Summaries of observations and nights of observing each target

Summaries of observations and nights of observing each target
This page lists, for each target, each nite that VINCI observed it, how many times it was observed and how many of those observations were "successful" according to our current reduction software.

If you are concerned with a particular object, it is best to locate it on the targets page or using one of the name crossreference tables on that page. From that page, click on the number of observations printed and it will link back to the correct entry on this page.

For more details concerning the observations that are summarized here, there are 3 long text files containing such information. The Observation Index is arranged chronologically.
You may also view the Observations By Object table . or the list which includes filenames for the files. composing each observation.

1) 119tau * * * * * * * * * * 119 Tau = HD 36389 * * * * * * *
At RA 83.053 DEC 18.594 M2Iab: Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2227 6 6 E0-G0 13.23 16.00 71.9 81.5

2235 3 3 E0-G0 15.55 15.70 75.4 76.2

2253 1 1 E0-G0 15.96 15.96 73.2 73.2

2256 3 3 E0-G0 14.97 15.92 73.8 78.1

2257 4 4 E0-G0 13.80 14.88 78.3 80.5

TOTAL 17 17 (1) 13.23 16.00 71.9 81.5

For details on observations of this object, see the line for 1) 119 Tau in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "119tau" in the Observation Index (text file). There is also a list which includes filenames.

2) 13gem * * * * * * * * * * mu. Gem = HD 44478 * * * * * * *
At RA 95.740 DEC 22.514 M3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 3 2 E0-G0 15.84 15.88 74.3 74.6

TOTAL 3 2 (1) 15.84 15.88 74.3 74.6

For details on observations of this object, see the line for 2) mu. Gem in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "13gem" in the Observation Index (text file). There is also a list which includes filenames.

3) 19psc * * * * * * * * * * 19 Psc = HD 223075 * * * * * * *
At RA 356.598 DEC 3.487 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2227 4 4 E0-G0 15.98 16.00 72.6 72.9

TOTAL 4 4 (1) 15.98 16.00 72.6 72.9

For details on observations of this object, see the line for 3) 19 Psc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "19psc" in the Observation Index (text file). There is also a list which includes filenames.

4) 1pup * * * * * * * * * * 1 Pup = HD 62576 * * * * * * *
At RA 115.885 DEC -28.411 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2286 2 2 E0-G0 15.97 15.99 71.4 72.2

2287 3 3 E0-G0 15.91 15.97 72.2 73.7

2615 1 1 B3-C3 6.944 6.944 45.8 45.8

2662 2 2 B3-D1 12.72 23.43 77.1 103.4

TOTAL 8 8 (3) 6.944 23.43 45.8 103.4

For details on observations of this object, see the line for 4) 1 Pup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "1pup" in the Observation Index (text file). There is also a list which includes filenames.

5) 24psa * * * * * * * * * * alf PsA = HD 216956 * * * * * * *
At RA 344.413 DEC -29.622 A3V Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2215 7 7 U1-U3 91.79 93.80 44.4 45.2

2447 3 2 E0-G1 64.98 65.96 142.2 150.2

2452 4 3 E0-G1 47.65 52.44 131.9 132.0

2453 4 4 E0-G1 65.93 65.97 151.4 153.7

2456 3 3 E0-G1 62.64 63.88 137.4 139.4

2462 4 4 E0-G1 65.78 65.89 154.9 157.2

2463 4 4 E0-G1 65.83 65.92 153.9 156.2

2470 8 8 E0-G1 65.75 65.90 146.4 156.9

2494 7 7 E0-G1 65.48 65.93 144.5 157.5

2522 13 13 E0-G1 64.86 65.97 150.9 9.8

2539 4 4 E0-G1 65.79 65.95 146.8 153.8

2545 6 5 B3-M0 46.92 117.4 72.7 86.2

2546 4 3 B3-M0 127.6 130.1 67.9 69.1

2547 4 4 B3-M0 132.1 136.3 63.7 66.8

2548 3 3 B3-M0 139.0 139.4 51.7 53.4

2549 4 3 B3-M0 139.6 139.7 54.5 57.5

2552 2 2 B3-M0 139.1 139.3 58.8 59.6

2553 6 6 B3-M0 122.0 139.7 55.1 71.2

2554 2 2 B3-M0 136.3 137.8 45.6 48.7

2555 6 6 B3-M0 122.6 139.6 57.4 71.1

2564 4 4 B3-M0 108.1 113.5 73.8 75.2

2566 4 4 B3-M0 108.6 114.3 73.6 75.1

2567 4 4 B3-M0 136.0 137.7 62.0 63.9

2568 49 48 B3-M0 46.38 139.7 37.1 86.3

2572 39 36 B3-M0 37.97 139.7 46.6 87.8

2574 11 10 B3-M0 116.3 138.8 60.3 73.1

2578 4 4 B3-M0 137.3 138.5 60.8 62.6

2579 4 4 B3-M0 131.0 135.3 64.6 67.4

2584 3 3 B3-M0 135.5 137.6 62.2 64.4

2588 17 17 B3-M0 64.96 124.0 70.5 83.3

2589 3 2 B3-M0 43.39 75.18 81.6 86.8

2590 2 2 B3-M0 134.9 136.6 63.4 64.9

2601 6 4 B3-M0 112.4 118.5 72.4 74.1

2602 9 7 B3-M0 120.4 128.0 68.9 71.8

2603 6 3 B3-M0 116.7 122.9 71.0 72.9

2604 6 5 B3-M0 115.1 127.3 69.2 73.4

2787 3 2 B3-M0 134.8 136.4 42.8 45.9

2909 20 20 E0-G0 4.511 15.92 48.5 136.7

2912 17 17 E0-G0 4.646 15.84 60.2 134.6

2945 6 6 E0-G0 8.163 12.79 90.1 107.0

2946 12 12 E0-G0 8.880 15.92 73.5 103.8

2958 3 2 E0-G0 15.29 15.43 78.6 79.6

2960 3 3 E0-G0 15.20 15.58 77.5 80.1

2961 3 3 E0-G0 14.62 15.04 81.1 83.1

2962 7 5 E0-G0 13.12 15.84 74.8 89.0

2963 1 1 E0-G0 14.89 14.89 81.8 81.8

2964 4 4 E0-G0 13.42 15.58 77.5 87.9

2997 2 2 D0-H0 49.26 50.97 90.3 91.7

2999 6 6 D0-H0 31.01 52.27 89.2 108.9

3000 6 6 D0-H0 32.18 50.48 90.7 107.5

3003 3 3 D0-H0 44.98 48.63 92.2 95.3

3011 1 1 D0-H0 39.82 39.82 99.7 99.7

3188 2 2 D0-H0 63.28 63.92 71.8 75.0

3205 1 1 D0-H0 58.70 58.70 51.8 51.8

TOTAL 369 346 (5) 4.511 139.7 37.1 9.8

For details on observations of this object, see the line for 5) alf PsA in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "24psa" in the Observation Index (text file). There is also a list which includes filenames.

6) 2cen * * * * * * * * * * 2 Cen = HD 120323 * * * * * * *
At RA 207.361 DEC -34.451 M4.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1988 8 8 E0-G0 14.41 14.94 43.2 49.6

1999 2 2 E0-G0 15.55 16.00 69.5 78.3

2001 6 6 E0-G0 15.75 16.00 60.9 69.3

2028 6 6 E0-G0 13.75 15.68 77.0 89.5

2029 11 11 E0-G0 14.90 16.00 68.9 83.3

2368 2 2 E0-G1 65.74 65.84 165.6 170.2

TOTAL 35 35 (2) 13.75 65.84 165.6 89.5

For details on observations of this object, see the line for 6) 2 Cen in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "2cen" in the Observation Index (text file). There is also a list which includes filenames.

