" Graham / Martin 02 03 81 NGC 2210    
  3054 06 11 33.6 -69 06 22 40m 103a - O GG 385 1" - 3" Graham / Martin 02 03 81 NGC 2210    
  3055 13 24 30 -42 49 30 80m llla - J   1" Graham / Martin 02 03 81 NGC 5128    
  3056 13 04 06 -49 22 60m 103a - D GG 495 2" - 3" Graham / Martin 02 03 81 NGC 4945    
  3057 focus plate     103a - O GG 385 2" - 3" Blanco / Martin 03 03 81 focus plate    
  3058 focus plate     103a - O GG 385 2" Blanco / Martin 03 03 81 focus plate    
  3059 focus plate     103a - O GG 385 2" Blanco / Martin 03 03 81 focus plate    
  3060 focus plate     103a - O GG 385 2" Blanco / Martin 03 03 81 focus plate    
  3061 focus plate     103a - O GG 385 2" Blanco / Martin 03 03 81 focus plate    
  3062 focus plate     103a - O GG 385 2" Blanco / Martin 03 03 81 focus plate    
  3063 18 00 23 -30 04 46 15m 103a - O GG 385 2" Blanco / Martin 03 03 81 NGC 6522   CTIO
  3064 18 00 23 -30 04 46 15m 103a - O GG 385 3" Blanco / Martin 03 03 81 NGC 6522   CTIO
  3065 13 25 12.5 -42 42 06 5m lla - O GG 385 2" Graham / Maturana 25 03 81 N 5128    
  3066 13 25 12.5 -42 42 06 30m lla - O GG 385 2" - 3" Graham / Maturana 25 03 81 N 5128    
  3067 13 25 12.5 -42 42 06 10m lla - D GG 495 2" - 3" Graham / Maturana 25 03 81 N 5128    
  3068 13 25 12.5 -42 42 06 45m lla - D GG 495 2" Graham / Maturana 25 03 81 N 5128    
  3069 13 25 12.5 -42 42 06 60m lla - O UG 2 3" Graham / Maturana 25 03 81 N 5128    
  3070 13 25 12.5 -42 42 06     GG 385   Graham / Maturana 25 03 81 N 5128    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1981 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3071 15 35 48 -28 04 10s each 103a - D   2" Blanco / Martin 03 08 81 focus plate    
  3072 18 01 54 -29 57 40m 103a - O GG 385 2" Blanco / Martin 03 08 81 Baade's Window   CTIO

 

Last Updated on 8/27/99

By Jorge Marin

October

October 1981 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3073 21 31 30 -67 47 42 15s each 103a - O GG 385 1.5" Klemola / Martin 27 10 81 focus plate    
  3074 01 22 23 -42 24 18 10m 103a - J GG 385 3" Klemola / Martin 27 10 81 U Y Phe    
  3075 00 26 03 -71 38 15 60m 103a - O GG 385 1.5" Klemola / Martin 28 10 81 NGC 121    
  3076 00 26 03 -71 38 15 60m 103a - O GG 385 1.5" Klemola / Martin 28 10 81 NGC 121    
  3077 00 26 03 -71 38 15 60m 103a - O GG 385 1" Klemola / Martin 28 10 81 NGC 121    
  3078 00 26 03 -71 38 15 60m 103a - O GG 385 1.5" Klemola / Martin 28 10 81 NGC 121    
  3079 00 26 03 -71 38 15 60m 103a - O GG 385 1" Klemola / Martin 28 10 81 NGC 121    
  3080 04 19 58 -69 00 52 50m llla - J GG 385 1" Klemola / Martin 28 10 81 LMC 0421 - 69    
  3081 04 19 58 -69 00 52 50m llla - J GG 385 1" Klemola / Martin 28 10 81 LMC 0421 - 69    
  3082 00 25 36 -71 39 54 60m 103a - O GG 385 1.5 - 3" Klemola / Ugarte 29 10 81 NGC 121    
  3083 00 25 36 -71 39 54 60m 103a - O GG 385 1.5 3" Klemola / Ugarte 29 10 81 NGC 121    
  3084 00 25 36 -71 39 54 60m 103a - O GG 385 2" - 3" Klemola / Ugarte 29 10 81 NGC 121    
  3085 00 25 36 -71 39 54 60m 103a - O GG 385 2" - 3" Klemola / Ugarte 29 10 81 NGC 121    
  3086 00 25 36 -71 39 54 60m 103a - O GG 385 1.5" - 2" Klemola / Ugarte 29 10 81 NGC 121    
  3087 04 19 56 -69 00 58 60m llla - J GG 385 1.5" - 2" Klemola / Ugarte 29 10 81 LMC 0421 - 69    
  3088 04 19 56 -69 00 58 60m llla - J GG 385 1.5" - 2" Klemola / Ugarte 29 10 81 LMC 0421 - 69    
  3089 05 18 06 -68 22 31 5m llla - J GG 385 1.5" - 2" Klemola / Ugarte 29 10 81 Stellar group    
  3090 00 25 48 -71 39 12 60m 103a - O GG 385 1" - 1.5" Klemola / Ugarte 30 10 81 NGC 121    
  3091 00 25 48 -71 39 12 60m 103a - O GG 385 1" - 3" Klemola / Ugarte 30 10 81 NGC 121    
  3092 00 25 48 -71 39 12 60m 103a - O GG 385 1" -1.5" Klemola / Ugarte 30 10 81 NGC 121    
  3093 00 25 48 -71 39 12 60m 103a - O GG 385 1" -1.5" Klemola / Ugarte 30 10 81 NGC 121    
  3094 00 25 48 -71 39 12 60m 103a - O GG 385 1" -1.5" Klemola / Ugarte 30 10 81 NGC 121    
  3095 04 19 57 -69 00 45 60m llla - J GG 385 1" -1.5" Klemola / Ugarte 30 10 81 LMC 0421 - 69    
  3096 04 19 57 -69 00 45 60m llla - J GG 385 1" -1.5" Klemola / Ugarte 30 10 81 LMC 0421 - 69    
  3097 05 18 04 -68 22 28 5m llla - J GG 385 1" -1.5" Klemola / Ugarte 30 10 81 Stellar group    
  3098 05 18 04 -68 22 28 5m llla - J GG 385 1" -1.5" Klemola / Ugarte 30 10 81 Stellar group    
  3099 00 25 50 -71 38 11 60m 103a - O GG 385 1" -1.5" Klemola / Ugarte 31 10 81 NGC 121    
  3100 00 25 50 -71 38 11 60m 103a - O GG 385 0.5" - 1" Klemola / Ugarte 31 10 81 NGC 121    
  3101 00 25 50 -71 38 11 60m 103a - O GG 385 1" - 1.5" Klemola / Ugarte 31 10 81 NGC 121    
  3102 00 25 50 -71 38 11 60m 103a - O GG 385 1" - 1.5" Klemola / Ugarte 31 10 81 NGC 121    
  3103 00 25 50 -71 38 11 60m 103a - O GG 385 1" - 1.5" Klemola / Ugarte 31 10 81 NGC 121    
  3104 04 19 53 -69 00 56 60m llla - J GG 385 1" - 1.5" Klemola / Ugarte 31 10 81 LMC 0421 - 69    
  3105 04 19 53 -69 00 56 60m 103a - D GG 495 1" - 1.5" Klemola / Ugarte 31 10 81 LMC 0421 - 69    
  3106 05 18 02 -68 22 10 5m 103a - D GG 495 1" - 1.5" Klemola / Ugarte 31 10 81 Stellar group    

 

Last Updated on 8/27/99

By Guerra & Marin

November

November 1981 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3107 00 25 41 -71 38 33 50m 103a - O GG 385 1" - 1.5" Klemola / Ugarte 01 11 81 NGC 121    
  3108 00 25 41 -71 38 33 50m 103a - O GG 385 1.5" Klemola / Ugarte 01 11 81 NGC 121    
  3109 00 25 41 -71 38 33 60m 103a - O GG 385 1.5" Klemola / Ugarte 01 11 81 NGC 121    
  3110 00 25 41 -71 38 33 60m 103a - O GG 385 1.5" Klemola / Ugarte 01 11 81 NGC 121    
  3111 00 25 41 -71 38 33 60m 103a - O GG 385 1.5" Klemola / Ugarte 01 11 81 NGC 121    
  3112 04 19 47 -69 00 57 55m llla - J GG 385 1.5" Klemola / Ugarte 01 11 81 LMC 0421 - 69    
  3113 04 19 47 -69 00 57 60m llla - J GG 385 1.5" Klemola / Ugarte 01 11 81 LMC 0421 - 69    
  3114 04 19 47 -69 00 57 60m 103a - D GG 495 1.5" Klemola / Ugarte 01 11 81 LMC 0421 - 69    
  3115 04 54 24 -69 51 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 1751   CTIO
  3116 04 58 24 -66 02 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 1783   CTIO
  3117 05 07 36 -67 30 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 1846   CTIO
  3118 05 13 24 -65 29 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 1866   CTIO
  3119 05 57 30 -67 15 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 2154   CTIO
  3120 06 11 06 -71 33 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 2213   CTIO
  3121 06 29 48 -64 09 25m 098 - 04 RG 610 2.5" Blanco / Ugarte 02 11 81 NGC 2257   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1981 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3122 06 05 33.8 -75 25 29 40m lla - O GG 385 2" - 3" Graham / Martin 24 12 81 NGC 2203    
  3123 06 05 31 -75 25 48 60m 103a - D GG 495 2" - 3" Graham / Martin 24 12 81 NGC 2203    
  3124 06 05 31 -75 25 48 40m lla - O GG 385 2" - 3" Graham / Martin 24 12 81 NGC 2203    
  3125 06 05 31 -75 25 48 45m lla - O GG 385 2" - 3" Graham / Martin 24 12 81 NGC 2203    
  3126 06 05 31 -75 25 48 60m 103a - D GG 495 2" Graham / Martin 24 12 81 NGC 2203    
  3127 06 05 31 -75 25 48 20m lla - O GG 385 2" Graham / Martin 24 12 81 NGC 2203    
  3128 06 05 31 -75 25 48 40m lla - O GG 385 2" Graham / Martin 24 12 81 NGC 2203    
  3129 06 05 25 -75 24 18 45m lla - O GG 385 2" Graham / Ugarte 27 12 81 NGC 2203    
  3130 06 11 34.3 -69 05 15 60m 103a - O GG 385 2" Graham / Ugarte 27 12 81 NGC 2210    
  3131 06 05 18.7 -75 25 07 40m lla - O GG 385 2" Graham / Ugarte 27 12 81 NGC 2203    
  3132 06 05 18.7 -75 25 07 40m lla - O GG 385 2" Graham / Ugarte 27 12 81 NGC 2203    
  3133 06 05 18.7 -75 25 07 40m lla - O GG 385 1" Graham / Ugarte 27 12 81 NGC 2203    
  3134 06 11 26 -69 05 33 60m 103a - O GG 385 1.5" Graham / Ugarte 27 12 81 NGC 2210    
  3135 06 05 09 -75 25 04 45m lla - O GG 385 1.5" Graham / Ugarte 27 12 81 NGC 2203    

 

Last Updated on 8/27/99

1982

1982 Plate logs for 1.5-m telescope

February

February 1982 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3136 05 01 00 -69 40 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 LMC 50-69.7   CTIO
  3137 05 09 09.8 -68 52 29 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 1854   CTIO
  3138 05 43 27.4 -70 39 01 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2107   CTIO
  3139 05 44 00 -69 13 52 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2108   CTIO
  3140 05 53 00 -69 30 00 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2136   CTIO
  3141 06 11 04.4 -71 33 14 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2213   CTIO
  3142 06 20 30 -67 31 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2231   CTIO
  3143 06 12 54 -68 16 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 2214   CTIO
  3144 05 09 09.8 -60 52 29 15m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 NGC 1854   CTIO
  3145 06 40 30 -50 57 06 30m 098 - 04 RG 610 1.5" Blanco / Cosgrove / Hernandez 04 02 82 Dwarf Car. Galaxy   CTIO
  3146 08 54 16 -47 30 04   lla - O GG 385 1.5" Blanco / Cosgrove / Hernandez 04 02 82 ??   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1982 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3147 08 18 00 -30 00 10s llla - J   2" Ugarte / R.Gonzalez 15 04 82 Focus plate    
  3148 08 49 00 -30 00 10s llla - J     Ugarte / R.Gonzalez 15 04 82 Focus plate    
  3149 09 10 00 +30 00 10s llla - J     Ugarte / R.Gonzalez 15 04 82 focus north    
  3150 09 20 00 -90 00 10s llla - J     Ugarte / R.Gonzalez 15 04 82 focus south    
  3151 13 28 00 -30 00 10s llla - J     Ugarte / R.Gonzalez 15 04 82 focus east    
  3152 05 45 00 -30 00 10s llla - J     Ugarte / R.Gonzalez 15 04 82 focus west    
  3153 07 55 00 -30 00 10s 103a - O   1" - 2" Graham / Ugarte 16 04 82 focus zenith    
  3154   +30 00 10s 103a - O     Graham / Ugarte 16 04 82 focus north    
  3155 09 25 00 -90 00 10s 103a - O   1" - 2" Graham / Ugarte 16 04 82 focus south    
  3156 13 37 00 -30 00 10s 103a - O   1" - 2" Graham / Ugarte 16 04 82 focus east    
  3157 06 12 00 -30 00 10s 103a - O   1" - 2" Graham / Ugarte 16 04 82 focus west    

 

Last Updated on 8/27/99

By Jorge Marin

August

August 1982 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3158 zenith   10s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 focus    
  3159 16 47 00 -56 46 2m / 10m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Nor 2645    
  3160 16 51 00 -57 12 10m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Nor 305 - 6    
  3161 17 21 00 -67 57 2m20s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Nor 600 - 1    
  3162 18 13 00 -66 55 2m20s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Nor 857 - 60    
  3163 17 56 00 -32 55 10m2s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 79 - 81    
  3164 17 56 00 -34 27 10m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 83    
  3165 17 58 00 -30 17 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 149    
  3166 18 02 00 -29 59 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 265    
  3167 18 02 00 -28 08 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 268    
  3168 18 03 00 -34 23 5m+1m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 330    
  3169 18 04 00 -27 52 5m+1m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 361 - 2    
  3170 18 04 00 -27 55 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 386 - 7    
  3171 18 05 00 -26 42 3m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 455    
  3172 18 06 00 -31 51 7m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 487    
  3173 18 07 00 -26 30 30 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 552    
  3174 18 09 00 -28 06 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 605    
  3175 18 12 00 -29 45 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 805    
  3176 18 17 00 -34 27 3m20s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 1138    
  3177 18 21 00 -39 40 2m20s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 1326    
  3178 18 23 00 -27 02 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 1403    
  3179 18 15 00 -23 29 3m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr W 990    
  3180 18 28 00 -31 29 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Sgr E 179    
  3181 20 56 00 -14 28 30 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Cap 21 - 22    
  3182 21 35 30 -19 27 5m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Cap 123 - 4    
  3183 22 34 00 -45 04 7m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Par 84 - 85    
  3184 20 57 00 -49 21 10m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 2054 - 492    
  3185 23 19 00 -05 15 2.5m+30s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Feije 110    
  3186 23 19 00 -05 15 2.5m+30s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Feije 110    
  3187 02 34 00 -16 12 5m+20s lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Cet 15 - 17    
  3188 02 35 00 -08 57 5m+1m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Cet 22 - 23    
  3189 02 52 00 -20 18 5m+1m lla - O   1" - 2" Bozyan / Opal / R.Gonzalez 08 08 82 Cet 37 - 41    
  3190 17 14 59 -62 47 21 20m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 NG 300    
  3191 17 14 59 -62 47 21 90m lla - O UG 1 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 NG 300    
  3192 20 36 23 -23 37 36 20m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 2034 - 274    
  3193 19 16 51 -60 34 18 90m llla - F H alpha 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 NG 769 / 70    
  3194 19 14 01 -54 40 15 90m llla - F GG 50 H alpha 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 1911 - 544    
  3195 21 28 00 -22 17 10s llla - F   1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 Vesta    
  3196 00 45 40 -52 08 60m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 0045 - 522    
  3197 01 12 24 -00 36 42 3s 30s lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 9 Metis    
  3198 01 19 07 -41 15 29 20m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 VV 578    
  3199 00 53 42 -32 06 45 72m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez 09 08 82 00 52 - 3210    
  3200 17 14 59 -62 46 26 60m lla - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 NG 300    
  3201 17 27 16 -62 26 29 30m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 1724 - 621    
  3202 17 27 16 -62 26 29 90m lla - O UG 1 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 1724 - 621    
  3203 18 50 26 10 17 39 3m 1m 30s 103a - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 N 6709    
  3204 18 50 26 10 17 39 3m 1m 30s lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 N 6709    
  3205 18 50 26 10 17 39 6m 3m 1m lla - O UG 1 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 N 6709    
  3206 19 16 51 -60 34 18 180m llla - F H alpha 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 NG 769 / 70    
  3207 22 45 59 -65 08 12 60m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 2244 - 651    
  3208 01 18 58 -41 22 17 60m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez 10 08 82 VV 578    
  3209 16 22 30 -26 28.4 60m 103a - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez 11 08 82 M 4    
  3210 19 16 51 -60 32 34 60m 103a - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez 11 08 82 N 6769 - 70    
  3211 19 13 59 -54 40 17 60m 103a - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez 11 08 82 1911 - 544    
  3212 22 45 56 -65 08 18 30m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez 11 08 82 2244 - 651    
  3213 22 27 37 -24 56 40 30m lla - O GG 385 1" - 2" Bozyan / Opal / R.Gonzalez   2225 - 250    
  3214 18 35 17 -23 56 19 15m 103a - D GG 495 1" - 2" Bozyan / Opal / R.Gonzalez   M 22    
  3215 19 16 51 -60 34 16 60m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez   M 6769 - 70    
  3216 22 27 37 -24 56 43 60m llla - F RG 1 1" - 2" Bozyan / Opal / R.Gonzalez   2225 - 25º    
  3217 00 14 00 -39 19 27 130m llla - F H alpha 1" - 2" Bozyan / Opal / R.Gonzalez   N 55    

 

Last Updated on 8/27/99

By Jorge Marin

1983

1983 Plate logs for 1.5-m telescope

November

November 1983 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3218 00 20 18 -74 30 5m 098 - 04 RG 610 1.5" Bravo 21 11 83 SMC. C -area A   CTIO
  3219 00 30 24 -75 01 5m 098 - 04 RG 610 1" Bravo 22 11 83 SMC. C -area B   CTIO
  3220 00 35 18 -74 15 5m 098 - 04 RG 610 1" Bravo 22 11 83 SMC. C -area C   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

1984

1984 Plate logs for 1.5-m telescope

January

January 1984 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3221 05 20 49.6 -68 37 37 40m lla - O bkd GG 385 <1" Blanco / Cosgrove 04 01 84 LMC. RR - A   CTIO
  3222 05 20 49.6 -68 37 37 40m lla - O GG 385 <1" Blanco / Cosgrove 04 01 84 LMC. RR - A   CTIO
  3223 05 20 49.6 -68 37 37 30m lla - O bkd GG 385 1" Blanco / Cosgrove 04 01 84 LMC. RR - A   CTIO
  3224 05 20 49.8 -68 37 35 31m10s lla - O bkd GG 385 <1" Blanco / Hernandez 05 01 84 LMC. RR - A   CTIO
  3225 05 20 48.8 -68 37 37 45m lla - O bkd GG 385 1" Blanco / Cosgrove 30 01 84 LMC. RR - A   CTIO
  3226 05 20 48.8 -68 37 37 45m lla - O bkd GG 385 <1" Blanco / Cosgrove 30 01 84 LMC. RR - A   CTIO
  3227 05 20 48.8 -68 37 37 45m lla - O bkd GG 385 1.5" Blanco / Cosgrove 30 01 84 LMC. RR - A   CTIO
  3228 05 20 48.8 -68 37 37 45m lla - O bkd GG 385 2.5" Blanco / Cosgrove 30 01 84 LMC. RR - A   CTIO
  3229 05 20 48.8 -68 37 37 45m lla - O bkd GG 385   Blanco / Cosgrove 30 01 84 LMC. RR - A   CTIO
  3230 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1.5" Blanco / Cosgrove 01 02 84 LMC. RR - A   CTIO
  3231 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1.5" Blanco / Cosgrove 01 02 84 LMC. RR - A   CTIO
  3232 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1" Blanco / Cosgrove 01 02 84 LMC. RR - A DESTROYED CTIO
  3233 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1" Blanco / Cosgrove 01 02 84 LMC. RR - A   CTIO
  3234 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1" Blanco / Cosgrove 01 02 84 LMC. RR - A   CTIO
  3235 05 20 48.8 -68 37 37 45m 103a-O bkd GG 385 1.5" Blanco / Cosgrove 01 02 84 LMC. RR - A   CTIO
  3236   -61 47 10s each lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate   CTIO
  3237   -33 00 10s lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate Zenit   CTIO
  3238   -24 00 10s lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate East   CTIO
  3239   -36 00 10s lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate West   CTIO
  3240   +14 00 10s lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate North   CTIO
  3241   -65 00 10s lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Focus Plate South   CTIO
  3242 14 44 40.8 -65 27 13 25m lla - O bkd GG 385 2" Martin / Cosgrove 20 01 84 Test Plate   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

July

July 1984 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3243 18 05 45 -31 10 08 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 19 07 84 0.6 - 5.5 Broken Ok" CTIO
  3244 18 06 47 -32 09 14 20m 103a - O GG 385 1.5" - 5" Blanco / Ugarte 19 07 84 0.0 - 5.8    
  3245 18 05 45 -31 10 08 20m 103a - O GG 385 2" - 4" Blanco / Ugarte 19 07 84 0.6 - 5.5   CTIO
  3246 18 06 47 -32 09 14 20m 103a - O GG 385 2" - 4" Blanco / Ugarte 19 07 84 0.0 - 5.8    
  3247 18 05 45 -31 10 08 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3248 18 06 47 -32 09 14 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3249 18 05 45 -31 10 18 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3250 18 06 47 -32 09 14 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3251 18 05 45 -31 10 08 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3252 18 06 47 -32 09 14 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3253 18 05 45 -31 10 08 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3254 18 06 47 -32 09 14 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3255 18 05 45 -31 10 08 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3256 18 06 47 -32 09 14 20m 103a - O GG 385 2" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3257 18 05 45 -31 10 08 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3258 18 06 47 -32 09 14 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3259 18 05 45 -31 10 08 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3260 18 06 47 -32 09 14 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.0 - 5.8    
  3261 18 05 45 -31 10 08 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.6 - 5.5   CTIO
  3262 18 06 47 -32 09 14 20m 103a - O GG 385 1.5" Blanco / Ugarte 20 07 84 0.0 - 5.8    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1984 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3263 18 05 45 -31 10 08 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3264 18 06 47 -32 09 14 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.0 - 5.8    
  3265 18 05 45 -31 10 08 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3266 18 06 47 -32 09 14 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.0 - 5.8    
  3267 18 05 45 -31 10 08 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3268 18 06 47 -32 09 14 20m 103a - O GG 385 1" - 2" Blanco / Ugarte 01 08 84 0.0 - 5.8    
  3269 18 05 45 -31 10 08 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3270 18 06 47 -32 09 14 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 01 08 84 #REF!    
  3271 18 05 45 -31 10 08 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3272 18 06 47 -32 09 14 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 01 08 84 0.0 - 5.8    
  3273 18 05 45 -31 10 08 20m 103a - O GG 385 3" - 4" Blanco / Ugarte 01 08 84 0.6 - 5.5   CTIO
  3274 18 05 45 -31 10 08 30m 103a - O GG 385 2" - 3" Blanco / Ugarte 02 08 84 0.6 - 5.5   CTIO
  3275 18 06 47 -32 09 14 30m 103a - O GG 385 2" - 3" Blanco / Ugarte 02 08 84 0.0 - 5.8    
  3276 17 59 04.6 -46 50 04 20m 103a - O GG 385 2" - 3" Blanco / Ugarte 02 08 84 comet Neujmin    
  3277 18 05 45 -31 10 08 30m 103a - O GG 385 1" - 2" Blanco / Ugarte 02 08 84 0.6 - 5.5   CTIO
  3278 18 06 47 -32 09 14 30m 103a - O GG 385 1" - 5" Blanco / Ugarte 02 08 84 0.0 - 5.8    
  3279 18 05 45 -31 10 08 30m 103a - O GG 385 2" - 5" Blanco / Ugarte 02 08 84 0.6 - 5.5   CTIO
  3280 17 59 04.6 -46 50 04 15m 103a - O GG 385 1" - 2" Blanco / Ugarte 02 08 84 comet Neujmin    
  3281 18 05 45 -31 10 08 30m 103a - O GG 385 2" Blanco / Ugarte 02 08 84 0.6 - 5.5   CTIO
  3282 18 06 47 -32 08 14 10m 103a - O GG 385   Blanco / Ugarte 02 08 84 0.0 - 5.5    

  

Last Updated on 8/27/99

By Jorge Marin

September

September 1984 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3283 16 31 27 -44 52 44 30m 103a - O GG 495   Graham / Klemola / Bravo 21 09 84 HH - 57    
  3284 17 09 25.6 -23 18 35 30m 103a - O GG 495   Graham / Klemola / Bravo 21 09 84 Ophiuchus    
  3285 19 00 41 -36 59 06 30m 103a - O GG 385   Graham / Klemola / Bravo 21 09 84 R Cr A    
  3286 00 24 27 -71 48 24 90m 103a - O GG 385   Graham / Klemola / Bravo 21 09 84 NGC 121    
  3287 00 24 27 -71 48 24 90m 103a - O GG 385   Graham / Klemola / Bravo 21 09 84 NGC 121    
  3288 00 24 27 -71 48 24 60m 103a - O GG 385   Graham / Klemola / Bravo 21 09 84 NGC 121    
  3289 00 24 27 -71 48 24 3m 103a - O GG 385   Graham / Klemola / Bravo 21 09 84 NGC 121    
  3290 17 09 25.6 -23 18 35 30m 103a - O GG 385 1" Graham / Klemola / Rivera 22 09 84 Ophiuchus    
  3291 19 00 41 -36 59 06 30m 103a - O GG 385 1" Graham / Klemola / Rivera 22 09 84 R Cr A    
  3292 00 24 27 -71 48 24 90m 103a - O GG 385 2" Graham / Klemola / Rivera 22 09 84 NGC 121    
  3293 00 24 27 -71 48 24 90m 103a - O GG 385 1" - 2" Graham / Klemola / Rivera 22 09 84 NGC 121    
  3294 00 24 27 -71 48 24 90m 103a - O GG 385 1" Graham / Klemola / Rivera 22 09 84 NGC 121    
  3295 00 24 27 -71 48 24 90m 103a - O GG 385 1" Graham / Klemola / Rivera 22 09 84 NGC 121    
  3296 17 09 25.3 -23 18 49 30m 103a - D GG 495 2" Graham / Klemola / Rivera 23 09 84 Ophiuchus    
  3297 19 00 41 -36 59 06 40m 103a - O GG 385 1.5" Graham / Klemola / Rivera 23 09 84 R Cr A    
  3298 17 09 25.6 -23 18 35 45m 103a - O UG 1 1" - 2" Graham / Klemola / Rivera 24 09 84 Ophiuchus    
  3299 19 00 41 -36 59 06 30m 103a - O GG 385 1.5" Graham / Klemola / Rivera 24 09 84 R Cr A    
  3300 00 24 27 -71 48 24 90m 103a - O GG 385 1" - 2" Graham / Klemola / Rivera 24 09 84 NGC 121    
  3301 00 24 27 -71 48 24 90m 103a - O GG 385 1" - 4" Graham / Klemola / Rivera 24 09 84 NGC 121    
  3302 00 24 27 -71 48 24 90m 103a - O GG 385 2" - 3" Graham / Klemola / Rivera 24 09 84 NGC 121    
  3303 00 24 27 -71 48 24 72m 103a - O GG 385 2" - 3" Graham / Klemola / Rivera 24 09 84 NGC 121    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1984 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3304       llla - F GG 385 1.5" Bass / Hernandez 19 12 84 focus    
  3305 04 19 35.2 -54 58 09 155m llla - J GG 385 1.5" - 2" Bass / Hernandez 19 12 84 NGC 1566    

 

Last Updated on 8/27/99

By Jorge Marin

1985

1985 Plate logs for 1.5-m telescope

May

May 1985 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3306 17 29 51 -37 21 47 10s each lla - O bkd GG 385   Blanco / Elicer / R.Gonzalez 24 05 85 focus    
  3307 18 08 06 -31 10 20 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3308 18 08 57 -32 07 37 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3309 18 08 07.7 -31 10 18 25m lla - O bkd GG 495 2" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3310 18 08 58.1 -32 07 34 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3311 18 08 08 -31 10 13 25m lla - O bkd GG 385   Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3312 18 08 58 -32 07 34 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3313 18 08 09 -31 10 14 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3313 18 08 09 -31 10 14 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5    
  3314 18 08 51.7 -32 07 32 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3315 18 08 09 -31 10 14 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3316 18 08 59 -32 07 32 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3317 18 08 10 -31 10 15 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3318 18 08 59 -32 07 32 25m lla - O bkd GG 385   Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.8    
  3319 18 08 10 -31 10 15 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 24 05 85 0.6 - 5.5   CTIO
  3320 18 08 59 -32 07 32 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3321 18 08 10 -31 10 15 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.5   CTIO
  3322 18 08 57.5 -32 06 49 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3323 18 08 10 -31 10 15 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.5   CTIO
  3324 18 08 58.2 -32 06 46 25m lla - O bkd GG 385 1.5" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3325 18 08 10 -31 10 15 25m lla - O bkd GG 385 seeing variable Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.5   CTIO
  3326 18 08 58.2 -32 06 46 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3327 18 08 10 -31 10 15 25m lla - O bkd GG 385 2" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.5   CTIO
  3328 18 08 58 -32 06 40 25m lla - O bkd GG 385 1" Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3329 18 08 10 -31 10 15 25m lla - O bkd GG 385 1" - 2" Blanco / Elicer / R.Gonzalez 26 05 85 0.6 - 5.5   CTIO
  3330 18 09 00 -32 06 40 25m lla - O bkd GG 385 seeing variable Blanco / Elicer / R.Gonzalez 25 05 85 0.6 - 5.8    
  3331 18 08 10.7 -31 10 13 25m lla - O bkd GG 385 2" - 4" Blanco / Elicer 26 05 85 0.6 - 5.5    
  3332 18 08 58.8 -32 07 35 25m lla - O bkd GG 385 2" - 4" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3333 18 08 10.7 -31 10 13 25m lla - O bkd GG 385 2" - 4" Blanco / Elicer 26 05 85 0.6 - 5.5   CTIO
  3334 18 08 58.5 -32 07 35 25m lla - O bkd GG 385 2" - 3" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3335 18 08 11 -31 10 10 25m lla - O bkd GG 385 2" - 3" Blanco / Elicer 26 05 85 0.6 - 5.5   CTIO
  3336 18 08 59 -32 07 29 25m lla - O bkd GG 385 2" - 3" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3337 18 08 11 -31 10 09 25m lla - O bkd GG 385 2" - 3" Blanco / Elicer 26 05 85 0.6 - 5.5   CTIO
  3338 18 09 00 -32 07 30 25m lla - O bkd GG 385 1" - 1.5" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3339 18 08 12 -31 10 07 25m lla - O bkd GG 385 2" Blanco / Elicer 26 05 85 0.6 - 5.5   CTIO
  3340 18 08 59 -32 07 31 25m lla - O bkd GG 385 1.5" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3341 18 08 10 -31 10 07 25m lla - O bkd GG 385 2.5" Blanco / Elicer 26 05 85 0.6 - 5.5   CTIO
  3342 18 08 58 -32 07 48 25m lla - O bkd GG 385 2" - 4" Blanco / Elicer 26 05 85 0.6 - 5.8    
  3343 18 08 10 -31 10 07 25m lla - O bkd GG 385 2" - 4" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3344 18 08 58 -32 07 48 25m lla - O bkd GG 385 1" - 2" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3345 18 08 10 -31 10 07 25m lla - O bkd GG 385 2" Blanco / Elicer 27 05 85 0.6 - 5.5    
  3346 18 08 58 -32 07 48 25m lla - O bkd GG 385 2" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3347 18 08 10 -31 10 07 25m lla - O bkd GG 385 2" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3348 18 08 58 -32 07 48 25m lla - O bkd GG 385 1" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3349 18 08 10 -31 10 07 25m lla - O bkd GG 385 1" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3350 18 08 58 -32 07 48 25m lla - O bkd GG 385 1" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3351 18 08 10 -31 10 07 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3352 18 08 58 -32 07 48 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3353 18 08 10 -31 10 07 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3354 18 08 58 -32 07 48 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.8    
  3355 18 08 10 -31 10 07 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.5   CTIO
  3356 18 08 58 -32 07 48 25m lla - O bkd GG 385 1.5" Blanco / Elicer 27 05 85 0.6 - 5.8    

 

Last Updated on 8/27/99

By Guerra & Marin

August

August 1985 Plate logs for 1.5-m telescope

 


Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3357 12 24 57.8 -39 03 43 120m lla - O bkd GG 385   Jarvis / Cosgrove 10 08 85 IC 3370    
  3358 18 58 48 -64 58 06 120m lla - O bkd GG 385 3" - 4" Jarvis / Cosgrove 10 08 85 NGC 6722    
  3359 19 14 14 -60 38 12 120m lla - O bkd GG 495 4" - 5" Jarvis / Cosgrove 10 08 85 NGC 6771    
  3360 21 59 50.3 -32 14 04 150m lla - D GG 495   Jarvis / Cosgrove 10 08 85 466 - 946    
  3361 18 05 45.2 -31 10 05   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field l   CTIO
  3362 18 06 47 -32 09 14   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field ll    
  3363 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field lll   CTIO
  3364 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field ll   CTIO
  3365 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field ll    
  3366 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field lll   CTIO
  3367 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field l   CTIO
  3368 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field ll    
  3369 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 11 08 85 Field lll   CTIO
  3370 18 10 24 -29 33   lla - O bkd GG 385 4" Blanco / Cosgrove 11 08 85 Field l   CTIO
  3371 18 10 24 -29 33   lla - O bkd GG 385 4" Blanco / Cosgrove 11 08 85 Field ll    
  3372 18 10 24 -29 33   lla - O bkd GG 385 1" Blanco / Cosgrove 12 08 85 Field l   CTIO
  3373 18 10 24 -29 33   lla - O bkd GG 385 1" Blanco / Cosgrove 12 08 85 Field ll    
  3374 18 10 24 -29 33   lla - O bkd GG 385 1" Blanco / Cosgrove 12 08 85 Field lll   CTIO
  3375 18 10 24 -29 33   lla - O bkd GG 385 1" Blanco / Cosgrove 12 08 85 Field l   CTIO
  3376 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field ll    
  3377 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field lll   CTIO
  3378 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field l   CTIO
  3379 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field ll    
  3380 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field lll   CTIO
  3381 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field l   CTIO
  3382 18 10 24 -29 33   lla - O bkd GG 385 1" - 3" Blanco / Cosgrove 12 08 85 Field ll    
  3383 18 10 24 -29 33   lla - O bkd GG 385 2" - 3" Blanco / Cosgrove 12 08 85 Field ll    
  3384 18 10 24 -29 33   lla - O bkd GG 385 2" - 4" Blanco / Cosgrove 12 08 85 Field l   CTIO
  3385 18 10 24 -29 33   lla - O bkd GG 385 2" - 4" Blanco / Cosgrove 12 08 85 Field ll    
  3386 18 05 45.2 -31 10 05 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field l   CTIO
  3387 18 06 47 -32 09 14 20m lla - O bkd     Blanco / Cosgrove 13 08 85 Field ll    
  3388 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field lll   CTIO
  3389 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field l   CTIO
  3390 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 13 08 85 Field ll    
  3391 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field lll   CTIO
  3392 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field l   CTIO
  3393 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 13 08 85 Field ll    
  3394 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field l   CTIO
  3395 18 10 24 -29 33 01 20m30s lla - O bkd     Blanco / Cosgrove 13 08 85 Field ll    
  3396 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 13 08 85 Field l   CTIO
  3397 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 13 08 85 Field ll    
  3398 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 14 08 85 Field l   CTIO
  3399 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 14 08 85 Field lll   CTIO
  3400 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field l   CTIO
  3401 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 15 08 85 Field ll    
  3402 18 10 24 -29 33 01 20m04s lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field lll   CTIO
  3403 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field l   CTIO
  3404 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 15 08 85 Field ll    
  3405 18 10 24 -29 33 01 3m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field lll   CTIO
  3406 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field lll   CTIO
  3407 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field l   CTIO
  3408 18 10 24 -29 33 01 20m lla - O bkd     Blanco / Cosgrove 15 08 85 Field ll    
  3409 18 10 24 -29 33 01 20m lla - D bkd GG 395   Blanco / Cosgrove 15 08 85 Field l   CTIO
  3410 18 10 24 -29 33 01 20m lla - D bkd GG 395   Blanco / Cosgrove 15 08 85 Field ll   CTIO
  3411 18 10 24 -29 33 01 20m lla - D bkd GG 395   Blanco / Cosgrove 15 08 85 Field lll   CTIO
  3412 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field l   CTIO
  3413 18 10 24 -29 33 01 20m lla - O bkd GG 385   Blanco / Cosgrove 15 08 85 Field ll    
  3414 18 10 24 -29 33 01 20m lla - O bkd GG 385 1.5" Blanco / Cosgrove 15 08 85 Field lll   CTIO
  3415 18 05 45.5 -31 10 07 20m lla -- O GG 385 2" - 3" Blanco / Ugarte 16 08 85 Field l   CTIO
  3416 18 06 47 -32 09 14 20m lla -- O GG 385 2" - 3" Blanco / Ugarte 16 08 85 Field ll    
  3417 18 10 24 -29 33 01 20m lla -- O GG 385 2" - 3" Blanco / Ugarte 16 08 85 Field lll   CTIO
  3418 18 10 24 -29 33 01 20m lla -- O GG 385 2" - 3" Blanco / Ugarte 16 08 85 Field l   CTIO
  3419 18 10 24 -29 33 01 20m lla -- O GG 385 2" - 3" Blanco / Ugarte 16 08 85 Field ll    
  3420 18 10 24 -29 33 01 20m lla -- O GG 385 1" Blanco / Ugarte 16 08 85 Field lll   CTIO
  3421 18 10 24 -29 33 01 20m lla -- O GG 385 1" Blanco / Ugarte 16 08 85 Field l   CTIO
  3422 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field ll    
  3423 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field lll   CTIO
  3424 18 10 24 -29 33 01 20m lla -- O GG 385 2" - 4" Blanco / Ugarte 16 08 85 Field l   CTIO
  3425 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field lll   CTIO
  3426 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field lll    
  3427 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field l   CTIO
  3428 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field ll    
  3429 18 10 24 -29 33 01 20m lla -- O GG 385 1" - 2" Blanco / Ugarte 16 08 85 Field ll   CTIO
  3430 18 10 24 -29 33 01 15m lla - D GG 395 1" - 2" Blanco / Ugarte 16 08 85 Field lll   CTIO
  3431 18 10 24 -29 33 01 15m lla - D GG 395 3" Blanco / Ugarte 16 08 85 Field l   CTIO
  3432 18 10 24 -29 33 01 15m lla - D GG 395 3" Blanco / Ugarte 16 08 85 Field ll   CTIO