7) 2sex * * * * * * * * * * 2 Sex = HD 83425 * * * * * * *
At RA 144.614 DEC 4.649 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2301 3 3 E0-G0 15.97 16.00 72.4 72.9

TOTAL 3 3 (1) 15.97 16.00 72.4 72.9

For details on observations of this object, see the line for 7) 2 Sex in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "2sex" in the Observation Index (text file). There is also a list which includes filenames.

8) 30psc * * * * * * * * * * 30 Psc = HD 224935 * * * * * * *
At RA .490 DEC -6.014 M3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2204 2 2 E0-G0 15.73 15.96 71.2 72.2

2205 4 4 E0-G0 12.37 14.80 61.9 68.6

2924 2 2 E0-G0 15.79 15.86 73.4 73.5

2925 2 2 E0-G0 14.98 15.14 69.1 69.5

2929 9 9 E0-G0 11.15 15.78 57.7 71.4

2930 2 2 E0-G0 15.13 15.28 73.8 73.8

2931 10 10 E0-G0 12.93 15.98 63.6 73.9

2932 10 10 E0-G0 11.46 15.82 58.8 73.8

2933 8 8 E0-G0 15.04 15.92 69.2 73.8

2934 8 8 E0-G0 13.12 15.98 64.1 72.4

2935 2 2 E0-G0 13.70 13.94 73.5 73.6

2936 12 12 E0-G0 13.24 16.00 64.5 73.8

2940 9 9 E0-G0 13.28 15.98 64.6 73.9

2941 8 8 E0-G0 13.67 15.98 71.6 73.8

2942 2 2 E0-G0 15.98 16.00 72.4 72.7

2970 6 6 E0-G0 14.25 16.00 72.7 73.8

2972 8 8 E0-G0 12.99 15.99 72.3 73.9

2976 3 3 E0-G0 12.70 15.87 72.9 73.5

2988 4 4 E0-G0 14.50 15.69 73.6 73.8

TOTAL 111 111 (1) 11.15 16.00 57.7 73.9

For details on observations of this object, see the line for 8) 30 Psc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "30psc" in the Observation Index (text file). There is also a list which includes filenames.

9) 31ori * * * * * * * * * * 31 Ori = HD 36167 * * * * * * *
At RA 82.433 DEC -1.092 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2214 8 8 U1-U3 98.86 100.7 36.8 38.3

2232 1 1 E0-G0 14.76 14.76 70.8 70.8

2264 1 1 E0-G0 15.47 15.47 72.5 72.5

2524 2 2 E0-G1 64.14 64.39 141.7 142.1

2529 4 4 E0-G1 63.64 65.68 139.8 142.7

2537 2 2 E0-G1 63.05 63.88 142.4 143.5

2538 4 4 E0-G1 62.82 65.28 140.6 143.8

2624 4 4 B3-C3 7.332 7.636 70.7 71.6

2626 6 6 B3-C3 7.043 7.788 69.7 72.0

2627 6 6 B3-C3 6.674 7.642 68.5 71.6

2628 6 6 B3-C3 6.390 7.436 67.4 71.0

2630 6 6 B3-C3 7.033 7.962 69.7 72.6

2631 7 7 B3-C3 6.891 7.871 69.2 72.3

2643 6 6 B3-C3 7.760 7.986 72.0 72.8

2644 6 6 B3-C3 7.713 7.995 71.8 72.8

2645 9 6 B3-C3 6.683 7.611 68.5 71.5

2646 9 7 B3-C3 7.286 7.997 71.6 72.8

2647 1 1 B3-C3 7.659 7.659 71.7 71.7

2650 3 3 B3-C3 7.903 7.957 72.8 72.8

2651 4 4 B3-C3 7.818 7.998 72.6 72.8

2652 6 6 B3-C3 7.608 7.997 71.5 72.8

2656 9 5 B3-C3 6.973 7.888 69.5 72.3

2659 3 3 B3-C3 7.377 7.527 71.8 72.1

2663 9 9 B3-D1 21.50 24.00 71.3 72.8

2665 9 9 B3-D1 22.13 24.00 71.8 72.8

2669 3 3 B3-D1 22.91 23.25 72.3 72.5

2670 3 3 B3-D1 22.66 23.04 72.1 72.4

2671 3 3 B3-D1 23.39 23.64 72.1 72.3

2675 4 2 B3-D1 21.76 22.29 71.5 71.9

2676 6 4 B3-D1 22.13 23.27 71.8 72.5

2677 6 3 B3-D1 22.13 23.14 71.8 72.5

2678 3 3 B3-D1 22.68 23.31 72.2 72.6

2679 6 6 B3-D1 21.96 23.86 71.6 72.8

2680 9 9 B3-D1 21.96 23.93 71.7 72.8

2715 1 1 B3-D1 21.55 21.55 71.3 71.3

2716 2 2 B3-D1 21.52 21.83 71.3 71.5

2895 4 4 E0-G0 8.197 13.78 52.5 69.2

2896 4 4 E0-G0 13.09 14.61 68.0 70.6

2897 6 6 E0-G0 9.916 14.00 59.9 69.6

2898 8 8 E0-G0 10.69 15.22 62.4 71.5

2903 4 4 E0-G0 14.58 15.61 70.5 72.1

2913 5 5 E0-G0 13.72 15.93 69.1 72.6

2915 8 8 E0-G0 13.23 15.98 68.2 72.7

2938 4 4 E0-G0 7.652 12.16 49.2 66.1

2939 7 7 E0-G0 13.54 15.98 68.8 72.8

2942 6 6 E0-G0 14.48 15.99 70.4 72.8

2978 3 3 E0-G0 15.78 15.91 72.4 72.6

2980 10 10 E0-G0 12.26 16.00 66.3 72.8

2981 9 9 E0-G0 10.44 15.96 61.6 72.8

2988 5 5 E0-G0 14.33 15.99 71.3 72.8

TOTAL 260 244 (5) 6.390 100.7 36.8 143.8

For details on observations of this object, see the line for 9) 31 Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "31ori" in the Observation Index (text file). There is also a list which includes filenames.

10) 39eri * * * * * * * * * * 39 Eri = HD 26846 * * * * * * *
At RA 63.599 DEC -10.256 K3III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2214 13 13 U1-U3 94.09 101.0 21.9 34.8

2216 9 9 U1-U3 92.65 102.4 18.5 38.7

2546 3 -none- B3-M0

2847 2 -none- E0-G0

2857 4 -none- E0-G0

2870 1 1 E0-G0 12.90 12.90 59.6 59.6

2880 1 1 E0-G0 11.24 11.24 52.3 52.3

2881 1 -none- E0-G0

2885 4 4 E0-G0 12.91 14.89 59.7 66.8

2886 1 1 E0-G0 13.51 13.51 61.9 61.9

2888 4 4 E0-G0 14.65 15.85 65.9 70.8

2889 2 2 E0-G0 13.65 13.88 62.4 63.2

TOTAL 45 35 (3) 11.24 102.4 18.5 70.8

For details on observations of this object, see the line for 10) 39 Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "39eri" in the Observation Index (text file). There is also a list which includes filenames.

11) 51ori * * * * * * * * * * 51 Ori = HD 37984 * * * * * * *
At RA 85.619 DEC 1.475 K1III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2305 7 7 U1-U3 95.28 101.0 35.3 39.2

2624 4 4 B3-C3 7.881 7.984 72.8 72.9

2625 3 3 B3-C3 7.693 7.900 71.6 72.3

2645 3 -none- B3-C3

2646 2 2 B3-C3 6.273 6.577 69.1 70.0

2721 2 2 B3-D1 22.39 22.64 70.9 71.2

2895 3 3 E0-G0 9.382 14.74 62.0 71.9

TOTAL 24 21 (4) 6.273 101.0 35.3 72.9

For details on observations of this object, see the line for 11) 51 Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "51ori" in the Observation Index (text file). There is also a list which includes filenames.