 

 

Last Updated on 8/27/99

By Jorge Marin

1986

1986 Plate logs for 1.5-m telescope

May

May 1986 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3433 18 10 24 -29 33 02 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3434 18 06 47 -32 09 14 25m lla - O GG 385 1.4" Blanco / Hernandez 31 05 86 Field ll    
  3435 18 10 24 -29 33 01 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3436 18 05 36.8 -31 10 49 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field l   CTIO
  3437 18 05 36.8 -31 10 49 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3438 18 05 36.8 -31 10 49 25m lla - O GG 385 1.4" Blanco / Hernandez 31 05 86 Field ll    
  3439 18 05 36.8 -31 10 49 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3440 18 05 36.8 -31 10 49 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field l   CTIO
  3441 18 05 36.8 -31 10 49 25m lla - O bkd GG 385 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3442 18 05 36.8 -31 10 49 25m lla - D bkd GG 395 1.4" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3443 18 06 45 -32 09 14 25m lla - D bkd GG 395 1" - 3" Blanco / Hernandez 31 05 86 Field ll   CTIO
  3444 18 06 45 -32 09 14 25m lla - O bkd GG 385 1" - 3" Blanco / Hernandez 31 05 86 Field lll   CTIO
  3445 18 06 45 -32 09 14 25m lla - D bkd GG 395 1" - 3" Blanco / Hernandez 31 05 86 Field l   CTIO

 

Last Updated on 8/27/99

By Guerra & Marin

June

June 1986 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3446 18:10:31.2 -29 33 57 25m lla - O bkd GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3447 18 06 53 -32 10 15 25m lla - O GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field ll    
  3448 18 05 47.2 -31 11 56 25m lla - O bkd GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field l   CTIO
  3449 18 10 32 -29 33 53 25m lla - O bkd GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3450 18 10 32 -29 33 53 25m lla - O GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field ll    
  3451 18 10 32 -29 33 53 25m lla - O GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3452 18 10 32 -29 33 53 25m lla - O GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field l   CTIO
  3453 18 10 32 -29 33 53 25m lla - O GG 385 2" - 3" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3454 18 10 32 -29 33 53 25m lla - D GG 495 1" - 2" Blanco / Hernandez 01 06 86 Field ll    
  3455 18 10 32 -29 33 53 25m lla - D GG 395 1" - 2" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3456 18 10 32 -29 33 53 25m lla - D GG 395 1" - 2" Blanco / Hernandez 01 06 86 Field l   CTIO
  3457 18 10 32 -29 33 53 25m lla - O GG 385 1" - 2" Blanco / Hernandez 01 06 86 Field lll   CTIO
  3458 18 10 32 -29 33 53 25m lla - O GG 385 1" - 2" Blanco / Hernandez 01 06 86 Field l    
  3459 18 05 47.6 -31 12 01 25m lla - O bkd GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field l   CTIO
  3460 18 05 47.6 -31 12 01 25m lla - O bkd GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field lll   CTIO
  3461 18 05 47.6 -31 12 01 25m lla - O GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field ll    
  3462 18 05 47.6 -31 12 01 25m lla - O bkd GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field lll   CTIO
  3463 18 24 11 -33 54 58 30m IV N RG 2 1.5" Blanco / Hernandez 02 06 86 M Dwarf    
  3464 18 08 36 -31 47 00 25m lV N bkd RG 610 1" - 1.5" Blanco / Hernandez 02 06 86 NGC 6558   CTIO
  3465 18 08 36 -31 47 00 25m lV N bkd RG 610 1" - 1.5" Blanco / Hernandez 02 06 86 Field ll   CTIO
  3466 18 08 36 -31 47 00 25m lla - O bkd GG 385 1" - 1.5" Blanco / Hernandez 02 06 86 Field lll   CTIO
  3467 18 08 36 -31 47 00 25m lla - O bkd GG 385 1" - 1.5" Blanco / Hernandez 02 06 86 Field l   CTIO
  3468 18 08 36 -31 47 00 25m lla - O bkd GG 385 1" - 1.5" Blanco / Hernandez 02 06 86 Field lll   CTIO
  3469 18 08 36 -31 47 00 25m lla - O GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field ll    
  3470 18 08 36 -31 47 00 25m lla - O bkd GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field lll   CTIO
  3471 18 08 36 -31 47 00 25m lla - O bkd GG 385 1.5" - 2" Blanco / Hernandez 02 06 86 Field l   CTIO
  3472 18 08 36 -31 47 00 25m lla - O bkd GG 385 2" - 3" Blanco / Hernandez 02 06 86 Field ll   CTIO
  3473 18 08 36 -31 47 00 25m lla - O GG 385 2" - 3" Blanco / Hernandez 02 06 86 Field ll    

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1986 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3474 01 02 22.3 -71 26 25 60m 103a - O   2" Baird / Bravo 06 12 86 SMC Field 0102 - 71.5    
  3475 01 02 22.3 -71 26 25 60m HD3L9 batch   2" Baird / Bravo 06 12 86 SMC Field 0102 - 71.5    
  3476 06 30 15.5 -64 18 29 10m lla - O baked GG 385 1" Suntzeff - Bravo 06 12 86 NGC 2257    
  3477 06 30 14.9 -64 19 03 47m lla - O baked GG 385 1" Suntzeff - Bravo 06 12 86 NGC 2257    
  3478 01 02 19.1 -71 26 37 70m 103a - D GG 495 1" Baird / Bravo 07 12 86 SMC Field 0102 - 71.5    
  3479 01 02 19.1 -71 26 37 70m 103a - D HDIKI batch GG 495 1" Baird / Bravo 07 12 86 SMC Field 0102 - 71.5    
  3480 01 02 19.1 -71 26 37 70m 103a - D GG 495 1" Baird / Bravo 07 12 86 SMC Field 0102 - 71.5    
  3481 06 29 58.7 -64 17 50 90m lla - O baked GG 385 2" Suntzeff - Bravo 07 12 86 NGC 2257    
  3482 06 29 58.7 -64 17 50 40m lla - O bkd GG 385 2" Suntzeff - Bravo 07 12 86 NGC 2257   CTIO
  3483 01 02 17 -71 26 24 60m 103a - D GG 495 2" Baird / Bravo 08 12 86 SMC Field 0102 - 71.5    
  3484 01 02 17 -71 26 24 60m 103a - D HDIKI batch GG 495 2" Baird / Bravo 08 12 86 SMC Field 0102 - 71.5    
  3485 06 29 56.6 -64 17 54 90m lla - O baked GG 385 1" Suntzeff - Bravo 08 12 86 NGC 2257    
  3486 06 29 56.6 -64 17 54 90m lla - O baked GG 385 2" Suntzeff - Bravo 08 12 86 NGC 2257    
  3487 01 02 19.3 -71 26 27 90m lla - D bkd GG 495 1.5" Baird / Bravo 09 12 86 SMC Field 0102 - 71.5    
  3488 01 02 19.3 -71 26 27 75m lla - D IH4 batch GG 495 1" Baird / Bravo 09 12 86 SMC Field 0102 - 71.5    
  3489 06 29 59.7 -64 17 46 90m lla - O baked GG 385 1.5" Suntzeff - Bravo 09 12 86 NGC 2257    
  3490 06 29 59.7 -64 17 46 90m lla - O baked GG 385 1.5" Suntzeff - Bravo 09 12 86 NGC 2257    
  3491 01 02 20.9 71 26 29 70m lla - D bkd GG 495 2" Baird / Bravo 10 12 86 SMC Field 0102 - 71.5    
  3492 01 02 20.9 71 26 29 60m lla - D bkd GG 495   Baird / Bravo 10 12 86 SMC Field 0102 - 71.5    
  3493 01 02 20.9 71 26 29 45m 103a - O     Baird / Bravo 10 12 86 SMC Field 0102 - 71.5    
  3494 05 13 27.4 -65 28 21 5m lla - D bkd GG 495   Baird / Bravo 10 12 86 LMC NGC 1866    
  3495 05 13 27.4 -65 28 21 15m lla - D bkd GG 495 2" Baird / Bravo 10 12 86 LMC NGC 1866    
  3496 05 13 27.4 -65 28 21 45m lla - D bkd GG 495 2" Baird / Bravo 10 12 86 LMC NGC 1866    
  3497 01 02 19.5 -71 26 25 60m 103a - O / HD3L9   2.5" Baird / Bravo 11 12 86 SMC Field 0102 - 71.5    
  3498 01 02 19.5 -71 26 25 60m 103a - O / HD3L9   3" Baird / Bravo 11 12 86 SMC Field 0102 - 71.5    
  3499 01 02 19.5 -71 26 25 60m lla - D bkd GG 495 1.5" Baird / Bravo 11 12 86 SMC Field 0102 - 71.5    
  3500 05 13 28 -65 28 27 45m 103a - O   2" Baird / Bravo 11 12 86 LMC NGC 1866    
  3501 05 13 28 -65 28 27 15m 103a - O   2" Baird / Bravo 11 12 86 LMC NGC 1866    
  3502 05 13 28 -65 28 27 5m 103a - O   1" Baird / Bravo 11 12 86 LMC NGC 1866    
  3503 02 36 18 -30 03 13*20s 103a - D     Blanco / Gonzalez / Ugarte 23 12 86 focus    
  3504 05 22 00 -34 57         Blanco / Gonzalez / Ugarte 23 12 86 focus    
  3505 02 08 33 -30 50 20 15*20s       Weller / Ugarte 24 12 86 focus    
  3506 03 00 45 -30 50 20 0.5m       Weller / Ugarte 24 12 86 out of focus images    
  3507 05 25 00 -35 29 5m       Weller / Ugarte / Saá 24 12 86 Hartnann plate    
  3508             Weller / Ugarte / Saá 24 12 86 Hartnann plate    
  3509             Weller / Ugarte / Saá 24 12 86 out of focus zenith    
  3510             Weller / Ugarte / Saá 24 12 86 out of focus zenith    
  3511     20s       Weller / Ugarte / Saá 24 12 86 out of focus zenith    
  3512             Weller / Ugarte / Saá 24 12 86 Hartnann zenith    
  3513             Weller / Saá / Bravo 24 12 86 Focus plate    
  3514             Weller / Saá / Bravo 24 12 86 Focus plate    
  3515             Weller / Saá / Bravo 24 12 86 focus plate way out of focus    

 

Last Updated on 8/27/99

By Jorge Marin

1987

1987 Plate logs for 1.5-m telescope

February

February 1987 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3516     10s       Weller / Saá / Tirado 11 02 87 focus plate    
  3517     10s       Weller / Saá / Tirado 11 02 87 focus plate    
  3518     15s       Weller / Saá / Tirado 12 02 87 focus plate    
  3519     15s       Weller / Saá / Tirado 12 02 87 focus plate    
  3520     15s       Weller / Saá / Tirado 12 02 87 focus plate    
  3521     15s       Weller / Saá / Tirado 12 02 87 focus plate    
  3522     10s       Weller / Saá / Tirado 12 02 87 focus plate    
  3523     10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3524     10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3525     10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3526     10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3527 zenith   10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3528 zenith   10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3529 zenith   10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3530 zenith   15s       Weller / Saá / Tirado 13 02 87 focus plate    
  3531 zenith   10s       Weller / Saá / Tirado 13 02 87 focus plate    
  3532 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3533 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3534 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3535 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3536 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3537 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3538 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3539 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3540 zenith   60s       Weller / Gonzalez / Tirado 14 02 87 test exposure    
  3541 zenith   10s       Weller / Gonzalez / Tirado 14 02 87 focus plate    
  3542 zenith   60s       Weller / Gonzalez / Tirado 14 02 87 test exposure    
  3543 zenith   10s each       Weller / Gonzalez / Tirado 14 02 87 focus exposure    
  3544 zenith   60s       Weller / Gonzalez / Tirado 14 02 87 test exposure    
  3545 zenith   60s       Weller / Gonzalez / Tirado 14 02 87 test exposure    

 

 

Last Updated on 8/27/99

By Guerra & Marin

March

March 1987 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3546 05 35 50 -69 18 00 60s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3547 05 35 50 -69 18 00 60s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3548 05 35 50 -69 18 00 60s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3549 05 35 50 -69 18 00 60s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3550 05 35 50 -69 18 00 2m lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3551 05 35 50 -69 18 00 2m lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3552 05 35 50 -69 18 00 30s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3553 05 35 50 -69 18 00 30s lV N RG 610   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3554 05 35 50 -69 18 00 20s lla - O GG 385   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3555 05 35 50 -69 18 00 20s lla - O GG 385   Blanco / Cosgrove 08 03 87 Super Nova 1987-1   CTIO
  3556 05 35 50 -69 18 00 30m lla - O GG 495   Blanco / Cosgrove 08 03 87 Super Nova 1987-1 Broken Ok" CTIO
  3557 zenith     lla - O     Blanco / Cosgrove 08 03 87 focus plate    
  3558 zenith     lla - O     Blanco / Cosgrove 08 03 87 focus plate    
  3559 06 16 38 -32 24 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3560 06 16 38 -32 24 7m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3561 08 14 50 -33 02 7m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3562 08 14 50 -33 02 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3563 09 22 20 -35 58 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3564 09 22 20 -35 58 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3565 10 20 04 -31 06 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3566 10 57 20 -30 52 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3567 10 57 20 -30 52 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3568 12 43 07 -33 55 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3569 12 43 07 -33 55 20s each 103a - D     Weller / Saá / Ugarte 17 03 87 focus plate    
  3570 13 28 30 -33 00 5m 103a - D     Weller / Saá / Ugarte 17 03 87 Optic test    
  3571 15 06 24 -31 00 5m 103a - D     Weller / Saá / Ugarte 17 03 87 test    
  3572 06 39 40 -26 19 30 3m 103a - D     Weller / Saá / Ugarte 18 03 87 Optic test    
  3573 06 39 40 -26 19 30 3m 103a - D     Weller / Saá / Ugarte 18 03 87 Optic test    
  3574 06 39 40 -26 19 30 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3575 11 03 33 -31 44 20 5m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3576 11 02 09 -59 23 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3577 11 02 09 -59 23 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3578 11 02 09 -59 23 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3579 15 59 13 -26 22 00 1m40s 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3580 12 23 15 -60 13 00 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3581 12 23 15 -60 13 00 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3582 12 23 15 -60 13 00 3m 103a - O     Weller / Saá / Ugarte 18 03 87 Optic test    
  3583 06 21 35 -33 24 37 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3584 07 31 00.2 -29 10 01 5m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3585 08 16 33 -29 16 46 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3586 09 23 04 -28 58 18 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3587 10 06 38.9 -28 45 07 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3588 10 29 00 -29 33 04 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3589 11 20 57 -29 30 23 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3590 11 34 34 -29 56 24 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3591 12 58 24.7 -29 53 06 3m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3592 14 03 51 -28 57 29 2m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3593 14 26 30 -30 01 32 15s each lla - O     Weller / Saá / Hernandez 20 03 87 focus plate    
  3594 14 03 52 -28 57 11 2m lla - O     Weller / Saá / Hernandez 20 03 87 Optic test    
  3595 16 40 18 -48 44 00 2m lla - O     Weller / Saá / Hernandez 20 03 87 N 6193    

 

Last Updated on 8/27/99

By Guerra & Marin

April

April 1987 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3596 07 23 30 -29 16 42 3m lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3597 07 23 30 -29 16 42 5*1m lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3598 07 23 30 -29 16 42 5*15s lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3599 07 23 30 -29 16 42 9*15s lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3600 07 23 30 -29 16 42 9*15s lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3601 07 23 30 -29 16 42 9*15s lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3602 07 23 30 -29 16 42 9*15s lla - O     Blanco / Bravo / Saá 02 04 87 eta Canis major    
  3603 11 04 43 -30 06 20   lla - O   1" -2" Blanco / Bravo / Saá 02 04 87 focus    
  3604 18 05 45 -31 10 08 20m lla - O GG 385 1.5" Blanco / Bravo 02 04 87 Window l   CTIO
  3605 18 05 45 -31 10 08 20m lla - D GG 495 1.5" Blanco / Bravo 02 04 87 Window l   CTIO
  3606 18 10 24 -29 33 01 20m lla - D GG 495 1.5" Blanco / Bravo 02 04 87 Window lll   CTIO
  3607 18 10 24 -29 33 01 20m lla - O GG 385 1.5" Blanco / Bravo 02 04 87 Window lll   CTIO
  3608 18 06 47 -32 09 14 20m lla - O   1.5" Blanco / Bravo 02 04 87 Window ll    
  3609 18 06 47 -32 09 14 20m lla - D   1" Blanco / Bravo 02 04 87 Window ll    
  3610 05 38 44.3 -69 05 59 20m 103a - O GG 385 1" Blanco / Hernandez 03 04 87 30 Dor. + S. N. 1987   CTIO
  3611 05 38 44.3 -69 05 59 20m 103a - O GG 385 1" Blanco / Hernandez 03 04 87 30 Dor. + S. N. 1987   CTIO
  3612 08 48 10 -30 10 15   103a - O GG 385   Blanco / Hernandez 03 04 87 Focus plate   CTIO
  3613 08 48 10 -30 10 15   103a - O     Blanco / Hernandez 03 04 87 focus    

 