12) 62sgr * * * * * * * * * * 62 Sgr = HD 189763 * * * * * * *
At RA 300.665 DEC -27.710 M4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2168 5 5 E0-G0 15.95 16.00 67.8 70.8

TOTAL 5 5 (1) 15.95 16.00 67.8 70.8

For details on observations of this object, see the line for 12) 62 Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "62sgr" in the Observation Index (text file). There is also a list which includes filenames.

13) akhya * * * * * * * * * * AK Hya = HD 73844 * * * * * * *
At RA 129.973 DEC -17.303 M6III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2293 3 3 E0-G0 15.94 15.99 70.2 71.2

2294 1 1 E0-G0 15.83 15.83 69.0 69.0

TOTAL 4 4 (1) 15.83 15.99 69.0 71.2

For details on observations of this object, see the line for 13) AK Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "akhya" in the Observation Index (text file). There is also a list which includes filenames.

14) alfant * * * * * * * * * * alf Ant = HD 90610 * * * * * * *
At RA 156.788 DEC -31.068 K4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 2 2 E0-G0 15.96 15.98 67.1 67.9

2296 2 2 E0-G0 14.07 14.29 85.2 86.2

2662 1 1 B3-D1 21.28 21.28 45.3 45.3

2713 6 6 B3-D1 23.49 24.00 68.2 76.9

2716 6 6 B3-D1 23.44 24.00 61.0 70.5

2735 1 1 B3-M0 138.9 138.9 59.8 59.8

TOTAL 18 18 (3) 14.07 138.9 45.3 86.2

For details on observations of this object, see the line for 14) alf Ant in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfant" in the Observation Index (text file). There is also a list which includes filenames.

15) alfaql * * * * * * * * * * alf Aql = HD 187642 * * * * * * *
At RA 297.696 DEC 8.868 A7V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2132 3 3 E0-G0 15.80 15.86 70.8 71.2

2136 1 1 E0-G0 14.81 14.81 75.0 75.0

2180 1 1 E0-G0 15.98 15.98 72.0 72.0

2469 5 5 E0-G1 51.97 57.30 143.0 149.0

2471 2 -none- E0-G1

2489 6 6 E0-G1 53.09 64.51 139.1 147.5

2531 3 3 E0-G1 51.61 52.79 147.9 149.5

2536 6 6 E0-G1 51.68 61.24 140.2 149.4

2751 2 -none- B3-M0

2827 1 1 E0-G0 15.47 15.47 74.4 74.4

2853 2 1 E0-G0 16.00 16.00 72.6 72.6

2859 4 4 E0-G0 15.70 16.00 71.9 74.1

2860 6 6 E0-G0 13.39 16.00 72.0 75.2

2863 2 2 E0-G0 15.69 15.87 73.6 74.1

2886 4 4 E0-G0 13.91 15.59 74.3 75.2

2890 4 4 E0-G0 15.55 15.98 71.8 74.3

2896 4 4 E0-G0 14.39 15.97 73.1 75.1

3205 1 -none- D0-H0

3206 1 1 D0-H0 52.21 52.21 75.2 75.2

TOTAL 58 52 (4) 13.39 64.51 70.8 149.5

For details on observations of this object, see the line for 15) alf Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfaql" in the Observation Index (text file). There is also a list which includes filenames.

16) alfaqr * * * * * * * * * * alf Aqr = HD 209750 * * * * * * *
At RA 331.446 DEC -.320 G2Ib Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2187 1 1 U1-U3 101.8 101.8 39.3 39.3

2203 2 -none- E0-G0

2787 3 3 B3-M0 135.4 137.5 59.9 60.4

TOTAL 6 4 (3) 101.8 137.5 39.3 60.4

For details on observations of this object, see the line for 16) alf Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfaqr" in the Observation Index (text file). There is also a list which includes filenames.

17) alfcena * * * * * * * * * * alf Cen A = HD 128620 * * * * * * *
At RA 219.902 DEC -60.834 G2V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1988 4 4 E0-G0 15.87 15.91 64.9 67.4

1995 3 3 E0-G0 15.88 15.94 63.2 66.8

1996 6 6 E0-G0 15.79 15.95 24.3 41.0

1998 2 2 E0-G0 14.93 14.97 91.6 92.3

2000 3 3 E0-G0 14.98 15.19 87.4 91.4

2001 2 2 E0-G0 15.32 15.36 83.8 84.6

2002 2 2 E0-G0 16.00 16.00 52.8 53.6

2003 4 4 E0-G0 14.65 14.81 94.4 97.1

2009 5 5 E0-G0 15.21 15.44 81.8 86.9

2022 4 4 E0-G0 15.02 15.16 88.0 90.7

2319 1 -none- E0-G1

2325 3 -none- E0-G1

2462 5 5 E0-G1 59.30 61.54 150.1 170.0

2465 3 3 E0-G1 61.10 61.39 163.6 167.4

2470 5 5 E0-G1 61.01 61.48 162.6 168.9

2698 3 3 B3-D1 23.71 23.80 67.8 70.4

2699 3 3 B3-D1 23.75 23.79 29.0 31.9

2703 3 3 B3-D1 24.00 24.00 51.0 53.7

2704 3 3 B3-D1 23.94 23.97 42.5 45.2

2705 3 3 B3-D1 23.62 23.65 19.7 22.7

2706 4 4 B3-D1 23.59 23.82 67.0 73.6

2707 3 3 B3-D1 23.77 23.84 66.2 68.8

2708 3 3 B3-D1 23.22 23.37 78.2 80.9

2709 6 6 B3-D1 22.40 23.73 25.2 92.2

2710 15 15 B3-D1 21.50 24.00 42.9 102.2

2716 6 6 B3-D1 23.62 23.87 20.2 37.5

2718 6 6 B3-D1 23.12 23.82 67.0 82.6

2719 6 6 B3-D1 22.17 23.27 80.0 94.9

2721 6 6 B3-D1 20.48 22.79 87.2 112.6

2722 6 6 B3-D1 23.54 23.96 59.5 74.9

2725 12 12 B3-D1 23.51 24.00 26.0 75.4

2726 7 7 B3-D1 21.39 23.95 43.4 103.3

2730 9 9 B3-D1 20.46 23.41 77.4 112.8

2734 6 6 B3-D1 22.78 23.68 71.3 87.4

2754 1 -none- B3-M0

2789 6 6 E0-G0 13.46 14.83 94.1 115.4

2790 6 6 E0-G0 13.91 15.01 90.8 108.7

2791 6 6 E0-G0 13.56 14.64 97.2 114.0

2792 6 6 E0-G0 14.35 15.40 82.7 101.9

2793 3 3 E0-G0 11.86 12.06 139.2 143.6

2794 6 6 E0-G0 15.85 16.00 52.8 68.5

2795 9 9 E0-G0 13.48 15.22 86.8 115.2

2831 3 3 E0-G0 15.00 15.16 87.9 91.1

2833 3 3 E0-G0 13.22 13.46 115.5 119.2

TOTAL 211 206 (4) 11.86 61.54 19.7 170.0

For details on observations of this object, see the line for 17) alf Cen A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcena" in the Observation Index (text file). There is also a list which includes filenames.

18) alfcenb * * * * * * * * * * alf Cen B = HD 128621 * * * * * * *
At RA 219.896 DEC -60.837 K1V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2000 2 2 E0-G0 14.10 14.22 104.0 105.8

2001 2 2 E0-G0 15.17 15.21 87.0 87.8

2003 2 2 E0-G0 14.27 14.33 102.3 103.2

2462 4 4 E0-G1 60.46 60.80 157.6 160.5

2465 4 4 E0-G1 61.56 61.72 170.3 174.5

2470 4 4 E0-G1 61.64 61.73 172.1 175.0

2698 3 3 B3-D1 23.03 23.20 81.3 83.9

2699 6 6 B3-D1 23.38 24.00 51.4 78.1

2700 6 4 B3-D1 23.56 23.99 47.8 74.4

2701 6 6 B3-D1 23.26 24.00 51.4 80.1

2703 6 6 B3-D1 23.40 23.98 57.3 77.7

2704 3 3 B3-D1 23.97 23.99 55.7 58.3

2705 2 2 B3-D1 24.00 24.00 51.0 52.3

2707 6 6 B3-D1 23.88 24.00 38.1 55.8

2708 3 3 B3-D1 23.96 23.99 56.8 59.5

2709 3 3 B3-D1 23.99 24.00 49.2 51.9

2716 2 2 B3-D1 24.00 24.00 50.0 51.6

2720 6 6 B3-D1 20.90 22.93 85.4 108.4

2723 6 6 B3-D1 23.63 23.99 56.6 72.6

2725 6 6 B3-D1 21.16 22.91 85.6 105.8

2726 6 5 B3-D1 23.38 24.00 54.0 78.1

2734 6 6 B3-D1 23.94 23.99 45.6 61.5

2748 1 -none- B3-M0

2749 2 -none- B3-M0

2751 2 -none- B3-M0

2770 3 3 B3-M0 132.7 133.8 59.9 62.9

2789 6 6 E0-G0 11.32 12.75 126.6 158.9

2790 7 7 E0-G0 11.56 13.10 121.0 151.1

2791 6 6 E0-G0 11.37 12.34 133.8 157.1

2793 3 2 E0-G0 15.50 15.56 78.8 80.4

2794 6 6 E0-G0 14.69 15.48 80.9 96.5

2832 4 2 E0-G0 12.90 13.27 118.4 124.2

TOTAL 134 123 (4) 11.32 133.8 38.1 175.0

For details on observations of this object, see the line for 18) alf Cen B in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcenb" in the Observation Index (text file). There is also a list which includes filenames.

19) alfcet * * * * * * * * * * alf Cet = HD 18884 * * * * * * *
At RA 45.570 DEC 4.090 M1.5IIIa Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2134 2 2 E0-G0 15.15 15.32 73.2 73.3

2137 2 2 E0-G0 14.88 15.09 73.1 73.2

2154 5 3 E0-G0 13.24 13.46 72.0 72.2

2166 6 4 E0-G0 12.69 15.58 71.4 73.3

2168 3 3 E0-G0 15.60 16.00 72.7 73.3

2169 2 2 E0-G0 15.55 15.99 72.9 73.3

2170 1 -none- E0-G0

2179 2 2 E0-G0 15.00 15.71 73.2 73.3

2180 3 3 E0-G0 12.89 15.00 71.6 73.2

2205 3 3 E0-G0 15.52 16.00 71.1 73.3

2207 3 3 E0-G0 13.72 15.43 72.4 73.3

2218 1 1 E0-G0 15.75 15.75 73.2 73.2

2233 2 2 E0-G0 15.89 16.00 72.8 73.1

2242 2 2 E0-G0 14.20 14.37 72.7 72.8

2287 3 3 E0-G0 15.38 15.51 70.8 71.1

2294 1 1 E0-G0 15.79 15.79 71.8 71.8

2297 1 1 E0-G0 15.50 15.50 71.1 71.1

2615 1 1 B3-C3 7.941 7.941 72.1 72.1

2616 3 3 B3-C3 6.759 7.195 72.2 72.8

2629 2 2 B3-C3 7.851 7.910 71.6 71.9

2652 3 3 B3-C3 7.996 8.000 72.6 72.8

2662 1 1 B3-D1 23.15 23.15 70.9 70.9

2831 3 3 E0-G0 10.31 10.91 68.0 69.0

2832 3 3 E0-G0 10.05 10.70 67.5 68.7

2833 3 3 E0-G0 8.664 9.309 64.1 65.8

2834 3 3 E0-G0 12.09 13.01 70.7 71.7

2835 3 2 E0-G0 11.63 11.90 70.1 70.5

2844 6 6 E0-G0 10.09 14.73 67.5 73.0

2886 6 6 E0-G0 6.692 12.96 56.4 71.7

2890 6 6 E0-G0 14.88 15.98 72.3 73.2

2892 4 4 E0-G0 15.55 16.00 72.7 73.3

2893 5 5 E0-G0 7.335 10.47 59.5 68.3

2894 8 8 E0-G0 6.658 13.16 56.2 71.9

2896 13 13 E0-G0 6.454 15.43 55.1 73.3

2902 2 2 E0-G0 15.38 15.51 70.8 71.1

2903 12 12 E0-G0 9.751 16.00 66.8 73.3

2906 4 4 E0-G0 14.30 15.53 72.8 73.3

2907 5 5 E0-G0 6.852 9.743 57.2 66.8

2908 5 5 E0-G0 13.52 15.60 72.2 73.3

2910 3 3 E0-G0 15.44 15.78 70.9 71.8

2911 9 9 E0-G0 14.80 15.95 71.8 73.2

2915 6 6 E0-G0 10.28 13.94 67.9 72.5

2929 2 2 E0-G0 10.92 11.26 69.0 69.6

2932 2 2 E0-G0 16.00 16.00 72.7 72.8

2933 2 2 E0-G0 15.91 15.95 73.0 73.1

2934 4 4 E0-G0 12.12 14.10 70.7 72.7

2935 2 2 E0-G0 15.87 15.92 73.1 73.2

2936 2 2 E0-G0 15.81 15.92 73.1 73.2

2940 2 2 E0-G0 15.68 15.81 73.2 73.3

2941 2 2 E0-G0 16.00 16.00 72.6 72.9

2958 2 2 E0-G0 15.74 15.82 73.2 73.2

2962 2 2 E0-G0 15.99 16.00 72.8 72.9

2966 2 2 E0-G0 15.93 15.97 73.0 73.1

2968 2 2 E0-G0 15.98 16.00 72.5 72.9

2969 2 2 E0-G0 15.74 15.82 71.7 71.9

2970 2 2 E0-G0 15.72 15.81 73.2 73.2

2972 2 2 E0-G0 15.88 15.93 73.1 73.2

2977 9 9 E0-G0 10.43 15.94 68.2 73.3

2978 8 8 E0-G0 10.75 16.00 68.8 73.3

2979 2 2 E0-G0 15.86 15.91 72.0 72.2

2982 8 8 E0-G0 14.92 15.99 71.0 73.2

2988 4 4 E0-G0 15.46 15.97 73.0 73.3

3016 2 2 D0-H0 63.86 63.99 72.4 72.7

3017 2 2 D0-H0 62.80 63.31 71.6 71.9

3029 1 1 D0-H0 61.85 61.85 71.0 71.0

3030 2 2 D0-H0 62.10 63.43 71.1 72.0

3031 1 1 D0-H0 62.53 62.53 71.4 71.4

TOTAL 232 226 (4) 6.454 63.99 55.1 73.3

For details on observations of this object, see the line for 19) alf Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcet" in the Observation Index (text file). There is also a list which includes filenames.