Last Updated on 8/27/99

By Jorge Marin

May

May 1987 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3614 18 10 24 -29 33 01 25m lla - O GG 385 3" Blanco / M.Fernandez 20 05 87 Field lll   CTIO
  3615 18 06 47 -32 09 14 25m lla - O GG 385   Blanco / M.Fernandez 20 05 87 Field ll    
  3616 18 05 45 -31 10 08 20m lla - O GG 385 1.5" Blanco / M.Fernandez 20 05 87 Field l   CTIO
  3617 18 05 45 -31 10 08 20m lla - D GG 495 1.5" Blanco / M.Fernandez 20 05 87 Field lll   CTIO
  3618 18 05 45 -31 10 08 20m lla - D GG 495 2" - 3" Blanco / M.Fernandez 20 05 87 Field ll    
  3619 18 05 45 -31 10 08 20m lla - D GG 495 2" - 3" Blanco / M.Fernandez 20 05 87 Field l   CTIO
  3620 18 05 45 -31 10 08 20m lla - O GG 385   Blanco / M.Fernandez 20 05 87 Field lll   CTIO
  3621 18 05 45 -31 10 08 20m lla - O GG 385   Blanco / M.Fernandez 20 05 87 Field lll   CTIO
  3622 18 05 45 -31 10 08 58m lV - N sens RG 610   Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3623 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3624 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field l   CTIO
  3625 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3626 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field ll    
  3627 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3628 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field l   CTIO
  3629 18 05 45 -31 10 08 20m lla - O GG 385 1" - 2" Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3630 18 05 45 -31 10 08 20m lla - O GG 385 2" Blanco / M.Fernandez 21 05 87 Field ll    
  3631 18 05 45 -31 10 08 20m lla - O GG 385 2" - 3" Blanco / M.Fernandez 21 05 87 Field lll   CTIO
  3632 18 10 24 -29 33 01 20m lla - D GG 495 3" - 4" Blanco / Bravo 22 05 87 Field lll   CTIO
  3633 18 10 24 -29 33 01 20m lla - O GG 385 2" Blanco / Bravo 22 05 87 Field lll   CTIO
  3634 18 10 24 -29 33 01 20m lla - D GG 495 2" Blanco / Bravo 22 05 87 Field lll   CTIO
  3635 18 10 24 -29 33 01 20m lla - O GG 385 3" - 6" Blanco / Bravo 22 05 87 Field lll   CTIO
  3636 18 10 24 -29 33 01 20m lla - O GG 385   Blanco / Bravo 22 05 87 Field lll   CTIO

 

 

Last Updated on 8/27/99

By Guerra & Marin

December

December 1987 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3637 00 26 08 -71 44 20 80m lla - O GG 385 1" - 2" Graham / M.Fernandez 12 12 87 NGC 721    
  3638 06 30 12 -64 17 30 70m lla - O GG 385 1" Graham / M.Fernandez 12 12 87 NGC 2257    
  3639 00 26 08 -71 44 20 75m lla - O GG 385 1" Graham / M.Fernandez 13 12 87 NGC 121    
  3640 06 30 12 -64 17 30 60m lla - O GG 385 1" Graham / M.Fernandez 13 12 87 NGC 2257    
  3641 06 30 12 -64 17 30 80m lla - O GG 385 1" Graham / M.Fernandez 13 12 87 NGC 2257    
  3642 08 25 00 -51 00 04 135m llla - F RG 610 1" Graham / M.Fernandez 13 12 87 4446    
  3643 00 26 08 -71 44 20 75m lla - O GG 385 1" - 2" Graham / M.Fernandez 14 12 87 NGC 121    
  3644 06 30 12 -64 09 00 60m lla - O GG 385 2" - 3" Graham / M.Fernandez 14 12 87 NGC 2257    
  3645 06 30 12 -64 09 00 90m lla - O GG 385 1" - 2" Graham / M.Fernandez 14 12 87 NGC 2257    
  3646 06 30 12 -64 09 00 130m llla - F RG 610 1" - 2" Graham / M.Fernandez 14 12 87 NGC 2257    
  3647 00 26 08 -71 44 20 75m lla - O GG 385 1" Graham / M.Fernandez 15 12 87 NGC 121    
  3648 06 30 12 -64 17 30 60m lla - O GG 385 1" Graham / M.Fernandez 15 12 87 NGC 2257    
  3649 06 30 12 -64 17 30 75m lla - O GG 385 1" Graham / M.Fernandez 15 12 87 NGC 2257    
  3650 06 30 12 -64 17 30 75m lla - O GG 385 1" - 2" Graham / M.Fernandez 15 12 87 NGC 2257    
  3651 00 26 08 -71 44 20 90m lla - O GG 385 1" - 2" Graham / M.Fernandez 16 12 87 NGC 121    
  3652 06 30 12 -64 17 30 90m lla - O GG 385 2" Graham / M.Fernandez 16 12 87 NGC 2257    
  3653 06 30 12 -64 17 30 90m lla - O GG 385   Graham / M.Fernandez 16 12 87 NGC 2257    
  3654 05 35 31.5 -69 16 27 1s 5s   UG 2   Graham / M.Fernandez 16 12 87 SN 1987    
  3655 05 35 31.5 -69 16 27 60m   RG 2   Graham / M.Fernandez 16 12 87 SN 1987    
  3656  (1)             19 12 88      

 

 (1) NOTE: secondary f 7.5 comes back from Tucson, after refiguring

Last Updated on 8/27/99

By Jorge Marin

1989

1989 Plate logs for 1.5-m telescope

March

March 1989 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3657 zenith   10s lla - D     Gonzalez / Saá / Tirado 10 03 89 focus    
  3658 06 42 45 -45 11 24 300s lla - D     Gonzalez / Saá / Tirado 10 03 89 E 3    
  3659 06 42 45 -45 11 24 1800s lla - D     Gonzalez / Saá / Tirado 10 03 89 E 3    
  3660 zenith   10s lla - D     Gonzalez / Saá / Tirado 10 03 89 focus    
  3661 08 07 33 -34 43 20 5m lla - D     Gonzalez / Saá / Tirado 10 03 89 field    
  3662 zenith   10s lla - D     Gonzalez / Saá / Tirado 10 03 89 focus    
  3663 08 29 19 -47 04 56 5m lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 4    
  3664 08 29 19 -47 04 56 1800s lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 4    
  3665 zenith   10s lla - D     Gonzalez / Saá / Tirado 10 03 89 focus    
  3666 11 10 03 -46 42 40 5m lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 5    
  3667 zenith   10s lla - D     Gonzalez / Saá / Tirado 10 03 89 focus    
  3668 11 10 28 -46 52 44 5m lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 5    
  3669 11 10 28 -46 52 44 1800s lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 5    
  3670 11 10 28 -46 52 44 10m lla - D     Gonzalez / Saá / Tirado 10 03 89 field E 5    

 

Last Updated on 8/27/99

By Guerra & Marin

June

June 1989 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3671 13 20 00 -36 40 16 9*10s lla - O     Blanco / Terndrup / Ugarte 01 06 89 focus    
  3672 13 20 00 -36 40 16 9*10s lla - O     Blanco / Terndrup / Ugarte 01 06 89 focus    
  3673 13 20 00 -36 40 16 9*10s lla - O     Blanco / Terndrup / Ugarte 01 06 89 focus    
  3674 16 53 00 -52 40 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #1    
  3675 17 25 42 -45 18 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #3    
  3676 17 45 24 -39 25 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #5    
  3677 17 58 12 -35 00 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #7    
  3678 18 10 24 -29 33 25m lla - O GG 385 1.5" Blanco / Terndrup / Ugarte 02 07 89 Field lll   CTIO
  3679a 18 21 30 -24 50 5m lla - O     Blanco / Terndrup / Ugarte 01 06 89 M 28    
  3679b 18 21 30 -24 50 5m lla - O     Blanco / Terndrup / Ugarte 01 06 89 M 28    
  3680 18 10 24 -29 33 25m lla - O GG 385   Blanco / Terndrup / Ugarte 02 07 89 Field lll   CTIO
  3681 18 01 30 -33 48 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #9    
  3682 18 04 00 -33 05 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #11    
  3683 18 14 36 -28 51 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #15    
  3684 18 20 24 -26 12 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #17    
  3685 18 31 12 -21 26 30m 098 - 4     Blanco / Terndrup / Ugarte 01 06 89 Field #19    
  3686 17 14 42 -48 03 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #2    
  3687 17 41 30 -40 40 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #4    
  3688 17 45 24 -39 25 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #5    
  3689 17 51 30 -37 33 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #6    
  3690 17 59 00 -34 50 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #8    
  3691 18 03 00 -33 30 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #10    
  3692 18 07 00 -31 46 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #13    
  3693 18 11 54 -29 50 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #14    
  3694 18 17 42 -27 37 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #16    
  3695 18 24 12 -24 35 30m 098 - 04     Terndrup / Wells / Ugarte 02 06 89 Field #18    

 

Last Updated on 8/27/99

By Guerra & Marin

 
 

July

July 1989 Plate logs for 1.5-m telescope

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3696 17 14 42 -48 03 30m 098 - 04 RG 1 1" Terndrup / Ugarte 04 07 89 Field #2    
  3697 17 41 30 -40 40 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #4    
  3698 17 45 24 -39 25 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #5    
  3699 17 58 12 -35 00 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #7    
  3700 17 59 00 -34 50 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #8    
  3701 17 51 30 -37 33 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #6    
  3702 18 03 00 -33 30 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #10    
  3703 18 48 36 -13 22 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #20 clear, valley fogged in  
  3704 18 21 24 -24 54 10m lla - O baked GG 385   Terndrup / Ugarte 04 07 89 M 28    
  3705 18 21 24 -24 54 10m lla - O baked GG 385   Terndrup / Ugarte 04 07 89 M 28    
  3706 18 54 54 -10 28 30m 098 - 04 RG 1   Terndrup / Ugarte 04 07 89 Field #21    

 

Last Updated on 8/27/99

By Guerra & Marin

1990

1990 Plate logs for 1.5-m telescope

August

August 1990 Plate logs for 1.5-m telescope

 

Plate N. N. R. A. Dec Exp. Time Emulsion Filtro Seeing Observer Date Object Remarks CTIO
  3707             Saá / Ugarte 30 08 90 test f 7/5  
  3708             Saá / Ugarte 30 08 90 test f 7/5  
  3709             Saá / Ugarte 30 08 90 test f 7/5  
  3710             Saá / Ugarte 30 08 90 test f 7/5  
  3711 18 45 06 -27 00 15s each 103a - O     Saá / Ugarte 30 08 90 BS 7039 Hartmann screen  
  3712 18 45 06 +26 39 35s each 103a - O     Saá / Ugarte 30 08 90 BS 7064 Hartmann screen  
  3713 18 49 24 -87 37 75s each 103a - O     Saá / Ugarte 30 08 90 6721 Hartmann screen  
  3714 14 43 06 -35 08 30s each 103a - O     Saá / Ugarte 30 08 90 5485 Hartmann screen  
  3715 23 32 30 -37 52 18 30s each 103a - O     Saá / Ugarte 30 08 90 8937 Hartmann screen  
  3716 15 59 06 -35 18 30s each 103a - O     Saá / Ugarte 30 08 90 7623 Hartmann screen  
  3717 20 39 12 +15 52 42 20s each 103a - O     Saá / Ugarte 30 08 90 7906 Hartmann screen  
  3718 19 59 30 -72 56 12 20s each 103a - O     Saá / Ugarte 30 08 90 7590 Hartmann screen  
  3719 16 05 54 -36 46 36 30s each 103a - O     Saá / Ugarte 30 08 90 5987 Hartmann screen  
  3720 21 55 00 -34 00 54 3m 103a - O     Saá / Ugarte 30 08 90 field in focus    
  3721 21 55 00 -34 00 54 5m 103a - O     Saá / Ugarte 30 08 90 field in focus    
  3722 22 38 18 -33 07 54 10s each 103a - O     Saá / Ugarte 30 08 90 HR 8616, focus plate    
  3723 22 38 18 -33 07 54 5m 103a - O     Saá / Ugarte 30 08 90 field in focus    
  3724 23 37 06 -31 52 24 3m 103a - O     Saá / Ugarte 30 08 90 field in focus, HR 8956 f 13.5  
  3725 23 37 06 -31 52 24 3m 103a - O     Saá / Ugarte 30 08 90 field in focus, HR 8956 f 13.5  
  3726 23 37 06 -31 52 24 15s each 103a - O     Saá / Ugarte 30 08 90 field in focus, HR 8956    
  3727 00 58 06 -29 24 30 15s, 30s,40s 103a - O     Saá / Ugarte 30 08 90 BS 280 test Harmann screen  
  3728 00 58 06 -29 24 30 45s 103a - O     Saá / Ugarte 30 08 90 BS 280 test Harmann screen  
  3729 21 53 18 -37 24 36 20s 103a - O     Saá / Ugarte 30 08 90 BS 8353 test Harmann screen  
  3730 02 21 36 -68 42 06 30s 103a - O     Saá / Ugarte 30 08 90 BS 705 test Harmann screen  
  3731 01 18 54 +27 12 54 50s 103a - O     Saá / Ugarte 30 08 90 BS 383 test Harmann screen  
  3732 06 19 54 -30 03 30 15s 103a - O     Saá / Ugarte 30 08 90 BS 2282 test Harmann screen  

 

Last Updated on 8/27/99

By Jorge Marin

Time synchronization

Time synchronization on the CTIO computers is done as follows:

  1. An automatic job is invoked on Cerro Tololo machine ctioa7 at 0045h, 0445h, 0845h, 1245h, 1645h, 2045h.

     
  2. This job runs the 'ntpdate' program which uses the ntp protocol to acquire precise time and other information from each of the following sites:

    *norad.arc.nasa.gov

    *tick.usno.navy.mil

    *tock.usno.navy.mil

    *ntp1.sura.net

    *ntp2.sura.net

    *louie.udel.edu

    *ntp.css.gov

     
  3. The ntpdate program uses the data provided by the above machines and applies some sophisticated corrections to the data to compensate for packet transmission time, and sets the time on ctioa7 accordingly.

     
  4. All other SunOS, Solaris, and Linux computers run an automatic job once an hour on the hour.

     
  5. This job is 'rdate' which synchronizes their time w/ ctioa7 (for machines on Cerro Tololo) or w/ ctios5 (for machines in La Serena).



    Here is the crontab entry as it appears on ctioa7:



    45 0,4,8,12,16,20 * * * /usr/etc/ntpdate -s -p 8 norad.arc.nasa.gov \ tick.usno.navy.mil tock.usno.navy.mil ntp1.sura.net ntp2.sura.net \ louie.udel.edu ntp.css.govra7(42)



    Here is the typical SunOS crontab entry on Cerro Tololo:



    0 * * * * /bin/touch /dev/console;/usr/ucb/rdate ctioa7 \ 1> /dev/null 2> /dev/null



Jim Hughes (jhughesATnoao.edu)

 

SMARTS 1.3-m Telescope

 

About the 1.3m telescope

The 1.3-m telescope was previously the 2MASS southern telescope before SMARTS took over its operation. A permanently-mounted, dual-channel, optical-IR imager called ANDICAM takes simultaneous optical and infrared data on the SMARTS 1.3-m telescope. The 1.3-m is operated entirely in service / queue mode.

ANDICAM  has been in regular operations at the 1.3-m since February 2003 by the SMARTS Consortium. Previously, it had been operated in queue mode on the 1.0-m (YALO Consortium) with the optical detector since the 1998B semester. The IR array was installed in July 1999, enabling simultaneous optical and infrared imaging, including dithering in the IR channel while the optical channel integrates.  ANDICAM was constructed by the Ohio State astronomical instrumentation group led by Darren DePoy and its construction was funded in part by the National Science Foundation.

ANDICAM takes simultaneous optical and infrared data by using a dichroic with a CCD and a HgCdTe array.  A moveable mirror allows dithering in the IR while an optical exposure is going on.  The primary purpose of the instrument is for microlensing event follow-up to look for the presence of planets and other anomalous behaviour.  ANDICAM is operated by the Prospero control software. It also has a twin--DANDICAM (Dutch ANDICAM)--that is used on a 1m telescope in South Africa.  With ANDICAM one can obtain UBVRIJHK photometry within a 6 arcmin (optical) or 1 arcmin (near-IR) field.

ANDICAM Resources

 

Operational Information

 

Reports

 

General Information

 

1.3m Usage Summaries

 

NOTE: The 1.3m has been removed from the CTIO exposure time calculator. The values obtained using this calculator were found to be too optimistic by several orders of magnitude. Please estimate you exposure times using the values found at the ANDICAM detector website.

1.3-m Operational Information

Under Construction. Thanks for your patience.

Telescope Operator Instructions [35]
Optical Processing Procedure [49]

Reports and Logs

Nightly 1.3m Observing Log Archive [37]

1.3m Nightly Observer's Reports [38]

1.3m Telescope Trouble Reports [50]

Report Forms

Photometric Standards and Measurements Reports [51]

Nightly Observing Logs [52]
Nightly Observing Reports [35]
Daily Processing Reports [39]

SMARTS 1.3-m Telescope Information

delete this page.

IR Photometric Measurements

delete this page.

Infrared Flat Field Images

March 2009

Combined infrared flat field images now available to ANDICAM users

To assist you in reducing your infrared images, we are now providing combined infrared flat field images for each filter. These are created by combining all of the flat images that are taken at each dither position, producing one flat image for each filter. These can be downloaded from the ftp site in /home/ftp/pub/smarts13m/flatsir.

Separate flat field images (at each of the dither positions) will continue to be available from the same ftp directory as before (/home/ftp/pub/smarts13m/calibsir).

Please direct any questions to either Michelle Buxton or Suzanne Tourtellotte.

 

1.3-m Queue Software

If you have to generate schedules for a telescope (or anything else) and are interested in streamlining the process, we recommend the software developed at NASA Goddard by the Science Goal Montior (SGM) group. The main website can be found here and you can download the specific software developed for SMARTS here. Email Michelle Buxton if you need help with creating the specific sun and moon files needed (this is currently done using another piece of software, XEphem).

ANDICAM Neutral Density Filters

The 1.3m/ANDICAM now has neutral-density filters installed for viewing bright sources in V, I, H, and narrowband He 1038nm. Tests with standard stars show that the V+ND combination has an attenuation of 4.6 (a factor of 39,000, or 11.5 magnitudes) over that of the V filter, and the I+ND combination an attentuation of 3.0 (1100, or 7.6 magnitudes).

The ANDICAM instrument has two optical neutral density filters, V+ND4 and I+ND4, and two infrared neutral density filters, H+ND4 and 10830+ND3. (The 10830+ND3 filter is a narrowband He filter.) The optical ND filters are 5-arcminute diameter round filters, and the IR ND filters are 2.4-arcmin square filters. According to the previous paragraph, the V+ND filter has an attenuation of 4.6 (a factor of 39,000, or 11.5 magnitudes) over that of the V filter, and the I+ND combination has an attenuation of 3.0 (1100, or 7.6 magnitudes).

From observations of Eta Car in the ND4 filters done by Alan Whiting, the FWHM generally ranges from 2.5 to 4.9 pixels in V. He also notes that flat fields taken through the attenuated filters have not been successful in calibrating the data. However, the flats from the unattenuated V, I, and H filters seem to work fine with ND filter observations.

Landolt Standard PG1323 on the 1.3m Telescope

We have spotted a peculiarity in observing the Landolt standard PG1323. It appears as though the light of a bright star (most likely Spica) outside the field of view is not properly baffled, causing the raised level of the background, as shown here:

In principle, this should not affect the count rate in the standard stars themselves, but, we do not recommend using this particular standard for your observations.

Estimating exposures times

The 1.3m has been removed from the CTIO exposure time calculator. The values obtained using this calculator were found to be too optimistic by several orders of magnitude. Please estimate you exposure times using the values found at the ANDICAM detector website (http://www.astronomy.ohio-state.edu/ANDICAM/detectors.html#sens [53]).

1.3-m data processing procedures

Standard procedures for handling 1.3m [54] data include the following:

  1. Bias frames are taken every night.
     
  2. Flats
    BVRI dome flats are observed every night, 10 exposures of each.
    JHK dome flats are observed every third night in rotation. 10 exposures are taken at each of the 7 dither positions (dither throw = 40). 10 additional exposures at each dither position are then taken with the dome lamps off. The final flat at each dither position is the difference between the combined lamp-on flat minus the combined lamp-off flat.