20) alfcma * * * * * * * * * * alf CMa = HD 48915 * * * * * * *
At RA 101.287 DEC -16.716 A1V Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1985 5 5 E0-G0 14.96 15.21 76.9 77.5

1987 8 8 E0-G0 14.35 15.65 75.4 78.7

1988 2 2 E0-G0 11.36 12.03 81.5 82.1

1990 1 1 E0-G0 15.80 15.80 74.6 74.6

1991 6 5 E0-G0 3.280 15.01 77.4 85.9

1992 4 2 E0-G0 11.92 12.21 81.4 81.6

1993 1 1 E0-G0 7.918 7.918 84.5 84.5

1995 2 2 E0-G0 12.14 14.63 78.2 81.4

1996 3 3 E0-G0 14.68 14.96 77.5 78.1

1998 3 3 E0-G0 8.961 9.652 83.4 83.9

2000 4 4 E0-G0 12.23 14.08 79.1 81.3

2001 1 1 E0-G0 12.88 12.88 80.7 80.7

2007 8 8 E0-G0 13.39 14.59 78.3 80.1

2008 5 5 E0-G0 11.59 12.90 80.6 81.9

2026 9 8 E0-G0 10.31 13.06 80.5 82.9

2030 1 -none- E0-G0

2141 4 4 E0-G0 11.47 11.78 43.7 45.9

2142 2 1 E0-G0 12.15 12.15 48.4 48.4

2148 6 5 E0-G0 11.59 12.50 44.6 50.6

2150 4 3 E0-G0 12.18 13.33 48.6 55.2

2151 1 -none- E0-G0

2154 2 -none- E0-G0

2156 5 5 E0-G0 9.793 13.09 26.8 54.0

2160 1 -none- E0-G0

2166 4 3 E0-G0 12.43 12.57 50.1 51.0

2167 6 3 E0-G0 13.41 13.55 55.7 56.4

2168 6 5 E0-G0 13.22 13.71 54.6 57.3

2169 1 1 E0-G0 13.21 13.21 54.6 54.6

2171 10 10 E0-G0 13.24 14.20 54.8 59.8

2173 8 8 E0-G0 13.15 14.16 54.3 59.5

2177 4 4 E0-G0 14.06 14.34 59.1 60.5

2178 4 3 E0-G0 11.85 12.00 46.4 47.4

2179 5 5 E0-G0 13.02 13.55 53.6 56.4

2180 4 3 E0-G0 13.59 13.72 56.6 57.3

2184 12 1 U1-U3 98.42 98.42 157.1 157.1

2185 12 2 U1-U3 94.23 95.01 179.2 9.7

2186 6 1 U1-U3 96.59 96.59 16.9 16.9

2187 1 -none- U1-U3

2191 7 4 E0-G0 10.75 13.69 37.8 57.2

2192 6 5 E0-G0 12.05 14.09 47.8 59.2

2194 6 5 E0-G0 10.70 13.37 37.3 55.5

2195 4 4 E0-G0 13.88 14.14 58.1 59.4

2197 6 6 E0-G0 11.36 14.84 42.9 63.0

2198 2 2 E0-G0 13.08 14.32 53.9 60.4

2199 3 3 E0-G0 12.91 15.70 53.0 68.0

2200 3 3 E0-G0 12.16 15.49 48.5 66.7

2201 7 7 E0-G0 12.00 15.86 47.4 69.4

2202 3 3 E0-G0 12.15 15.48 48.4 66.6

2203 3 3 E0-G0 12.21 15.67 48.8 67.9

2207 1 1 E0-G0 15.90 15.90 69.9 69.9

2208 3 3 E0-G0 10.86 12.07 38.7 47.9

2210 6 5 E0-G0 13.69 15.76 57.2 68.5

2218 7 7 E0-G0 14.59 15.43 61.7 66.3

2219 3 3 E0-G0 15.89 15.94 73.5 74.0

2220 3 3 E0-G0 15.31 15.39 65.6 66.0

2221 6 6 E0-G0 9.627 15.96 24.2 70.6

2222 7 7 E0-G0 15.93 15.99 70.3 71.3

2223 7 7 E0-G0 15.82 15.95 69.1 70.6

2224 5 3 E0-G0 15.96 15.98 70.7 71.1

2225 7 7 E0-G0 15.85 15.98 69.3 71.1

2226 8 7 E0-G0 9.169 9.872 14.5 27.9

2227 4 4 E0-G0 15.90 15.96 73.3 73.9

2228 8 8 E0-G0 15.03 15.88 64.0 74.7

2229 6 6 E0-G0 15.52 15.90 69.0 75.9

2230 12 12 E0-G0 14.83 15.98 68.2 77.8

2231 21 21 E0-G0 12.29 16.00 49.3 76.7

2232 3 3 E0-G0 15.50 15.61 75.6 76.0

2234 5 4 E0-G0 15.10 15.72 64.4 68.2

2235 3 3 E0-G0 15.90 15.91 73.8 73.9

2236 2 2 E0-G0 14.05 14.80 59.0 62.8

2237 3 3 E0-G0 15.90 15.97 73.1 73.9

2238 9 8 E0-G0 13.36 14.64 55.4 62.0

2239 10 10 E0-G0 12.00 15.99 47.4 74.8

2249 10 9 E0-G0 15.51 16.00 69.1 76.0

2251 3 3 E0-G0 14.97 15.19 76.9 77.5

2252 21 21 E0-G0 11.57 16.00 44.4 77.4

2253 7 6 E0-G0 14.71 15.09 63.3 78.0

2254 6 6 E0-G0 10.13 15.68 31.3 67.9

2255 12 10 E0-G0 12.93 15.53 58.0 80.6

2256 7 7 E0-G0 14.82 15.39 62.9 76.6

2257 9 5 E0-G0 14.78 15.33 62.7 65.7

2258 9 9 E0-G0 14.57 15.62 61.6 76.1

2259 9 8 E0-G0 14.19 16.00 61.4 78.9

2260 9 9 E0-G0 13.09 14.96 53.9 79.2

2262 17 17 E0-G0 13.80 15.76 57.7 78.4

2263 2 2 E0-G0 15.05 15.14 64.1 64.6

2264 7 7 E0-G0 14.05 14.56 59.0 61.5

2265 9 9 E0-G0 13.42 14.59 55.7 61.7

2266 12 12 E0-G0 11.53 13.79 44.2 80.1

2277 9 7 E0-G0 15.11 16.00 64.4 72.7

2279 8 8 E0-G0 10.07 13.68 79.7 83.1

2281 7 7 E0-G0 15.92 15.98 70.3 73.7

2282 13 13 E0-G0 12.15 15.48 60.3 81.4

2283 9 8 E0-G0 13.67 15.22 59.4 79.7

2284 4 4 E0-G0 14.24 15.98 59.9 71.1

2286 6 6 E0-G0 15.91 15.99 72.7 73.9

2292 2 2 E0-G0 14.34 14.42 78.6 78.7

2293 3 3 E0-G0 15.59 15.83 67.3 69.1

2294 3 3 E0-G0 15.70 15.82 68.1 69.0

2295 6 6 E0-G0 14.49 16.00 61.2 72.5

2296 9 9 E0-G0 13.30 15.97 66.6 80.2

2297 8 8 E0-G0 13.16 15.92 65.0 80.3

2298 1 1 E0-G0 12.23 12.23 81.3 81.3

2301 14 11 E0-G0 14.22 15.87 64.5 78.9

2302 8 7 E0-G0 14.35 15.77 74.8 78.7

2311 3 3 E0-G1 65.40 65.60 146.3 147.4

2313 4 3 E0-G1 63.42 64.92 149.6 156.0

2315 3 3 E0-G1 62.73 63.08 157.6 159.2

2316 3 3 E0-G1 64.49 64.84 150.0 151.5

2317 6 5 E0-G1 64.85 65.92 144.0 150.0

2318 2 1 E0-G1 64.84 64.84 150.0 150.0

2319 3 3 E0-G1 64.43 64.81 150.1 151.7

2320 10 10 E0-G1 62.71 64.97 149.4 159.3

2321 7 7 E0-G1 60.69 61.55 165.7 173.3