    PLEASE NOTE: The U filter is currently broken and unusable.
     

  3. Optical data are processed using standard IRAF procedures (see here for further details [55]), and are usually available by 11:00am (EST) the following day. You will be contacted  with instructions on how to collect your data.
     
  4. IR data are not processed, but the raw frames and combined dome flats can be collected in the same manner as the optical data. Note that the data are binned 2x2 (resulting in 0.34" pixels).
     
  5. The PI of each project will receive automated email notifications each night that data is obtained for the project. A second person can receive these notifications as well (contact the 1.3-m Queue Manager [56] if this is desired).
     
  6. Each photometric night, a Landolt standard field is observed once in all optical filters, and two IR standards (one blue and one red) are observed once in all IR filters, each at their best airmass. Once a month, more thorough observations of the same standards are performed, observing each star at three different airmasses. These standards are available to all users. We do our best to choose those Landolt fields with at least 3 standard stars available in the field of view. If your program requires additional standard observations, they must be included as part of your program, and are charged against your allocation.  See 1.3-m Photometric Standards [40] page for more information.

Optical Processing Procedure

SMARTS optical images are processed with the IRAF task CCDPROC using a bias prepared with the IRAF task ZEROCOMBINE and a domeflat or skyflat prepared with the IRAF task FLATCOMBINE. As of November 1, 2006, the SMARTS optical images are processed slightly differently. In order to remove the low-level horizontal "banding" that we have seen at times during the last six months, the overscan is now fit with a cubic spline function of order 11. All other steps remain the same. The old processing parameters can be found here.

Modified 11/01/2006

===============================================================================
Ten biases are taken each night and are combined into a single
bias frame using the IRAF task ZEROCOMBINE.

The IRAF task ZEROCOMBINE parameters are set as follows:

                I R A F
Image Reduction and Analysis Facility
  PACKAGE = ccdred
  TASK = zerocombine
       
  input   =   List of zero level images to combine
  (output = ZERO) Output zero level name
  (combine= average) Type of combine operation
  (reject = minmax) Type of rejection
  (ccdtype= ) CCD image type to combine
  (process= no) Process images before combining?
  (delete = no) Delete input images after combining?
  (clobber= no) Clobber existing output image?
  (scale  = none) Image scaling
  (statsec= ) Image section for computing statistics
  (nlow   = 1) minmax: Number of low pixels to reject
  (nhigh  = 1) minmax: Number of high pixels to reject
  (nkeep  = 1) Minimum to keep (pos) or maximum to reject(neg)
  (mclip  = yes) Use median in sigma clipping algorithms?
  (lsigma = 3.) Lower sigma clipping factor
  (hsigma = 3.) Upper sigma clipping factor
  (rdnoise= 0.) ccdclip: CCD readout noise (electrons)
  (gain   = 1.) ccdclip: CCD gain (electrons/DN)
  (snoise = 0.) ccdclip: Sensitivity noise (fraction)
  (pclip  = -0.5) pclip: Percentile clipping parameter
  (blank  = 0.) Value if there are no pixels
  (mode   = ql)  

===============================================================================

VRI dome flats are observed every night, 10 exposures of each. 

JHK dome flats are observed every third night in rotation.  10 exposures are taken at each of the 7 dither positions (dither throw = 40).  10 additional exposures at each dither position are then taken with the dome lamps off.  The final flat at each dither position is the difference between the combined lamp-on flat minus the combined lamp-off flat. 

B sky flats are taken due to undesirable artifacts present in the B domes.  A minimum of 3 images are taken every night weather permitting.  It is required that individual skyflats have different RA and
DEC values.

In all cases, the individual flats are processed first with CCDPROC for the overscan and zero corrections, then combined with FLATCOMBINE.

FLATCOMBINE parameters are set as follows for the SKY flats:

                I R A F
Image Reduction and Analysis Facility
  PACKAGE = ccdred
  TASK = flatcombine
       
  input   =   List of flat field images to combine
  (output = FLAT) Output flat field root name
  (combine= median) Type of combine operation
  (reject = minmax) Type of rejection
  (ccdtype= ) CCD image type to combine
  (process= no) Process images before combining?
  (subsets= no) Combine images by subset parameter?
  (delete = no) Delete input images after combining?
  (clobber= no) Clobber existing output image?
  (scale = mode) Image scaling
  (statsec = ) Image section for computing statistics
  (nlow = 1) minmax: Number of low pixels to reject
  (nhigh = 1) minmax: Number of high pixels to reject
  (nkeep = 1) Minimum to keep (pos) or maximum to reject(neg)
  (mclip = yes) Use median in sigma clipping algorithms?
  (lsigma = 3.) Lower sigma clipping factor
  (hsigma = 3.) Upper sigma clipping factor
  (rdnoise = 0.) ccdclip: CCD readout noise (electrons)
  (gain = 1.) ccdclip: CCD gain (electrons/DN)
  (snoise = 0.) ccdclip: Sensitivity noise (fraction)
  (pclip = -0.5) pclip: Percentile clipping parameter
  (blank = 0.) Value if there are no pixels
  (mode = ql)  

FLATCOMBINE parameters are set as follows for the DOME flats:

        

                   
  I R A F
Image Reduction and Analysis Facility
  PACKAGE = ccdred
  TASK = flatcombine
  input   =   List of flat field images to combine
  (output = FLAT) Output flat field root name
  (combine= average) Type of combine operation
  (reject = crreject) Type of rejection
  (ccdtype= ) CCD image type to combine
  (process= no) Process images before combining?
  (subsets= no) Combine images by subset parameter?
  (delete = no) Delete input images after combining?
  (clobber= no) Clobber existing output image?
  (scale  = mode) Image scaling
  (statsec= ) Image section for computing statistics
  (nlow   = 1) minmax: Number of low pixels to reject
  (nhigh  = 1) minmax: Number of high pixels to reject
  (nkeep  = 1) Minimum to keep (pos) or maximum to reject(neg)
  (mclip  = yes) Use median in sigma clipping algorithms?
  (lsigma = 3.) Lower sigma clipping factor
  (hsigma = 3.) Upper sigma clipping factor
  (rdnoise= 6.5) ccdclip: CCD readout noise (electrons)
  (gain   = 2.3) ccdclip: CCD gain (electrons/DN)
  (snoise = 0.) ccdclip: Sensitivity noise (fraction)
  (pclip  = -0.5) pclip: Percentile clipping parameter
  (blank  = 1.) Value if there are no pixels
  (mode   = ql)  

===============================================================================
Images are processed, one filter type at a time, with a bias and a skyflat of the corresponding filter type using the IRAF task CCDPROC. The result is a processed image, prefixed with the letter "r", that have been OZF'ed (overscanned, flattened and zeroed) but not T'ed (trimmed).

When biases are not taken for a given night, the ZEROCOMBINEd bias from the nearest available night is used instead.  This bias will have already gone through CCDPROC with images of its same night. The bias section for use in overscanning was determined by IMPLOT to extend from less than 3 and more than 14, so [3:14,1:1024]) was chosen as the overscan strip image section.

When contemporaneous skyflats are not available, FLATCOMBINEd skyflats from previous nights are used instead.  These skyflats will have already been processed using their own contemporaneous biases.

The IRAF task CCDPROC parameters are set as follows:

              I R A F 
Image Reduction and Analysis Facility
PACKAGE = ccdred
   TASK = ccdproc

              
  I R A F 
Image Reduction and Analysis Facility
  PACKAGE = ccdred
  TASK = ccdproc
  images  = @in.(filtertype) ) List of CCD images to correct
  (output = @out.(filtertype) ) List of output CCD images
  (ccdtype= ) CCD image type to correct
  (max_cac= 0) Maximum image caching memory (in Mbytes)
  (noproc = no) List processing steps only?
       
  (fixpix = no) Fix bad CCD lines and columns?
  (oversca= yes) Apply overscan strip correction?
  (trim   = no) Trim the image?
  (zerocor= yes) Apply zero level correction?
  (darkcor= no) Apply dark count correction?
  (flatcor= yes) Apply flat field correction?
  (illumco= no) Apply illumination correction?
  (fringec= no) Apply fringe correction?
  (readcor= no) Convert zero level image to readout correction?
  (scancor= no) Convert flat field image to scan correction?
       
  (readaxi= line) Read out axis (column|line)
  (fixfile= ) File describing the bad lines and columns
  (biassec= [3:14,1:1024]) Overscan strip image section
  (trimsec= ) Trim data section
  (zero   = ccd(night).bias) Zero level calibration image
  (dark   = ) Dark count calibration image
  (flat   = ccd(night).sky/domeflat(filter) ) Flat field images
  (illum  = ) Illumination correction images
  (fringe = ) Fringe correction images
  (minrepl= 1.) Minimum flat field value
  (scantyp= shortscan) Scan type (shortscan|longscan)
  (nscan  = 1) Number of short scan lines
       
  (interac= no) Fit overscan interactively?
  (functio= spline3) Fitting function
  (order  = 11) Number of polynomial terms or spline pieces
  (sample = *) Sample points to fit
  (naverag= 1) Number of sample points to combine
  (niterat= 1) Number of rejection iterations
  (low_rej= 3.) Low sigma rejection factor
  (high_re= 3.) High sigma rejection factor
  (grow   = 0.) Rejection growing radius
  (mode   =   ql)  

 

1.3-m Photometric Standards

1.3m Observations of General-Purpose Photometric Standards and Reports of Calculated Measurements

General-purpose photometric standards are observed every photometric night on the 1.3m telescope.

The procedure is as follows:

Each photometric night, 1 Landolt field is observed ONCE in all optical filters. In addition, 2 IR standards (one blue and one red) are observed ONCE in all IR filters. Because extinction coefficients cannot be calculated on such nights, "default" values (see below)are used for calculations of zeropoints and color terms.

Periodically, more thorough observations of the same standards are performed, observing each of the 3 standard fields (1 Landolt, 2 IR fields) at 3 different airmasses in order to calculate extinction coefficients. The medians of these values, taken over many months, are the "default" extinction coefficients mentioned above.

Standard star images are available to all users and are not charged against their allocation. We do our best to choose those Landolt fields with at least 3 standard stars available in the field of view. If your program requires additional standard observations, please include them in your PhaseII submission. Additional observations are charged against your allocation.

     Photometric Results Optical [57] Infrared [58]
  Extinction Coefficients Values Optical [59] Infrared [60]
  Description of Photometric Calculation Methods Optical [61] Infrared [62]

 

SMARTS 1.0-m Telescope

 

About the 1.0m telescope

Due to funding limitations the 1.0-m telescope is currently not being opperated

The CTIO/Yale 1-meter telescope is an f/10 reflecting telescope with a closed tube Cassegrain design. It is controlled using a custom Comsoft PC-TCS/DCS system which includes full automation of the dome. A CTIO-built autoguider (with a fixed-position CCD guide camera) was installed in early 2004. From June 1998 until September 2002, the 1.0-m was used by the YALO consortium with the OSU-built ANDICAM [63] dual optical/IR imager. When the ANDICAM [63] was moved to the CTIO 1.3-m [9] as part of the SMARTS collaboration startup in 2003, the 1.0-m sat idle until a new 12-position filter wheel and CCD was installed by OSU in March 2003.  

From July 2005 until the present, the 1.0-m has been equipped with the dedicated STA 4064x4064 CCD known as Y4KCam [64]. Prior to July 2005, the 1.0-m was equipped with a 512x512 Apogee AP7 CCD [65] .  The 1.0-m is equipped with a 12 position filter wheel using 4"x4" filters.  Available filters include BVRcIc  (standard CTIO/KPNO Kron-Cousins set), SDSS ugriz, and U+CuSO4. The complete suite of filters available is listed here [66].

For more information, please see the 1.0m website [67].

Y4KCam

SMARTS Y4KCam website [68]

Y4KCam is a 4Kx4K optical CCD optimized for wide-field broad-band imaging.  It has a 12-position filter wheel and uses a corrector lens (doubling as the dewar window) that provides a nearly undistorted 20x20-arcminute field of view for UBVRI imaging.  The CCD has excellent blue sensitivity, especially at U-band.

Detector Parameters
Pixels 4064x4064
Pixel Scale 0.289"/pixel
Field Size 20'x20'


CCD Parameters

The CCD is operated using multiple amplifier readout (quad). There is no region-of-interest capability.

Conversion Gain : 1.38 electrons/DN
Readout Noise : 6.6 electrons (rms) per quadrant
Linearity : <1% linear to 42,000 ADU above bias
Full Well : ~66,000 electrons
Acquisition Overheads:  
    1x1 binning : 51 sec
  2x2 binning : 16 sec
  4x4 binning : <5 sec

 Additional CCD characteristics can be found at the Ohio State Y4KCam Detector page [69].


CCD Notes:

Detector & Control System
This CCD is a backside-illuminated detector that was thinned and coated by Michael Lesser of the Steward Observatory Imaging Technology Laboratory [70] (ITL). The control system is an Astronomical Research Cameras [71] GenIII Controller integrated by ITL that reads out the CCD in quadrants. The controller is operated by the ITL-provided AzCamServer software running on a Windows XP workstation.

Detector Quantum Efficiency
The measured Detector Quantum Efficiency [72] is quite good across the blue and red portions of the spectrum, falling off towards the near-infrared. The U-band performance is superb.

Nominal DC Bias Level
Because the 4K CCD is readout in 4 quadrants with 4 different corner amplifiers, each has a different DC bias level associated with it. After the electronics and firmware upgrade during repairs undertaken in November 2007, the normal bias level is around 3500ADU, varying from 3400 to 3700 in the different quadrants. These numbers are about 2x larger than previously. The pattern of "high" and "low" bias quadrants has also changed because of the different electronics. Sample Bias Image from 2007 Dec 10 (ds9 orientation) [73].

Detector Gain, Readout Noise, and Saturation

Gain and Readout noise measurements by quadrant (2010 April 28) are

(1,1) +------+------+
      |      |      |
      |  Q1  |  Q2  |
      |      |      |
      +------+------+
      |      |      |
      |  Q3  |  Q4  |
      |      |      |
      +------+------+

  Q1: g=1.33 e-/ADU   ron=7.12 e-
  Q2: g=1.33 e-/ADU   ron=6.91 e-
  Q3: g=1.43 e-/ADU   ron=6.01 e-
  Q4: g=1.45 e-/ADU   ron=6.53 e-

These gain numbers are consistent with the last measurement in August 2007, but the measurement of the readout noise is improved (better method not a better CCD!). This number is inline with expectations for the STA0500 detector.

The CCD conversion gain and readout noise are measured using Janesick's Photon Transfer method, using pairs of biases and a sequence of pairs of flat-field images taken with 1 to 300 second exposures running from low level to at or near saturation.

The gain and readout noise vary from quadrant-to-quadrant, as expected for 4 independent readout amplifiers, ranging from 1.33 to 1.45 e-/ADU. The nominal 1.4 e-/ADU quoted above represents a round average of the 4 quadrants that should be useful for exposure time estimates based on predicted photon fluxes at the detector.

Prior to 2007 February, readout noise was dominated by a 60Hz pickup noise which resulted in an effective readout noise of ~15 electrons per quadrant. This noise source was eliminated by identifying and electrically isolating the offending component, in this case the camera power supply leaking dirty power from the telescope. Now bias images are much cleaner and yield a high-quality 2D bias frame from a median of 5-10 zero images. Recent measurements put the readout noise at about 6.6 electrons.

Examination of overexposed star images (saturated but not pushed past full-well and "bleeding") on raw images shows that the nominal full-well saturation occurs at about 50000ADU, or about 44000ADU above bias, corresponding to about 66,000 electrons full-well depth for a nominal gain of 1.4 e-/ADU.

Bias-subtracted radial profile of a saturated star [74]. The sky level in this image is about 55 ADU.

This full-well seems shallow for a 15-micron pixel device, but that's what we measure. Non-linearity seems to start to become an issue 40,000 ADU above bias, and we strongly recommend that you keep important photometric targets below 40K ADU per pixel. For reference, digitization saturates at 65535 ADU, well above the full-well threshold, so operating the camera at a higher than usual bias level (~3500ADU) has no impact on the dynamic range of the camera system.

Detector Cosmetics
The cosmetics of the CCD are excellent, with only three blocked columns (2 adjacent columns in quadrant 4 and one in quadrant 2) and minor cosmetic defects (isolated spots and smears) that appear to flat field out using dome flats.  A bad pixel mask can be used to interpolate across the bad columns (binning 1x1 [75] and 2x2 [76] - simply rename files to exclude '.txt').  The detector is flat to <2% at all wavelengths before flat fielding. Flat fields show a number of out-of-focus dust specks ("donuts") that appear to flat field out in high S/N-ratio dome flats.

Shutter Shading Corrections
The large detector and large, relatively slow shutter means that the shutter shading correction is non-trivial for short exposures. For >10sec integrations, the correction is everywhere <0.3%, but we recommend that flat fields be taken with minimum exposure times of 30sec. For short integrations, a shading correction will be required. The shortest practical exposure time is 0.3sec, for which the shading correction is ~20% from center to edge, with a complex six-sided pattern [77] that reflects the 6-bladed shutter architecture.

Tests during February 2007 show that the shading correction function has been stable on a few-year timescale. We recommend that a set of shading correction data be taken only once per semester and stored on the data-taking computer at the 1-meter as well as in the Yale respository.

Fringing
There is noticeable fringing in the I-band images in bright-sky conditions, and a slight bit of fringing in the R-band. This seems to come out OK in flat fielding and fringing is not expected to be a problem for most applications.

Cross-Talk
When stars are strongly saturated on one quadrant, there is significant crosstalk into pixels in adjacent quadrants. The effect is strongest in side-by-side quadrants, and weaker in top-to-bottom quadrants, consistent with the expected crosstalk signal pathway through the device.
 
Y4KCam Cross-Talk [78]
 
A particularly nice example of cross-talk is shown above, using purposely badly saturated stars on one quadrant. Click on the image to view a higher resolution version (185k JPEG).

Data were taken during February 2011 to calculate correction coefficients.  Those coefficients and brief instructions on the correction methodology can be found here [79].

Dark Current
The Y4KCam CCD is cryogenically cooled and operated at a temperature of -95 to -100°C. Laboratory measurements found negligible dark current of ~21 electrons/pixel/hour at this temperature, so "dark" images are not required for this CCD.

Pixel Scale
The pixel scale given above is for the BVRI bands, and was measured by fitting to about 150 USNO catalog stars found in the images of SA114. The effective linear pixel scale was consistently 0.289 arcsec/pixel in all bands, so the pixel scale is independent of wavelength for these filters to first order.


Data Acquisition Procedures

Please refer to the Prospero Observer's Guide for the Y4KCam [80] for a complete discussion of data acquisition procedures.  For previous users of Y4KCam, this Quick Guide [81] may be helpful as a refresher.


Data Reduction Procedures

There is a nice package of IRAF-based scripts written by Phil Massey for the Y4KCam that can be found at his website [82].  In addition, IRAF's QUADPROC can also be used if a keyword file is added to the header.  This file (binning 1x1 [83] or 2x2 [84]) can be added to the fits headers using IRAF script noao.artdata.mkheader.  Please note that, to do standardized photometry with Y4KCam, it is necessary to take sky flats to get the full FOV sufficiently flat (see Phil Massey's note [85] on the subject).

SMARTS 0.9-m Telescope

 SMARTS 0.9m web page [86]

About the 0.9-m Telescope

The 0.9-meter telescope is a Cassegrain telescope mounted on an off-axis asymmetrical mounting and used on the east side of the pier. This telescope is at present only used for direct imaging with a dedicated 2048x2046 CCD detector. A CCD-based autoguider, which looks at a small off-axis field, is permanently installed.  From Feb 1 2003 the 0.9-m is one of the CTIO small telescopes being operated by the SMARTS Consortium. 

Observing mode

Classical observing only.  Historically, there has also been service observing, but this is not available due to financial constraints.

Instruments

Since 2000, the 0.9-m has been equipped with a dedicated 2048x2046 Tek2K CCD detector.  Please refer to the Tek2K instrument page [87] for CCD characteristics.

Filters

The standard filter size for the 0.9m CFCCD is 3x3 inch. The filters are mounted in two filter wheels which each can hold up to 8 filters. Usually, 2 positions in each wheel are taken up by a color balance filter (for dome flats) and the "clear" position. We also have a single wheel which can hold up to five 4x4 inch filters. This filter wheel can be installed in place of one of the 8-position wheels.

See the Filter list [66] for more information on the available filters.

Time Synchronization

For projects that require accurate timing information, here is a quick overview on how the time ends up in the image headers:

There are two different header entries relating to time, UT and UTSHUT. UT is read from the TCS. While there is a GPS receiver that displays accurate Universal Time in each telescope's console room, this information is currently not communicated to the TCS automatically, but instead has to be manually entered at the beginning of each night. The absolute accuracy is therefore at best ~1 sec. In addition, the TCS clock often drifts by a considerable amount during the night and is therefore not reliable for both absolute and relative timing.

UTSHUT is taken from the ARCON controller's clock, which is synchronized against the SUN data acquisition computer's clock every time ARCON is started up. After that it runs on the controller's internal clock. The UTSHUT timestamp is the time when the shutter opens and should provide the most accurate timing information currently available. The SUN computer's clock is synchronized with the time reported by the US Naval Observatory and other internet sites (the details of this process are given here). Occasionally, e.g. after a power outage or network problems, this synchronization process fails and it is important to check the accuracy of the SUN clock at various times during a run by visually comparing it to the GPS time display.

To check for the correct UT time on the web, try this link to the USNO Master Clock [88] .

0.9-m Observing Mode

0.9m Observers in SERVICE MODE

0.9m Observers in USER MODE

0.9-m Welcome & Overview

    Contents
  1. Contact People
  2. Scheduling
  3. Instrumentation
  4. Known issues at the 0.9-m
  5. Planning Observations
  6. What you need to do now

Hello, SMARTS, Chilean, and NOAO users!                

If you have recently been awarded time on the 0.9-m, you will soon be contacted by 0.9-m coordinator Adric Riedel with detailed instructions on how to proceed.  Here, we describe the preparation process (in fact, is almost verbatim from the e-mail you will receive) to ensure you obtain the best possible data for your project.  If you are preparing a proposal for the 0.9-m, this website provides information that will best inform you of the capabilities and limitations of the two observing modes (user and service).  In either case, this website will hopefully help with your preparations. 


C O N T A C T   P E O P L E
----------------------------------------------------------------------

The responsible authorities for the SMARTS 0.9m are:

Mr. Adric Riedel [96] (GSU), SMARTS Fellow for the 0.9m.

Dr. Todd Henry [97] (GSU), SMARTS 0.9m Coordinator.

Dr. Charles Bailyn [98] (Yale), Director of the SMARTS Consortium.
    

Questions about 0.9m operations should be directed to Mr. Riedel and Dr. Henry; GSU has been using the 0.9m since 1999 and has been coordinating the 0.9m since the beginning of SMARTS in 2003.

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S C H E D U L I N G
----------------------------------------------------------------------

Time on the SMARTS 0.9m is a mix of classical observing and service observing, divided into (generally) alternating seven night blocks the CTIO staff call 'turnos'.  Within each 'turno', time is assigned by the night (or half-night, but not less).  As such, we cannot guarantee weather conditions.

The observing schedule for the 0.9-m is posted (and updated) here [7]:

Under the 'TIMES' link for your night, you will also find a listing of precisely what hours you have been given. This will aid in planning your programs.

Unless you wish to keep your program completely confidential, this is also where it will be posted for the service observers to see.

Three weeks before your scheduled observations' turno, you will be contacted by Adric Riedel, who will send you a template to use to plan your program.  Reminders will be sent two weeks before, and 10 days before, as needed.  IF YOU DO NOT RESPOND WITH AN OBSERVING LIST BY 7 DAYS BEFORE YOUR TURNO BEGINS, YOU WILL FORFEIT YOUR TIME.

You will also need to fill out the instrument form at

      http://www.ctio.noao.edu/forms/supportforms/ccd_direct.php [99]

(using 0.9M+Tek 2048 CCD) to confirm your time and request the filters you will need.  This is critical for the 0.9m in order to be sure that your desired filters are available.

After your observations are complete, Mr. Riedel will contact you again with the night reports from your scheduled nights and instructions on how to download the data from GSU's FTP server.  Data will be held there for 30 days as bzip2-compressed fits files plus a text file with brief header information.

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I N S T R U M E N T A T I O N
----------------------------------------------------------------------

Pictures of the instrument can be found here [100]

The SMARTS 0.9m is a 36-inch (91-cm) Boller & Chivens telescope, built in 1965 and currently operated by the SMARTS Consortium for NOAO.

The only available instrument on the 0.9m is a Tektronix 2048x2046 CCD with 65K pixel depth and a FOV of 13.69' on the sky, with a pixel scale of 0.401"/pix (not 0.396"/pix as listed on the CTIO page below). This arrangement has lasted for more than 10 years, and has been incredibly stable, both photometrically and astrometrically.

More detailed information about the following points may be found here [87]:

The Tektronix CCD can be run in a number of modes:

      FULL chip (13.6'), ONE amp readout    (3 min readout)
      FULL chip (13.6'), QUAD amp readout   (0.8 min readout)
      Central QUARter (6.8'), ONE amp readout  (0.8 min readout)
      Central QUARter (6.8'), QUAD amp readout  (0.3 min readout)

Quad-readout frames will need to be processed with a tool like IRAF's quadproc, as each of the amplifiers has its own bias level.  In single-amp mode, the lower left (ll) amplifier is usually used.

There are also three available gain settings:

      1: (unavailable, failed in March 2009)
      2: Read Noise ~ 1.6 ADU = 3.9 e-
      3: Read Noise ~ 1.8 ADU = 3.2 e-
      4: Read Noise ~ 2.6 ADU = 2.7 e-

Finally, the 0.9m accepts two filter wheels. There are two sizes available, 8-slot wheels for 3"x3" filters, and 5-slot wheels for 4"x4" filters.

CTIO has a large assortment of filters available for use, listed here [101] (many linked to their filter traces):

CTIO also has some old 2"x2" filters useable in the 0.9m, listed here:

      http://www.ctio.noao.edu/instruments/filters/index.html [102]

Their use is not recommended --- many of them are seriously degraded and all of them vignette on the 0.9m in FULL chip mode.

Please make your filter request as specific as possible when you fill out the instrument form.  These filters are shared between telescopes so CTIO staff will need time to make sure the right ones are available for the 0.9m on your nights.

      http://www.ctio.noao.edu/forms/supportforms/ccd_direct.php [99]

The most common filters in use at the 0.9m are:

* The Tektronix UBVRI 3"x3" filter set (roughly Johnson/Kron-Cousins), which is almost always comprised of the Tek #2 UBRI filters and the Tek #1 V filter.  Filter traces for all three Tek filter sets are available at
      http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.filters.pdf [103]

* An SDSS ugriz 4"x4" filter set (Sloan filters, not to be confused with our Thuan-Gunn griz set) Details about the common filters (e.g. exposure time estimates) are available here:

      http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.filters.text [104]

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K N O W N   I S S U E S   A T   T H E   0 . 9 M
----------------------------------------------------------------------

HEADERS --- there is a known issue with the headers.  The "new" TCS installed in 2005 does not properly communicate with the ARCON data acquisition computer, and as such several header keywords have meaningless values.  We are continuing to work on this long-term problem, but do not yet have a solution.  For details, see

      http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.tcs [105]

PHANTOM OF THE 0.9M --- occasionally, the dome will spin 360 degrees seemingly without cause.  Many tests have been done to determine the cause, and no convincing gotcha has been found.

POINTING --- pointing is typically good to 20 arcseconds, which means it is reliable enough that you should be able to use the J2000 coordinates of your intended field.  However, we HIGHLY recommend that you provide an electronic finder (with orientation and scale labels!)
on a working website for every target.

BAD COLUMNS --- Like many CCDS, the Tek 2k CCD on the 0.9m has bad columns.  These can be avoided.  Otherwise, a bad pixel mask [106] (unbinned - simply rename to exclude '.txt') can be used to interpolate across the columns.

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P L A N N I N G   O B S E R V A T I O N S
----------------------------------------------------------------------

A sample observation list template (ASCII format) can be found here [91].  YOU MUST USE THE TEMPLATE FOR YOUR OBSERVATIONS.  You will be contacted by the 0.9m coordinator with a template appropriate for the current observing semester.  The closer you adhere to the format, the smoother your observations will go.

A few tips and requests, because we at the 0.9m like to under-promise and over-deliver:

* No non-sidereal programs in service mode.  The timing and instrument changes make this better suited to user mode.

* No polarimetry programs in service mode.  As this is a non-standard instrument setup for the 0.9m, it is better handled as user time.

* Assume you are proposing for automated observing.  None of us are familiar with your program, so everything you need must be spelled out.

* You may only have TWO possible programs (photometric, nonphotometric backup) per night, and each must be entirely self-contained.  A single program that can be done in either case (ignoring standard star observations if non-photometric, for example) is also fine.

* Assume your program will be set in stone once started.  We do not have the facility to change target lists for night #2 based on what was observed on night #1.

* Assume the observer is going to go straight down your list as the night progresses.  Use the priority system to make sure the observer knows which targets can be skipped if time is short.

* For best results when requesting absolute photometry, use an airmass calculator (such as

      http://www.briancasey.org/artifacts/astro/airmass.cgi [107])

to determine the exact times (UT) you want your standards observed, and list each visit as a separate observation.

* The weather at CTIO is worst in winter.  Programs scheduled for December or January (Chilean summer) can likely expect to get more than 70% photometric nights, but the odds of photometric weather in August are low.

* Plan for overhead, as detailed for service mode at:
      http://www.chara.gsu.edu/~thenry/SMARTS/smarts.overheads [108]

* Keep it simple.  Our observers are Chilean CTIO employees.  They are not scientists, nor is English their first language, and Mr. Riedel does not want to reword parts of your program to make it clearer for them.

The following requests work well:

* integrating for a certain amount of time

* integrating to X number of peak counts on a target object (marked on a finder)

* dithering between observations (this goes for sky flats as well)

* moving the target off the center of a quad-readout frame

* explicit timing of observations (put UT times in the notes)

* listing objects, such as standard stars, multiple times if you want them observed at different airmasses

* "use ND filter if (object) saturates in less than X seconds"

* "observations may begin in twilight"

* observing a target continuously for an entire night/ until UT time X

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W H A T   Y O U   N E E D   T O   D O   N O W
----------------------------------------------------------------------

Anticipate an email from Mr. Riedel, perhaps begin compiling the necessary information as outlined in this page, and promptly respond with the requested information.  You will then be placed on the "confirmed" list for observations in the upcoming semester.

----------------------------------------------------------------------

If there are any further questions about anything in this email, feel free to contact Mr. Riedel or Dr. Henry.

Clear Skies,

Adric Riedel
SMARTS Fellow
Graduate Student, Georgia State University

Dr. Todd J. Henry
Director, RECONS
Professor of Astronomy, Georgia State University

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0.9-m Duties for Service PIs

What observers with service time need to do --- short list of highlights

The following is a checklist for you to work through in order to have your service observations made successfully.


Observing Template

You must have your observing templates sent to Adric Riedel [96], GSU SMARTS Fellow, 7 days before your turno stars, OR YOUR TIME WILL BE FORFEITED --- NO EXCEPTIONS.

Notifications and example templates will be sent to you on the following schedule:

21 days before your turno starts --- INITIAL CONTACT

14 days before your turno starts --- REMINDER 1

10 days before your turno starts --- REMINDER 2

7 days before your turno starts --- *** HARD DEADLINE ***


CTIO Instrument Form

You must fill out a CTIO instrument form at

http://www.ctio.noao.edu/forms/supportforms/visitor_support.html [109]

You should send this in at least TWO WEEKS before the first night of your turno.  This allows us to catch any problems, such as whether or not your requested filters are scheduled for a user at another telescope.


Getting your data

For data acquired via service mode, the GSU 0.9m SMARTS Fellow (as of JUL 2009, Adric Riedel) will ftp the data back to a staging area at GSU.  You will be given instructions on how to retrieve your data shortly after the observations are taken.

YOU WILL HAVE 30 DAYS TO RETRIEVE YOUR DATA, IF YOU WAIT LONGER THAN THAT, YOU DO SO AT YOUR OWN PERIL


Important Notes

  1. Non-sidereal tracking programs WILL NOT BE SUPPORTED via service time at the 0.9m.  They can be proposed and carried out via user time if you desire.
  2. Polarimetry observations WILL NOT BE SUPPORTED via service time at the 0.9m.  They can be proposed and carried out via user time if you desire.

0.9-m Template Tips

Top 10 Tips for Preparing Your Template for 0.9-m Service Observing

********** WARNING **********

PREPARING YOUR TEMPLATE TAKES FAR MORE WORK THAN YOU PROBABLY ANTICIPATE, SO START EARLY!
 

  1. The form must be returned in ASCII format.
  2. Tell us whether you will be using the FULL chip (13.6 arcmin) or QUARTER chip (6.8 arcmin) mode, and what gain you wish to use.
  3. Be sure to include a list of filters will you need.
  4. Clearly state what calibration frames you need.
  5. Explicitly say if you need photometric conditions, or if non-photometric conditions are fine.  If two programs are submitted (i.e., photometric and non-photometric), clearly designate the two and make them able to "stand alone".  YOU CAN ONLY GIVE TWO OBSERVING OPTIONS FOR A NIGHT, NO MORE.  The observer can use the photometric list if the weather is photometric and completely disregard the non-photometric program that night.  If a particular target should be observed under either condition, it should be included in both lists.
  6. If a program is submitted that requires a given target to be observed more than once per night (e.g., a standard star at different airmasses), structure the observing list in a time-sequential order and list that object multiple times.  This prevents missing observations of standards at necessary airmasses.
  7. Make a reasonable assessment of what you can accomplish in the time awarded.  See www.chara.gsu.edu/~thenry/SMARTS/smarts.overheads [108] for a listing of true overheads.  There is an exposure calculator for this telescope/CCD combination in IRAF.  Also, there is a new calculator [110] using data taken in 2011 and is the preferred one to use.
  8. If you require that exposure times be adjusted based on the observing conditions, provide a finder with a clearly marked target and state an acceptable range in peak counts for that target (a fair limit is 50,000 counts, to avoid saturation at 64,000 and to leave a bit of breathing room).  For example, if you are doing precision astrometry and require at least 30,000 counts on a target, you could set an acceptable range of 30,000-40,000 counts and the observer will adjust the exposure time to meet that requirement.
  9. Finders are HIGHLY RECOMMENDED for all targets.  The 0.9m typically points to 30 arcsec.  Finders should be POSTED ON THE WEB AT A RELIABLE website so they can be quickly checked by the observer.  Each finder chart must have:
  • coordinates
  • N/E directions
  • scale (i.e. 10 arcmin on a side)
  • target marked
Note: if the observer must use the paper copy of Landolt standards, he must flip through several pages to locate the correct finder, which takes time.  Googling Landolt standards will routinely yield the latest website giving finder charts (the website sometimes moves, so we don't list it here).
  1. Double-check all coordinates.  Seriously.

Once your observing template has been examined (and likely revised) by the GSU SMARTS Team, you can check it on the nightly schedule website at:

        http://www.chara.gsu.edu/~thenry/SMARTS/scheduleYYYYA.htm [111], or
        http://www.chara.gsu.edu/~thenry/SMARTS/scheduleYYYYB.htm [112]

 

0.9-m Overhead Times

Timing Overhead for Various Actions at the 0.9-m

There are two sets of times listed below, LIGHTNING and HUMAN.  The LIGHTNING case assumes that everything goes absolutely perfectly, with observer reaction time an absolute minimum.  This does not occur in real life.  The HUMAN overhead is the one that should be adopted for all service observing programs.

  LIGHTNING HUMAN
Slew/Target Acquisition 3 min 5 min (variable)
Change Directory/File Name 1 min 1 min
Change Chip Setup 1 min 2 min
Change Tracking (non-sidereal) 1 min 2 min
Focus Frame 3 min 6 min
Chip Readout    
  Full Chip/Four Amps 0.8 min 0.8 min
  Full Chip/One Amp 3 min 3 min
  Quarter Chip/Four Amps 0.3 min 0.3 min
  Quarter Chip/One Amp 0.8 min 0.8 min


Example

You have a short service program that is inserted into a longer program scheduled for the same night.  You want to use a different chip setup, non-sidereal tracking, and a single 300 second integration.  The required time is:
 

Slew/Target Acqusition 5 min
Change Directory/File Name 1 min
Change Chip Setup 2 min
Change Tracking (non-sidereal) 2 min
Focus Frame 6 min
Chip Readout = Full Chip/Four Amps 0.8 min
Integration Time 5 min
   
Change Directory/File Name BACK 1 min
Change Chip Setup BACK 2 min
Change Tracking (non-sidereal) BACK 0 min (flip switch)
   
Total Time for Observation 24.8 min

0.9-m Duties for Classical PIs

What Observers with User Time Need to do Before Going to Chile

This document outlines the duties of proposers who have user time on
the CTIO 0.9m.  This includes both NOAO and SMARTS users who are going
to CTIO to take their own observations.  It is the observer's
responsibility to carefully consider all relevant information at the
Georgia State University (GSU) SMARTS website at

http://www.chara.gsu.edu/~thenry/SMARTS [113]


1. Basic Information

For us to understand what observing modes are most popular on the 0.9m, you may be contacted by members of the GSU SMARTS team to find out the following information:

  1. Have you been awarded your observing time via the SMARTS Consortium, NOAO or Chilean Telescope Allocation Committee (TAC)?
  2. Who will be at the telescope?
  3. Will you be using the FULL chip (13.6 arcmin) or QUARTER chip (6.8 arcmin) mode?
  4. What filters will you need for your observations?


2. Travel Information

General travel information can be found at the fundamental site

http://www.ctio.noao.edu/diroff/obser_trav.htm [114]

If someone from your team will be traveling to CTIO, fill out the travel form for CTIO at

http://www.ctio.noao.edu/travel/itinerary.php [115] (or, http://www.ctio.noao.edu/forms/ [116] and click on Travel Plans)

In the "Proposal Number" please write SMARTS.