2323 5 5 E0-G1 64.24 65.18 148.5 152.5

2325 5 1 E0-G1 61.09 61.09 169.1 169.1

2330 1 1 E0-G1 60.50 60.50 176.8 176.8

2331 8 7 E0-G1 60.45 62.31 161.3 2.7

2334 3 2 E0-G1 60.47 60.65 2.2 6.2

2336 4 3 E0-G1 62.51 63.31 156.5 160.2

2337 9 2 E0-G1 60.54 61.22 168.0 4.2

2339 3 3 E0-G1 63.53 63.89 154.0 155.6

2340 8 3 E0-G1 61.95 64.82 150.1 163.2

2347 3 2 E0-G1 63.65 63.67 155.0 155.0

2350 2 1 E0-G1 60.59 60.59 174.7 174.7

2351 2 2 E0-G1 60.47 60.60 174.6 177.7

2352 5 5 E0-G1 61.61 62.17 162.0 165.3

2358 2 -none- E0-G1

2361 5 5 E0-G1 60.45 61.03 169.5 9.3

2363 2 -none- E0-G1

2365 3 3 E0-G1 60.44 60.45 179.8 1.4

2615 1 1 B3-C3 6.302 6.302 51.2 51.2

2629 2 2 B3-C3 7.018 7.176 78.7 79.2

2647 1 1 B3-C3 7.641 7.641 65.4 65.4

2658 9 9 B3-C3 3.300 7.828 75.4 85.1

2662 2 2 B3-D1 9.685 15.19 83.1 85.2

2671 3 3 B3-D1 17.97 19.01 80.9 81.6

2672 6 6 B3-D1 17.79 21.12 79.1 81.7

2674 9 9 B3-D1 21.17 23.99 72.6 79.1

2675 3 3 B3-D1 12.68 13.75 83.7 84.2

2679 6 6 B3-D1 18.21 22.50 77.4 81.4

2680 3 3 B3-D1 20.20 20.84 79.4 80.0

2681 3 3 B3-D1 20.75 21.33 78.9 79.5

2682 3 3 B3-D1 17.70 18.52 81.2 81.7

2683 3 3 B3-D1 21.14 21.69 78.5 79.1

2684 3 3 B3-D1 20.01 20.66 79.6 80.1

2685 3 3 B3-D1 20.37 20.99 79.2 79.8

2714 12 12 B3-D1 17.42 24.00 71.8 81.9

2735 2 2 B3-M0 124.6 125.4 65.4 65.5

2960 1 1 E0-G0 11.23 11.23 41.8 41.8

2961 3 2 E0-G0 11.09 12.54 40.7 50.8

2964 19 19 E0-G0 9.241 14.00 16.4 58.8

2965 6 6 E0-G0 9.498 10.44 22.0 34.7

2966 2 2 E0-G0 9.897 10.06 28.3 30.3

2967 26 26 E0-G0 9.148 13.95 13.8 58.5

2968 3 3 E0-G0 9.722 10.46 25.8 34.9

2994 1 1 D0-H0 45.28 45.28 42.6 42.6

3025 2 2 D0-H0 63.44 63.81 73.3 74.2

3027 1 -none- D0-H0

3096 1 -none- D0-H0

3101 1 -none- D0-H0

3102 2 1 D0-H0 56.96 56.96 78.9 78.9

3111 4 4 D0-H0 51.96 55.00 79.6 80.5

TOTAL 886 780 (7) 3.280 125.4 144.0 85.9

For details on observations of this object, see the line for 20) alf CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcma" in the Observation Index (text file). There is also a list which includes filenames.

21) alferi * * * * * * * * * * alf Eri = HD 10144 * * * * * * *
At RA 24.429 DEC -57.237 B3Vpe Emission-line Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2212 22 16 U1-U3 88.59 91.15 37.1 42.4

2213 11 8 U1-U3 87.07 91.23 36.9 45.1

2214 5 5 U1-U3 88.71 90.09 39.4 42.2

2216 5 4 U1-U3 94.84 95.40 23.7 26.1

2528 6 6 E0-G1 58.20 60.83 140.1 151.1

2533 11 9 U1-U4
U2-U4 88.83 129.8 44.5 85.8

2534 15 13 U1-U2
U2-U3 39.18 44.75 28.0 55.9

2535 6 6 E0-G1 42.77 51.26 110.3 123.6

2536 6 6 E0-G1 41.36 48.40 108.4 118.7

2538 2 2 E0-G1 47.19 47.81 116.8 117.8

2544 3 3 B3-M0 106.0 108.7 95.9 98.8

2545 6 6 B3-M0 139.7 139.7 21.3 30.0

2546 2 1 B3-M0 139.5 139.5 8.2 8.2

2547 3 3 B3-M0 139.7 139.7 20.2 23.4

2548 3 3 B3-M0 139.5 139.5 7.4 10.3

2550 6 6 B3-M0 132.6 137.9 49.2 64.7

2552 3 3 B3-M0 120.7 124.3 77.9 82.5

2554 2 1 B3-M0 131.8 131.8 66.3 66.3

2555 4 4 B3-M0 117.7 127.0 74.2 86.0

2556 7 7 B3-M0 134.9 139.3 38.8 59.4

2563 3 3 B3-M0 101.6 104.9 100.0 103.6

2569 3 3 B3-M0 130.9 132.2 65.4 67.8

2575 2 2 U1-U3 93.36 93.53 30.7 31.3

2576 1 1 U1-U3 89.71 89.71 40.2 40.2

2577 4 3 B3-M0 123.8 125.8 75.9 78.6

2579 6 6 B3-M0 110.5 130.2 69.1 94.0

2583 3 3 B3-M0 136.3 137.3 51.7 55.5

2590 4 4 B3-M0 131.4 133.4 63.0 66.9

2598 1 -none- B3-M0

2615 1 1 B3-C3 6.728 6.728 110.5 110.5

2616 1 1 B3-C3 7.963 7.963 66.5 66.5

2629 2 2 B3-C3 7.304 7.383 93.2 95.5

2662 2 2 B3-D1 18.65 18.83 122.2 123.7

2864 3 -none- U2-U3

2945 2 2 E0-G0 15.92 15.94 65.6 66.8

2960 3 3 E0-G0 15.76 15.98 61.5 73.7

TOTAL 169 148 (10) 6.728 139.7 7.4 151.1

For details on observations of this object, see the line for 21) alf Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alferi" in the Observation Index (text file). There is also a list which includes filenames.

22) alfher * * * * * * * * * * alf Her = HD 156014J * * * * * * *
At RA 258.662 DEC 14.390 M5Iab: Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1996 2 1 E0-G0 14.86 14.86 76.9 76.9

1998 2 2 E0-G0 15.92 15.95 73.3 73.7

2000 1 -none- E0-G0

2001 2 1 E0-G0 14.79 14.79 77.0 77.0

2132 1 -none- E0-G0

TOTAL 8 4 (1) 14.79 15.95 73.3 77.0

For details on observations of this object, see the line for 22) alf Her in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfher" in the Observation Index (text file). There is also a list which includes filenames.

23) alfhya * * * * * * * * * * alf Hya = HD 81797 * * * * * * *
At RA 141.897 DEC -8.659 K3II-III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1987 4 4 E0-G0 15.76 15.94 70.7 71.7

1990 1 1 E0-G0 15.33 15.33 74.5 74.5

1992 12 12 E0-G0 12.14 13.87 74.7 75.1

1996 3 3 E0-G0 15.79 15.90 73.5 73.8

1998 3 3 E0-G0 13.15 13.55 75.0 75.1

1999 7 7 E0-G0 11.35 14.95 74.3 74.9

2000 7 6 E0-G0 15.37 15.87 73.6 74.5

2001 5 5 E0-G0 14.20 15.45 74.4 75.1

2002 8 8 E0-G0 12.96 15.50 74.4 75.1

2003 10 10 E0-G0 13.76 14.79 74.9 75.1

2005 26 23 E0-G0 12.46 15.80 73.8 75.1

2007 30 30 E0-G0 11.53 16.00 72.2 75.1

2008 4 4 E0-G0 15.46 15.63 74.2 74.4

2009 14 13 E0-G0 14.91 15.99 71.0 74.8

2025 8 8 E0-G0 13.89 14.79 74.9 75.1

2026 7 6 E0-G0 14.52 15.28 74.6 75.0

2036 4 3 E0-G0 13.11 14.69 74.9 75.0

2038 2 2 E0-G0 15.74 15.79 73.9 74.0

2224 4 4 E0-G0 12.50 12.84 59.7 60.9

2226 2 1 E0-G0 12.83 12.83 60.9 60.9

2234 7 7 E0-G0 11.36 14.37 55.1 65.9

2249 2 2 E0-G0 14.96 15.09 67.8 68.2

2251 4 4 E0-G0 9.390 9.753 44.0 46.5

2255 9 7 E0-G0 10.15 15.65 49.0 70.2

2256 6 6 E0-G0 11.87 13.96 57.2 64.7

2258 1 -none- E0-G0

2259 10 10 E0-G0 13.07 14.91 61.7 67.6

2260 9 8 E0-G0 13.75 15.98 64.0 72.1

2261 4 4 E0-G0 15.75 15.85 73.7 73.9

2263 5 5 E0-G0 10.19 15.93 49.1 71.7

2277 8 8 E0-G0 13.25 16.00 62.3 74.2

2278 4 4 E0-G0 15.48 15.62 69.6 70.1

2281 7 7 E0-G0 14.25 15.73 65.6 74.6

2282 2 2 E0-G0 15.93 15.96 73.2 73.4

2286 4 4 E0-G0 15.64 15.76 70.2 70.7

2287 4 4 E0-G0 15.92 15.97 71.6 72.0

2292 3 3 E0-G0 15.89 16.00 72.8 73.5

2293 2 2 E0-G0 12.50 14.32 59.7 65.8

2294 3 3 E0-G0 15.37 15.69 69.2 70.4

2295 6 6 E0-G0 14.58 15.90 66.6 74.7

2296 13 13 E0-G0 12.43 15.99 59.4 75.0

2297 6 6 E0-G0 10.50 15.84 73.7 75.1

2647 1 1 B3-C3 7.863 7.863 70.6 70.6

2648 1 1 B3-C3 7.978 7.978 73.2 73.2

2649 6 6 B3-C3 6.303 7.844 60.1 74.3

2650 3 3 B3-C3 6.958 7.789 64.5 74.2

2653 6 6 B3-C3 7.270 7.990 66.5 72.1

2658 2 2 B3-C3 6.683 7.873 73.9 75.1

2660 6 6 B3-C3 6.246 7.989 59.7 73.4

2661 29 29 B3-D1 19.10 24.00 70.6 75.1

2662 3 3 B3-D1 18.01 24.00 57.8 72.7

2668 1 -none- B3-D1

2685 6 6 B3-D1 21.23 23.94 73.2 75.1

2695 12 12 B3-D1 18.11 23.93 58.1 74.1

2711 6 6 B3-D1 21.15 23.47 65.1 70.2

2935 4 4 E0-G0 7.781 9.609 27.3 45.5

2940 2 2 E0-G0 8.716 9.145 38.4 42.1

2958 2 2 E0-G0 9.817 10.30 46.9 49.8

2962 4 4 E0-G0 12.45 14.20 59.5 65.4

2965 6 6 E0-G0 9.897 13.28 47.4 62.4

2966 8 8 E0-G0 9.540 14.35 45.0 65.9

2967 8 8 E0-G0 9.401 14.15 44.0 65.2

2968 6 6 E0-G0 9.577 13.45 45.3 63.0

2969 2 2 E0-G0 14.77 14.94 67.2 67.7

2970 6 6 E0-G0 12.05 15.01 58.0 68.0

2972 9 9 E0-G0 9.017 15.43 41.1 69.4

2976 4 4 E0-G0 8.516 11.83 36.5 57.1

3015 1 1 D0-H0 63.76 63.76 73.3 73.3

3016 1 1 D0-H0 62.82 62.82 70.5 70.5

TOTAL 425 412 (4) 6.246 63.76 27.3 75.1

For details on observations of this object, see the line for 23) alf Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfhya" in the Observation Index (text file). There is also a list which includes filenames.

24) alfori * * * * * * * * * * alf Ori = HD 39801 * * * * * * *
At RA 88.793 DEC 7.407 M2Iab: Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 1 1 E0-G0 14.71 14.71 74.4 74.4

2615 4 2 B3-C3 7.717 7.903 73.7 74.1

2647 1 1 B3-C3 7.541 7.541 74.3 74.3

2649 2 2 B3-C3 6.815 7.259 74.3 74.4

2653 15 15 B3-C3 7.268 7.988 70.4 74.4

2654 24 23 B3-C3 6.056 8.000 70.7 74.4

2655 21 21 B3-C3 6.190 7.970 70.4 74.4

2658 14 12 B3-C3 6.781 7.993 70.5 74.4

2670 4 -none- B3-D1

2945 6 2 E0-G0 15.43 15.92 73.3 74.1

2946 9 -none- E0-G0

TOTAL 101 79 (3) 6.056 15.92 70.4 74.4

For details on observations of this object, see the line for 24) alf Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfori" in the Observation Index (text file). There is also a list which includes filenames.

25) alfphe * * * * * * * * * * alf Phe = HD 2261 * * * * * * *
At RA 6.571 DEC -42.306 K0III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2204 3 3 E0-G0 12.94 15.37 81.2 99.7

2453 3 3 E0-G1 53.56 54.74 128.0 129.0

2458 3 3 E0-G1 58.04 58.79 132.8 133.9

2525 6 6 E0-G1 63.74 65.68 145.5 161.7

2647 1 1 B3-C3 5.773 5.773 108.6 108.6

2993 1 1 D0-H0 35.46 35.46 130.2 130.2

TOTAL 17 17 (4) 5.773 65.68 81.2 161.7

For details on observations of this object, see the line for 25) alf Phe in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfphe" in the Observation Index (text file). There is also a list which includes filenames.

26) alfsco * * * * * * * * * * alf Sco = HD 148478 * * * * * * *
At RA 247.352 DEC -26.432 M1.5Iab-b Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1991 1 1 E0-G0 15.99 15.99 69.8 69.8

1995 1 -none- E0-G0

1996 1 -none- E0-G0

2001 3 2 E0-G0 14.77 14.90 80.8 81.3

2029 3 2 E0-G0 9.941 10.22 94.7 95.5

2039 1 -none- E0-G0

2041 4 1 E0-G0 16.00 16.00 70.2 70.2

2132 4 1 E0-G0 15.78 15.78 75.5 75.5

2134 1 -none- E0-G0

2809 15 14 E0-G0 12.16 15.99 30.7 87.3

2810 17 15 E0-G0 12.50 15.99 34.9 81.8

2812 17 15 E0-G0 7.563 16.00 62.1 103.2

2813 5 4 E0-G0 11.21 15.85 74.7 92.0

2834 18 13 E0-G0 9.914 15.98 53.4 95.6

2881 2 2 E0-G0 10.48 10.82 93.0 94.0

TOTAL 93 70 (1) 7.563 16.00 30.7 103.2

For details on observations of this object, see the line for 26) alf Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfsco" in the Observation Index (text file). There is also a list which includes filenames.