You can arrange to be met at the La Serena airport by a cab that will take you directly to the AURA offices (and your dorm).  If you arrive on time, you should be met after claiming your bags.  Otherwise, you may need to catch your own taxi from the airport to AURA/CTIO in "Colino el Pino".  You will need to pay in pesos, so make sure you have some.  To return to the airport after your run, ask the folks in Reception to arrange for a taxi from the La Serena motel, or just go directly to the airport from the mountain --- ask the carryall driver to drop you off at the airport.

Pay your bill at the ROB (Round Office Building) on the mountain.  Credit cards are preferred (but note that many credit cards charge an extra handling fee for foreign charges.)

*** If in dire need of travel assistance only, as a last resort contact Ximena Herreros [117].


3. Instrument Setup Form

You must fill out an instrument form at

        http://www.ctio.noao.edu/forms/supportforms/visitor_support.html [109]

You should send this in at least TWO WEEKS before the first night of your observing run.  This allows us to catch any problems, such as whether or not your requested filters are scheduled for a user at another telescope.


4. Learning about the 0.9-m

You should familiarize yourself with operations at the 0.9m.  The link entitled "Observing Hints for the 0.9m" will give you some information about how to use the 0.9m.  This link is the one just below the link that got you to the page you are reading now.  It can also be found at:

http://www.chara.gsu.edu/~thenry/SMARTS/smarts.observing.YYYY.MMDD [118]
 

Tek2K

Tek2K is a 2K optical CCD imager that provides a 13.6 arcminute field of view with 0.4 arcsecond pixels when installed on the 0.9-m telescope.

Detector Parameters (f/13.5)
Pixels 2048x2046
Pixel Scale 0.401"/pixel
Field Size 13.6'x13.6'

 

CCD Parameters

The observer can control and change several CCD parameters. These are: the CCD readout format, the binning, and the gain. To reduce the readout time, the CCD can be read out through multiple amplifiers (DUAL or QUAD mode). A single region-of-interest (ROI) can be read out, positioned at an arbitrary place on the CCD. Observers should think carefully whether they need all the field (if not, read a ROI) or the resolution (if not, bin 2x2). Even though the CCDs with QUAD readout have short read times by big-CCD standards, substantial gains in efficiency are possible by reducing the format.
 

***Table of gain values***
Index Read Noise 1/Gain Read Noise Quad Read
  LL LR UL UR LL LR UL UR LL LR UL UR Time
  (ADU) (e-/ADU) (e-) (sec)
1: 1.1 1.2 1.1 1.2 5.1 4.8 5.5 4.5 5.6 5.8 6.0 5.5 25
2: 1.5 1.6 1.5 1.6 2.6 2.5 2.7 2.5 3.9 3.9 4.0 3.9 32
3: 1.7 1.9 1.8 1.9 1.8 1.7 1.8 1.5 3.1 3.3 3.2 2.8 39
4: 2.6 2.6 2.5 2.6 1.0 1.0 1.1 1.0 2.6 2.6 2.8 2.6 53

*NOTE: A power outage that occurred on 07 March 2009 caused gain values to spike when the CCD is operated with gain index #1.  As such, the full well of the CCD is reached before digital saturation at ~ 44,000 ADU.  Non-linearity is likely a problem below this value.  We currently do not support this index setting for service observing and strongly recommend that visiting observers select another gain index.  For the remaining 3 index values, digital saturation of 65,535 (ADU) is reached before full-well capacity.  Read times are quoted for full frame quad readout with no binning. Linearity: gain increases by <0.3% over signal range. Patterns have been minimized for full frame readout at gain 1 (prior to power outage) and will be more apparent though still a minor source of noise at higher gains or when regions of interest and/or binning are used.

A raw quad-amplifier picture looks a little unusual. Each quadrant has a slightly different electrical offset (ie overscan level), and the four overscan segments are in the center of the picture. The real time display automatically removes the overscan and applies an offset to each quadrant to normalize the DC level. In addition, the real time display colors any saturated (ie 65535) pixel in red.

QUAD CCD pictures have to be trimmed and overscan-subtracted in a separate pre-processing IRAF task called quadproc (in the quad package). Note that even after the pictures are trimmed and overscan subtracted the sky levels in each quadrant will not be identical (unless the sky level is zero). This is because each of the four CCD amplifiers has a slightly different gain. After the trimming and overscan correction with quadproc, the images can be processed (bias subtraction, flatfielding) in the standard manner.
 

Data Acquisition Procedures

Please refer to the CFCCD User Manual [119].

Important Tip:

The data acquisition computer (ctioa4) occasionally has trouble handling simultaneous processes, resulting in ARCON crashing. It is recommended that you do not do anything (display another image, reduce data, write tapes, etc.) that uses ctioa4's CPU or accesses ctioa4's disks from another computer while an image is reading out. It is perfectly safe to do these things while the image is EXPOSING. If you want to work on your data, it is best to imcopy the raw images over to ctio36 (but not during image readout!) and do all the work there.

A night assistant is not regularly provided on the 0.9-meter telescope. A TCS software manual is available in the control room.

Domeflat exposure times (gain option #2) to reach a level of about 25,000 ADU.

Filter Exp Time
(sec)
B 180
V 100
R 110
I 120

 

Sample master bias frame [120] A sample "master" Bias frame (quad readout) after overscan correction and trimming with quadproc (click on the image for an expanded view). The frame was created by averaging 20 individual frames (rejection option "minmax").
Sample master flat field frame [121] A sample "master" Flatfield frame (quad readout, V filter) after overscan correction and trimming with quadproc (click on the image for an expanded view). The frame was created by median combining 10 individual frames (rejection option "avsigclip").

 

Crosstalk

When using multiple-amplifier readout, signal from one amplifier can "leak" into the signal of another. Crosstalk is an additive effect and is proportional to the signal strength in a given amplifier. In the sample frame shown below, this effect shows up as negative (white) images of bright stars in the lower left and upper right quadrants. The white images in the upper right quadrant correspond to the (black) star images of the lower left quadrant (flip the upper right quadrant left-right and up-down). We are currently working on software to correct for this effect.

crosstalk [122]

A reduced 2048x2048 frame (quad readout)  showing examples of "crosstalk" (click on the image for an expanded view).

 

SMARTS Logs

SMARTS Nightly Observing Logs

  1.5-m 1.3-m           1.0-m          0.9-m
2011   1.3-m Logs 2011 [123] 1.0-m Logs 2011  
2010 --- 1.3-m Logs 2010 [124] 1.0-m Logs 2010  
---  
2009 --- 1.3-m Logs 2009 [125] 1.0-m Logs 2009  
---  
2008 --- 1.3-m Logs 2008 [126] 1.0-m Logs 2008  
---  
2007 --- 1.3-m Logs 2007 [127] 1.0-m Logs 2007  
---  
2006 --- 1.3-m Logs 2006 [128] 1.0-m Logs 2006  
1.5-m Logs 2006A [129]  
2005 1.5-m Logs 2005B [130] 1.3-m Logs 2005 [131] 1.0-m Logs 2005  
1.5-m Logs 2005A [132]  
2004 1.5-m Logs 2004B [133] 1.3-m Logs 2004 [134] 1.0-m Logs 2004 [135]  
1.5-m Logs 2004A [136]  
2003 1.5-m Logs 2003B [137] 1.3-m Logs 2003 [138]    
---  

 

Notes:

1.5m RCSpec Service Observing Nightly Logs

The creation of official nightly logs on the 1.5m did not begin until mid-November, 2003. Logs prior to this point can be found here [139]. Also, logs for dates after May 9, 2006 can be found in the same place.

1.3-m: Archive of ANDICAM 2003 Observing

ANDICAM began SMARTS operations on the CTIO 1.3m telescope on 2003 Feb 3.

ANDICAM nightly observing logs contain a list of all images acquired during a given night. Observing logs are filed by the local date at the start of the observing night. For example, to find the observing logs for the night that began the evening of 2003 June 12 and ended at sunrise on June 13, you would consult the observing log dated 2003 June 12 (20030612.log).

SMARTS2 operations began in January 2006. ANDICAM operations at the CTIO 1.3m telescope began as part of the original SMARTS consortium on 2003 February 3 and ran through 2005 December.

Observing logs are generated automatically by the AutoLog program running as part of the data-taking system and are updated automatically at 10am Eastern Time.

1.0-m Archive  1.0m Telescope + Y4KCam 2010 Observing Logs

Observing logs are organized by month. Within each month the logs are filed by "Observing Date", which is defined as the local date at the start of the observing night. For example, to see what was observed during the night that began at sunset on 2010 June 12 and ended at sunrise on June 13, you would look at the log for 2010 June 12.

Logs are updated automatically at 10am Eastern Time.

CTIO 1.0m operations did not begin until 2004 May 12.

 

Retired Instruments

Retired Spectrographs


Retired Imagers

ASCAP

Photo-electric Photometry at CTIO, using PC/ASCAP

Instrument is retired and no longer available for use.

G. Schumacher
D. Geisler
Feb. 1991

some updates by A.R. Walker, Sept. 1998

 

INTRODUCTION

Photo-electric Photometry is only offered on the 1.5-m telescope, at f/13/5 (10 arcsec/mm). Unfortunately, there is at present no CTIO staff member carrying out scientific programs with this equipment, and so we may be a little slow at finding the answers to your questions. Sorry!

We have several photomultiplier tubes (GaAs, S20, S11) normally operating in a dry-ice cooled cold-box. We also have the last working Varian InGaAsP photomultiplier in the world (purchased in 1978!!) which has high sensitivity to almost 1.2 microns, we restrict access to this tube due to its fragility and uniqueness. The photometers are simple devices containing an aperture wheel, filter wheel, and TV viewing of the aperture, all under computer control. The pulses from the photomultipliers are amplified by either SSR or EMI amplifier- discriminators and then counted on hardware contained in a PC, which also operates the instrument, and has various facilities for displaying the data, manipulating and storing it, and doing reductions. The remainder of this document describes the program. Note that this PC is on the mountain ethernet, so you can transfer your data files home with ease, or else write them to floppy disk.

 

FILES

The files utilized by the PC-ASCAP program are ordinary text files consisting of one line records, which can be produced using any text editor which does not leave any special control character in the file. The records themselves consists of various fields separated by any number of spaces. Free format number decoding is used throughout. Therefore, it is important not to use a space within a field, for example in a star identification. We recommend using the "_" (underbar) or "-" (dash) characters instead.

User file.

This file is mandatory and contains the basic information for observation. We recommend calling it by your name, e.g. Jastronomer. The examples illustrate a typical set-up: using the 1.5m telescope with the Hamamatsu tube in cold box 71 and the filters VBURI in positions 1-5. The following record types are used in this file:

Name: this record identifies the observer. For example:

Name: Joe Astronomer

Telescope: this record identifies the telescope. The telescopes with encoders are the 4.0m, 1.5m, 1.0m, and 0.9m. Any other name is accepted, e.g. 0.6m, but the position information is then taken from the right ascension and declination of the object, as given with the 'ident' command (see below), instead of from the telescope encoders. For example:

Telescope: 1.5m

Tube: this record identifies the photomultiplier in use. The last field in the record contains the maximum recommended count rate for the tube.

Tube: Hamamatsu 71 200000

In order to prevent damage to the phototube, there is a maximum recommended count rate for each tube that should not be exceeded. In general, this maximum count rate is 200,000 counts/sec. This is true of all of the GaAs tubes (RCA, Hamamatsu) - see page IV-28 of the Facilities Manual for the maximum recommended count rate if you are using a different tube. If the count exceeds the number given in the user file in the first second of observation, the program will insert the TV mirror, warn you that you have exceeded the maximum count rate and ask if you wish to continue. To be safe, answer "NO" and observe a fainter star. You can force the integration to continue by typing "YES" but PLEASE be careful as excessive exposure to extreme light levels can fry the tube. If you must observe this star, use the minimum integration time necessary.

Dead time: this record gives the dead time in nanoseconds, needed to correct for coincidence losses.

Dead time: 35

Filters: this record initiates the description of the filters in use. The description consists of the filter position in the filter wheel, an identification label and optional comments. The identification label should start with an alphabetic character, not a number.

Filters:

 

  1. v
  2. b
  3. u
  4. r
  5. i

Precision: this record initiates the declaration of the precision value for each filter. You can omit this item if you are not using the automatic mode.

Precision:

 

  1. 1.5
  2. 0.7
  3. 0.7
  4. 0.7
  5. 0.7

Color equations: this record initiates the description of the color equations to be used in the quick look calculations. The equations are constructed utilizing the labels given in the filters record. You can omit this and following items if quick look is not desired.

Color equations:

U-B = 1.01*u - 1.01*b
B-V = 0.95*b - 0.95*v
V-R = 0.96*v - 0.96*r
R-I = 0.99*r - 0.99*i
V = 1.03*v - 0.03*b

NB - The order of these equations should be the same as that in the Standard file (see below).

Extinction coefficients: this record initiates the definition of the extinction coefficients.

Extinction coefficients:

v = 0.14
b = 0.23 - 0.024*b + 0.024*v
u = 0.50 - 0.024*b + 0.024*v
r = 0.085
i = 0.052 + 0.01*r - 0.01*i

Zero points: this record initiates the definition of zero point values.

Zero points:

U-B = 0.21
B-V = -0.38
V-R = -0.29
R-I = 1.20
V = 21.61

The next example shows a complete user file.

Name: Joe Astronomer
Telescope: 1.5m
Tube: Hamamatsu 71 200000
Dead time: 35
Filters:

  1. v
  2. b
  3. u
  4. r
  5. i

Precision:

  1. 1.5
  2. 0.7
  3. 0.7
  4. 0.7
  5. 0.7

Color equations:

U-B = 1.01*u - 1.01*b
B-V = 0.95*b - 0.95*v
V-R = 0.96*v - 0.96*r
R-I = 0.99*r - 0.99*i
V = 1.03*v - 0.03*b

Extinction coefficients:

v = 0.14
b = 0.23 - 0.024*b + 0.024*v
u = 0.50 - 0.024*b + 0.024*v
r = 0.085
i = 0.052 + 0.01*r - 0.01*i

Zero points:

U-B = 0.21
B-V = -0.38
V-R = -0.29
R-I = 1.20
V = 21.61

Macros file

The macros file contains the definitions of the automated observing sequences. The macros have the same format as the old Tolnet version. In order to distinguish one macro from another they are separated by a record containing the word 'macro' followed by a number. This number is then used to invoke the macro with the 'X' command. The macro may be extended to several lines and can have an unlimited number of commands. The file must be called ' macros '. The number of macros is also unlimited (unlike the old version where there were only 10 available). Within a macro, the format is : * (star) or / (sky), followed by filter number, then a comma, followed by the desired number of observations, then a space, and another 4-character command. For example:

 

macro 1
*1,1 *2,1 *3,1 *4,1 *5,1
/5,1 /4,1 /3,1 /2,1 /1,1

macro 2
*1,2 *2,2 *3,2 *4,2 *5,2 /5,1 /4,1 /3,1 /2,1 /1,1

After observing the star and before observing sky, the program will halt, move the TV mirror to the field position, and wait until you locate a sky patch and press the space key before observing sky.

Objects file

The objects file contains the positions of the objects to be observed. Remember that spaces are used to separate fields and should not be used within a field.

Within the data records, the following order is used:

- Record Identifier: The exact content of this record is up to the user. This identifier should be given with the 'ident' command. It can be up to 8 characters.

- right ascension: 3 numbers: HH MM SS.SS, e.g. 12 34 45.123

- declination: 3 numbers: DD MM SS.SS, e.g. -30 41 32.3

- epoch: a number in years., e.g. 1990.0

 

The rest of the line may be used for comments, identifiers, etc. PC-ASCAP does not use this information.

The following is an example of an object file:

 

1 17 05 05.431 -64 59 56.12 2000.0 Center of field
2 17 03 32 -65 00 53 1950 V= 18.24, B-V= 0.35

 

Standard file

This file contains the star id, standard magnitude and the color values for the standard stars. The order of the indices should be the same as that given in the user file. Also, the star id should be identical to that used in the objects file and

 

Star         U-B     B-V    V-R    R-I      V 

 E101      0.091   0.087   0.038   0.084  7.704
 E102      0.112   0.206   0.126   0.274  8.444 
 E103      0.098   0.086   0.037   0.085  9.657
 E104      0.001   0.362   0.213   0.427  7.455

Data file

The data file is called 'ppdata.dat'. The data is normally written to the hard disk but you can also select the floppy drive as a backup medium. The format of the data is the same card image format as the old version of People's Photometry, so you don't have to change your reduction program! At the end of the night, you can write out your data to floppy using the command PPCOPY. For example:

PPCOPY ppdata.dat a:dec2590.dat

The format of the data is:

 

 

Column(s)        Contents

   1        0 if normal data record or 1 if a comment, in which case the comment
            appears in columns 6-80.
   2-5      Record number.
   6-13     Identification.
   14       Standard flag: 1 if the star identification appears in your
            standard star (stand) file, 0 otherwise.
   15       Object flag: 0 if star, 1 if sky.
   16       Diaphram number (first diafram used =1, second =2, etc.).
   17       Filter number.
   20-21    Universal time hours.
   22-23    Universal time minutes.
   24-25    Universal time seconds.
   26-28    Hour angle hours.
   29-30    Hour angle minutes.
   31-32    Hour angle seconds.
   33-35    Declination degrees.
   36-37    Declination minutes.
   38-39    Declination seconds.
   40       Reject flag: blank if not rejected, 1 if rejected.
   41       Number of channels (=1).
   42-45    Integration time (sec).
   46-52    Counts.
   67-68    Month.
   69-70    Day.
   71-72    Year.
   73-74    Universal time tenths of seconds.

 

COMMANDS

The $ level commands are those which accept parameters needed during data acquisition and logging. The commands are case insensitive and all responses require pressing the 'enter' key to be acted upon. A list of the available commands at any level appears on a window on the right-hand side of the screen. Following is a description of all implemented commands.

 

This command sets the clock to the Universal Time as given by the satellite receiver. In order to use this feature you need to be connected to the SUN computer named ctio1m (from the Sun, do "rlogin ctio1m"). Operation is as follows:

 

- Type the goes command at the PC terminal.

- Then type the goes command at the SUN terminal.

- On the PC screen you will see a time about 10 seconds ahead of the present time. When that time arrives the clock will be synchronized with the satellite time. There are ocassions when this command fails to terminate and the clock doesn't get synchronized at the shown time. In that case, strike any key at the PC terminal and repeat the operation again.

 

  • backup

    This command enables or disables backup of the data on a diskette. To enable backup type 'backup on'. To disable type 'backup off'. The backup status is permanently shown in the status window. For example:

    backup on

    It is a good idea to enable this feature, which will then cause the data to be written to floppy ~ every 10 records, naming the file something like a:dec2590.bck. However, since you may reject records during the night after they are written, you may also want to write the clean data to floppy at the end of the night using the PPCOPY feature (after you quit the program), naming the file a:dec2590.dat.

     

  • coord

    This command shows the present telescope coordinates on the screen. If printer logging is enabled they get typed on that medium too. The coordinates are presented in the order right ascension, declination and hour angle.

     

  • date.

    This command permits setting of the date. If no argument is given then the present date is shown on the screen. The format is month/day/year. For example:

    date 09/18/90

     

  • diaf

    With this command you give the program the size of the diafram (in mm) to be used. After given the command, the program positions the selected aperture inmediately. The acceptable arguments are: 0.7, 1.0, 1.4, 2.0, 2.8, 4.0, 5.6. See the Facilities Manual (Table IV-17) to determine the size of the apertures in arcseconds at your telescope. For example:

    diaf 1.4

     

  • dir

    This command permits examining a directory content. After you type the command, you are requested for the name of the directory to be shown. To return to the command level, just press 'ESC'.

     

  • edit

    This command permits editing of a file content. If the file doesn't exist it is created. Otherwise the file content is presented in an edit panel.

    The editor is a true screen editor (not a word processor) in that you use the arrows and pages keys to browse and insert text. To exit the editor press the ESC key. The following keys are supported:

     

    ESC       Quit editing
DEL       Delete character under cursor
BACKSPACE Delete character to the left of cursor
ALT-S     Search for a string
ALT-R     Search for a string and replace it
UP        Moves the cursor up one character
DOWN      Moves the cursor down one character
RIGHT     Moves the cursor right one character
LEFT      Moves the cursor left one character
HOME      Moves to beginning of the current line
END       Moves to the end of the current line
PGUP      Moves up one page
PGDN      Moves down one page
CTRL-PGUP Goes to the beginning of the text
CTRL-PGDN Goes to the end of the text
ALT-M     Turns marking mode on or off.
GRAY +    Copies the marked block to the cut buffer.
GRAY -    Cuts the marked block to the cut buffer.
INS       Pastes the cut buffer at the current cursor location.
DEL       Deletes the marked block if there is one.

    For example:

    edit jastronomer

    -Note. Be sure to use the "eq" command after editing your userfile to update the changes into the program, e.g. after changing the zero points at the beginning of the night.

     

  • eps

    This command is used to enter the limit of acceptable variability for the counts, C, according to:

    |C - Mean| / Sigma < Eps.

    If any count rate exceeds this criterion, integration will halt and an "Unstdy Counts" error message will appear. Check centering, etc. To continue, just press the space key. Be sure to reject the offending integration if appropriate.

    To suppress this feature enter a value of 0. For example:

    eps 10

     

  • eq

    This command permits rereading the equations for quick look contained in the user file. Normally you give this command after editing the user file, for example, after changing the zeropoints at the beginning of the night.

     

  • go

    This command transfers control to the section of the program where data acquisition actually occurs. The runtime window is placed on the screen. For example:

    go

    The GO level commands for actual data acquisition are virtually identical to the old People's Photometry commands. They are largely single key instructions requiring no 'enter' key to perform its action. However, 'enter' must still be used with those commands requiring parameters, such as setting an integration time. Following is a list of GO level commands.

     

    space   continue integration after hold condition.
1-8     starts integration with selected filter.
*       group observations as star counts. 
/       group observations as sky counts.
-       group observations as dark counts.
!       force termination of present integration, and continue to next command
        if executing a macro.
a       selects automatic mode. (Integration terminates when the precision defined
        in the Precision Table is reached).
b       breaks integration or escapes from macro. Data is not recorded 
        for the interrupted integration.
c XXX   enters the comment XXX (up to 72 characters).
f       shows the field on the TV screen.
h       holds an integration. Continue by striking the space bar.
k       kills the previous sky readings.
m       selects manual mode.
n NN    sets the number of integrations to NN per filter.
r n-m   sets the reject flag on records n-m.
s       stop and return to $ level commands.
t n     sets the integration time to n seconds. Allowed values are 1 to 30,000.
v       view the area of the diafram on the TV screen.
x n     starts macro n.
z       zap (terminate) present macro command. Can reinitiate present macro 
        command with the Space bar.

     

  • goes
  • gonr

    This command transfers control to the section of the program where data acquisition actually occurs. The difference with the go command is that no data recording takes place.

     

  • i (ident)

    This command is used to identify an object using up to 8 characters. The command groups the observations belonging to one object together, and failure to use it negates internal housekeeping functions. After receiving the command, the program checks the standard file to see if the object is a standard star or not. If it is, the program tells you so.

    For telescopes lacking position encoders, or when the connection is disabled (see tcs command below) and if the id is not found in the objects file, then the program will ask for the coordinates of the object. The coordinates are requested in a formatted window. In order to escape from the window just press 'ESC'. For example:

    i LMC-0635

     

  • macros

    This command allows editting of the macros file. After the command is given the file content is presented in an edit window (see edit command above). For example:

    macros

     

  • object

    This command selects the objects file. The file should be prepared according to the description given in the 'files' section. For example:

    object obs24.coo

     

  • prec

    This command is used to change the precision values of any filter. After given the command you are presented with a window of precision values. To return to the command level press 'ESC'.

     

  • printer

    This command enables or disables logging of commands on the printer. To enable logging type 'printer on'. To disable logging type 'printer off'.

     

  • q (quick)

    This command requests the calculation of quick look reductions. If no argument is given then the last object observed is used. Otherwise, the argument is taken as the first record number of the object to be calculated. For example:

    q 274

     

  • quit

    This command terminates the program. After receiving the command, the program requests the user for confirmation. Respond 'yes' if you want to abandon the program. Use this command to terminate the program at the end of the night. If you quit the program during the night for whatever reason and then return, be sure to execute the "stand" command and set "backup" and "printer" on.

     

  • stand

    This command selects the standard stars file. The file should be prepared according to the description given in the 'files' section. Be sure to use this command again if, for whatever reason, you "Quit" the program and then return to it during the night. For example:

    stand ubvrimag

     

  • tcs

    This command enables or disables the connection to the telescope control system. Type 'tcs on' to enable. Type 'tcs off' to disable. For example:

    tcs on

     

  • time

    This command permits setting of the universal time into the computer. If no argument is given then the present time is shown on the screen. The format is hh:mm:ss. For example:

    time 06:35:40

Data Display

Figure 1 shows the run-time data display. It consists of a series of windows each showing specific pieces of information. Following is a description of each window.

Top left

This window displays the program name.

Top right

This window displays the date and universal time.

Middle left

This window displays the actual run-time information. Under 'object' it shows both '*' and '/', for star and sky respectively. Under 'filter' it shows the number of the actual filter being observed. Under 'time' it shows the total time of integration in seconds. Under 'counts/sec' it shows the rate for the present object being observed. Under 'counts' it shows the total counts already obtained for both star and sky for the selected filter. Under 'prec' it shows the present presicion obtained (in units of 0.1%), and finally under 'total (* - /)' is shown the total star counts minus the sky counts (=(Star count rate - Sky count rate)(both corrected for dead time) * ( total time observed on Star )). Thus, e.g., when this number reaches 10,000 you have achieved 1% accuracy from photon statistics.

Middle right

This window shows the status of the backup, printer and tcs options.

Bottom left

This is the actual command window.

Bottom right

This is the help window, where all possible commands available in the current task are shown. The window content changes as you select different levels of the program.

 

Next-day Reduction on the Mountain

A full photometry reduction program is available on the SUN computers, both on the mountain and in La Serena, enabling you to obtain final transformed magnitudes and colors for program stars. After a little practice, one can reduce a night's worth of data in about an hour.

 

G. Schumacher
D. Geisler
Feb. 1991

Fiber Echelle Spectrograph

Fiber echelle is de-commissioned starting from 2011.

Fiber echelle consists of the de-comissioned Blanco Echelle spectrograph [142] in fixed configuration connected by optical fiber to the CTIO 1.5-m telescope. The instrument was used in service mode in 2008-2010.

Spectral format: Fixed configuration covering wavelength range from 4010 to 7300 Angstroem without gaps. The order height is about 3 pixels FWHM.

Spectral resolution:

  • Standard mode (slit setting 50 micron, actual width 90 micron): R=43000 (FWHM 2.2 pixels)
  • Low-resolution mode (slit setting 100 micron): R~26000 (fully opened slit, transmission gain 30%).

Efficiency: Estimated 1%. The star V=5 gives about 135 electrons/s in the extracted spectrum (standard slit setting 50 micron). Assuming 5-pixel height of the extracted spectrum and normal readout mode, the signal-to-noise ratio S/N near blaze maximum for exposure time t seconds and a star of magnitude V can be estimated as

S/N = Nph/sqrt(Nph + 18^2), Nph = 1.35 t 10^(-0.4V + 4)

See the plot below. Exposures longer than 20 min. are not recommended because of cosmic rays; take several exposures instead.

Detector: SITe, 2048x2048 pixels, 24-micron pixel size. Full readout in 27s (normal mode, gain 0.9 el/ADU) or 18s (fast mode, gain 3 el/ADU). Readout noise 8el (normal) and 9.5el (fast). Saturation level: 65536 counts in all modes (to be confirmed).

Comparison lamps: Thorium-Argon, Quartz (not simultaneous, light goes through the same fiber). Do not forget to take comparison exposures needed for your program!

Precise radial velocities: Iodine cell can be inserted in the beam before slit for precise radial-velolcity measurements. On bright stars, the precision can reach 3 m/s.

Entrance aperture: round, diameter 2.7 arcseconds.

Guiding: automatic, using light of the observed star falling outside entrance aperture.

Documentation: user's manual [143]
 

Source URL (modified on 01/02/2013 - 16:46): http://www.ctio.noao.edu/noao/content/Telescopes-Instruments-Schedules

Links
[1] http://www.chara.gsu.edu/~thenry/SMARTS/schedule2012B.htm
[2] http://www.astro.yale.edu/smarts/schedules/sched10m2012b.txt
[3] http://www.astro.yale.edu/smarts/schedules/sched13m2012b.txt
[4] http://www.astro.yale.edu/smarts/schedules/sched15m2012b.txt
[5] http://www.astro.yale.edu/smarts/previous.htm
[6] http://www.astro.yale.edu/smarts/operatingplan.htm
[7] http://www.chara.gsu.edu/~thenry/SMARTS/
[8] http://www.astro.yale.edu/smarts/10-m-telescope.htm
[9] http://www.astro.yale.edu/smarts/13-m-telescope.htm
[10] http://www.astro.yale.edu/smarts/15-m-telescope.htm
[11] http://www.ctio.noao.edu/spectrographs/60spec/60spec.html
[12] http://www.ctio.noao.edu/noao/content/chiron
[13] http://www.ctio.noao.edu/noao/sites/default/files/intranet/1.5-m-focus60.gif
[14] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/ctio/1_5m/PlateLogs1_5m.csv
[15] http://www.astro.yale.edu/smarts/1.3m.html
[16] http://www.astro.yale.edu/smarts/ANDICAM/data.html
[17] http://www.astronomy.ohio-state.edu/ANDICAM/detectors.html
[18] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/kpno_b.pdf
[19] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/KPNO_B.txt
[20] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/kpno_v.pdf
[21] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/KPNO_V.txt
[22] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/kpno_i.pdf
[23] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/KPNO_I.txt
[24] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/andi_j.pdf
[25] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/J_andi.txt
[26] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/andi_h.pdf
[27] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/H_andi.txt
[28] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/andi_k.pdf
[29] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/K_andi.txt
[30] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/yalo_b.pdf
[31] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/B_YALO.txt
[32] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/yalo_r.pdf
[33] http://www.ctio.noao.edu/noao/sites/default/files/instruments/filters/R_YALO.txt
[34] http://www.astro.yale.edu/smarts/ANDICAM/mail.html
[35] http://www.astro.yale.edu/smarts/smarts13m/observer.html
[36] http://www.astro.yale.edu/smarts/smarts13m/optprocessing.html
[37] http://www.astro.yale.edu/smarts/ANDICAM/ObsLogs/
[38] http://www.astro.yale.edu/smarts/ANDICAM/Reports/Nightly/
[39] http://www.astro.yale.edu/smarts/smarts13m/procreps.html
[40] http://www.ctio.noao.edu/noao/content/13-m-photometric-standards
[41] http://www.astro.yale.edu/smarts/smarts13m/pg1323.html
[42] http://www.astro.yale.edu/smarts/smarts13m/ndfilters.html
[43] http://www.astro.yale.edu/smarts/smarts13m/queue.html
[44] http://www.astro.yale.edu/smarts/usage/usage13m2004b.dat
[45] http://www.astro.yale.edu/smarts/usage/usage13m2005a.dat
[46] http://www.astro.yale.edu/smarts/usage/usage13m2005b.dat
[47] http://www.astro.yale.edu/smarts/usage/usage13m2006a.dat
[48] http://www.astro.yale.edu/smarts/usage/usage13m2006b.dat
[49] http://www.ctio.noao.edu/noao/content/optical-processing-procedure
[50] http://www.astro.yale.edu/smarts/ANDICAM/Reports/Trouble/
[51] http://www.astro.yale.edu/smarts/ANDICAM/Reports/
[52] http://www.ctio.noao.edu/noao/content/SMARTS-Logs
[53] http://www.astronomy.ohio-state.edu/ANDICAM/detectors.html#sens
[54] http://www.ctio.noao.edu/noao/content/13-m-telescope
[55] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele13/optprocessing.txt
[56] http://www.ctio.noao.edu/noao/content/smarts-contacts
[57] http://www.astro.yale.edu/smarts/smarts13m/photrepsCCD.html
[58] http://www.astro.yale.edu/smarts/smarts13m/photrepsIR.html
[59] http://www.astro.yale.edu/smarts/smarts13m/ext.coeffsCCD
[60] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele13/ext.coeffsIR
[61] http://www.ctio.noao.edu/noao/content/13-m-smarts-photometric-calibrations-bvri
[62] http://www.ctio.noao.edu/noao/content/13-m-SMARTS-Photometric-Calibrations-JHK
[63] http://www.ctio.noao.edu/noao/content/andicam
[64] http://www.ctio.noao.edu/noao/content/y4kcam
[65] http://www.astronomy.ohio-state.edu/Y4KCam/detector_ap7.html
[66] http://www.ctio.noao.edu/noao/content/ctio-3x3-inch-and-4x4-inch-filters
[67] http://www.astro.yale.edu/smarts/smarts1.0m.html
[68] http://www.astronomy.ohio-state.edu/Y4KCam/
[69] http://www.astronomy.ohio-state.edu/Y4KCam/detector.html
[70] http://www.itl.arizona.edu/
[71] http://www.astro-cam.com/
[72] http://www.astronomy.ohio-state.edu/Y4KCam/OSU4K/index.html#DQE
[73] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/y4kcam_bias_071210.jpg
[74] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/y4kcam_star_071210.jpg
[75] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/badpix.1.0m.pl.txt
[76] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/badpix.1.0m.2x2.pl.txt
[77] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/y4kshut_300ms.jpg
[78] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/y4k_xtalk.jpg
[79] http://www.ctio.noao.edu/noao/sites/default/files/instruments/imagers/y4kcam_xtalk.txt
[80] http://www.astronomy.ohio-state.edu/Y4KCam/Y4KObsguide.pdf
[81] http://www.ctio.noao.edu/noao/sites/default/files/1m_observing.pdf
[82] http://www2.lowell.edu/users/massey/obins/y4kcamred.html
[83] http://www.ctio.noao.edu/noao/sites/default/files/quadproc_head.txt
[84] http://www.ctio.noao.edu/noao/sites/default/files/quadproc_head_2x2.txt
[85] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele10/phot.txt
[86] http://www.astro.gsu.edu/~thenry/SMARTS/
[87] http://www.ctio.noao.edu/noao/content/Tek2K
[88] http://tycho.usno.navy.mil/what1.html
[89] http://www.ctio.noao.edu/noao/content/09-m-Welcome-Overview
[90] http://www.ctio.noao.edu/noao/content/09-m-Duties-Service-PIs
[91] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.template
[92] http://www.ctio.noao.edu/noao/content/09-m-Template-Tips
[93] http://www.ctio.noao.edu/noao/content/09-m-Overhead-Times
[94] http://www.ctio.noao.edu/noao/content/09-m-Duties-Classical-PIs
[95] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.observing.2010.0312
[96] mailto:riedel@chara.gsu.edu?subject=SMARTS%200.9m%20Correspondence
[97] mailto:thenry@chara.gsu.edu?subject=SMARTS%200.9m%20Correspondence
[98] mailto:charles.bailyn@yale.edu?subject=SMARTS%20General%20Correspondence
[99] http://www.ctio.noao.edu/forms/supportforms/ccd_direct.php
[100] http://www.ctio.noao.edu/noao/content/09-m-History
[101] http://www.ctio.noao.edu/noao/content/CTIO-3x3-inch-and-4x4-inch-Filters
[102] http://www.ctio.noao.edu/instruments/filters/index.html
[103] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.filters.pdf
[104] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.filters.text
[105] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.0.9m.tcs
[106] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele09/badpix.pl.txt
[107] http://www.briancasey.org/artifacts/astro/airmass.cgi
[108] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.overheads
[109] http://www.ctio.noao.edu/forms/supportforms/visitor_support.html
[110] http://www.ctio.noao.edu/noao/content/SMARTS-Imager-Exposure-Calculator
[111] http://www.chara.gsu.edu/~thenry/SMARTS/scheduleYYYYA.htm
[112] http://www.chara.gsu.edu/~thenry/SMARTS/scheduleYYYYB.htm
[113] http://www.chara.gsu.edu/~thenry/SMARTS
[114] http://www.ctio.noao.edu/diroff/obser_trav.htm
[115] http://www.ctio.noao.edu/travel/itinerary.php
[116] http://www.ctio.noao.edu/forms/
[117] mailto:xherreros@ctio.noao.edu?subject=Observer%20Travel%20Assistance
[118] http://www.chara.gsu.edu/~thenry/SMARTS/smarts.observing.YYYY.MMDD
[119] http://www.ctio.noao.edu/noao/content/CFCCD-Manual
[120] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele09/0.9zero.jpg
[121] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele09/0.9vflat.jpg
[122] http://www.ctio.noao.edu/noao/sites/default/files/telescopes/smarts/tele09/0.9crosstalk.jpg
[123] http://www.ctio.noao.edu/noao/content/13-m-logs-2011
[124] http://www.ctio.noao.edu/noao/content/13-m-logs-2010
[125] http://www.ctio.noao.edu/noao/content/13-m-logs-2009
[126] http://www.ctio.noao.edu/noao/content/13-m-logs-2008
[127] http://www.ctio.noao.edu/noao/content/13-m-logs-2007
[128] http://www.ctio.noao.edu/noao/content/13-m-logs-2006
[129] http://www.ctio.noao.edu/noao/content/15-m-logs-2006a
[130] http://www.ctio.noao.edu/noao/content/15-m-logs-2005b
[131] http://www.ctio.noao.edu/noao/content/13-m-logs-2005
[132] http://www.ctio.noao.edu/noao/content/15-m-logs-2005a
[133] http://www.ctio.noao.edu/noao/content/15-m-logs-2004b
[134] http://www.ctio.noao.edu/noao/content/13-m-logs-2004
[135] http://www.ctio.noao.edu/noao/content/10-m-Logs-2004
[136] http://www.ctio.noao.edu/noao/content/15-m-logs-2004a
[137] http://www.ctio.noao.edu/noao/content/15-m-logs-2003b
[138] http://www.ctio.noao.edu/noao/content/13-m-logs-2003
[139] http://www.astro.sunysb.edu/fwalter/SMARTS/smarts_15msched.html
[140] http://www.ctio.noao.edu/noao/content/Fiber-Echelle-Spectrograph
[141] http://www.ctio.noao.edu/noao/content/ASCAP
[142] http://www.ctio.noao.edu/spectrographs/4m_Echelle/4m_echelle.html
[143] http://www.ctio.noao.edu/noao/sites/default/files/instruments/spectrographs/ech_manual.pdf