27) alftau * * * * * * * * * * alf Tau = HD 29139 * * * * * * *
At RA 68.980 DEC 16.509 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 4 3 E0-G0 15.91 15.97 73.1 73.9

2833 3 3 E0-G0 5.378 6.145 84.8 85.0

2915 2 2 E0-G0 12.94 13.18 80.2 80.5

TOTAL 9 8 (1) 5.378 15.97 73.1 85.0

For details on observations of this object, see the line for 27) alf Tau in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alftau" in the Observation Index (text file). There is also a list which includes filenames.

28) arcet * * * * * * * * * * AR Cet = HD 12292 * * * * * * *
At RA 30.112 DEC -8.524 M5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 4 4 E0-G0 14.59 15.93 66.7 73.4

2199 3 3 E0-G0 12.34 15.99 59.2 74.4

2200 3 3 E0-G0 12.62 15.98 60.3 72.1

2201 3 3 E0-G0 14.60 15.80 66.7 73.9

TOTAL 13 13 (1) 12.34 15.99 59.2 74.4

For details on observations of this object, see the line for 28) AR Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "arcet" in the Observation Index (text file). There is also a list which includes filenames.

29) betcar * * * * * * * * * * bet Car = HD 80007 * * * * * * *
At RA 138.300 DEC -69.717 A2IV High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2246 3 3 U1-U3 83.47 83.79 36.4 37.5

TOTAL 3 3 (1) 83.47 83.79 36.4 37.5

For details on observations of this object, see the line for 29) bet Car in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betcar" in the Observation Index (text file). There is also a list which includes filenames.

30) betcet * * * * * * * * * * bet Cet = HD 4128 * * * * * * *
At RA 10.897 DEC -17.987 K0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2117 2 1 E0-G0 15.82 15.82 68.7 68.7

2118 8 8 E0-G0 14.78 15.99 61.9 73.3

2131 5 4 E0-G0 15.88 16.00 69.3 71.4

2132 15 14 E0-G0 14.95 16.00 62.8 73.5

2134 7 6 E0-G0 15.49 15.90 74.0 76.3

2135 4 4 E0-G0 14.26 15.98 67.3 79.4

2137 6 6 E0-G0 15.39 15.67 65.4 76.0

2143 4 4 E0-G0 15.92 15.97 73.1 73.7

2144 8 7 E0-G0 14.80 15.30 76.9 78.3

2145 3 3 E0-G0 15.83 15.89 74.1 74.6

2155 3 3 E0-G0 14.70 14.87 61.5 62.4

2166 5 4 E0-G0 15.58 15.94 69.8 75.9

2168 11 8 E0-G0 12.87 15.64 75.6 81.6

2169 12 10 E0-G0 13.45 15.96 73.3 80.8

2170 5 5 E0-G0 15.07 15.54 76.1 77.6

2171 9 9 E0-G0 15.02 16.00 63.2 74.2

2172 7 7 E0-G0 15.96 15.99 70.4 73.2

2173 10 10 E0-G0 15.74 15.99 68.0 73.2

2176 9 7 E0-G0 15.50 15.96 66.2 70.4

2177 4 4 E0-G0 15.90 15.96 69.6 70.4

2179 4 4 E0-G0 12.41 15.87 74.3 82.2

2180 3 3 E0-G0 15.49 16.00 71.7 76.3

2194 10 9 E0-G0 14.81 16.00 62.1 76.3

2195 6 6 E0-G0 14.69 16.00 61.4 77.0

2199 4 4 E0-G0 14.01 15.98 58.4 79.9

2200 3 3 E0-G0 14.09 15.86 58.1 74.3

2201 3 3 E0-G0 14.98 15.98 66.7 77.9

2202 25 24 E0-G0 13.66 16.00 55.8 79.8

2203 15 15 E0-G0 13.93 16.00 64.8 80.0

2204 6 6 E0-G0 11.20 15.97 58.3 83.5

2205 5 5 E0-G0 15.13 15.98 63.9 76.7

2206 7 7 E0-G0 13.88 16.00 61.8 80.1

2207 7 7 E0-G0 13.23 16.00 53.4 73.7

2218 5 4 E0-G0 11.02 12.35 82.2 83.7

2219 6 6 E0-G0 14.16 15.44 58.5 65.8

2227 8 7 E0-G0 15.05 16.00 65.9 77.7

2228 9 9 E0-G0 9.528 16.00 69.6 85.2

2229 10 10 E0-G0 15.42 15.99 71.2 76.5

2230 5 4 E0-G0 15.49 15.83 66.1 68.7

2231 9 8 E0-G0 15.26 16.00 64.6 72.0

2232 4 4 E0-G0 15.52 15.87 66.3 74.7

2233 3 3 E0-G0 14.08 15.63 75.7 79.7

2242 4 4 E0-G0 12.96 15.27 77.0 81.4

2250 3 2 E0-G0 14.61 14.96 77.9 78.7

2251 5 5 E0-G0 13.98 15.36 76.8 79.9

2255 6 6 E0-G0 11.09 12.35 82.2 83.6

2258 4 4 E0-G0 10.56 12.14 82.5 84.2

2259 2 2 E0-G0 10.72 10.95 83.8 84.0

2495 6 5 E0-G1 65.33 65.77 140.8 148.7

2496 9 9 E0-G1 59.78 65.88 137.1 146.7

2497 3 2 E0-G1 64.84 64.92 150.8 151.2

2498 6 6 E0-G1 60.13 65.19 137.1 139.5

2499 9 9 E0-G1 54.23 65.58 138.2 161.6

2500 3 3 E0-G1 62.04 62.27 164.3 165.8

2511 6 6 E0-G1 63.31 65.95 144.1 158.4

2512 4 4 E0-G1 63.15 65.88 140.9 159.2

2515 6 6 E0-G1 62.01 65.13 149.8 166.0

2516 3 3 E0-G1 64.14 64.76 151.6 154.5

2517 6 6 E0-G1 62.37 65.62 147.1 163.6

2518 5 4 E0-G1 61.08 61.44 170.9 176.3

2520 3 3 E0-G1 61.02 61.07 176.7 179.0

2521 6 5 E0-G1 63.13 65.68 146.7 159.4

2523 1 1 E0-G1 63.05 63.05 159.8 159.8

2527 3 3 E0-G1 63.05 63.41 157.9 159.8

2530 4 3 E0-G1 65.75 65.89 141.0 141.9

2538 2 2 E0-G1 64.19 64.37 153.4 154.2

2615 2 2 B3-C3 6.192 6.300 81.9 82.2

2616 1 1 B3-C3 7.975 7.975 70.3 70.3

2629 2 2 B3-C3 7.584 7.686 76.7 77.4

2959 14 14 E0-G0 11.77 15.74 64.0 82.9

2992 2 2 D0-H0 41.54 48.20 82.6 84.3

2993 2 2 D0-H0 39.36 53.85 80.7 84.9

2994 1 1 D0-H0 61.37 61.37 76.8 76.8

2997 2 2 D0-H0 50.14 51.30 81.6 82.0

3001 4 4 D0-H0 49.83 60.59 77.4 82.1

3017 2 2 D0-H0 50.69 52.58 81.2 81.8

TOTAL 435 410 (4) 6.192 65.95 53.4 179.0

For details on observations of this object, see the line for 30) bet Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betcet" in the Observation Index (text file). There is also a list which includes filenames.

31) betcnc * * * * * * * * * * bet Cnc = HD 69267 * * * * * * *
At RA 124.129 DEC 9.186 K4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2294 2 2 E0-G0 14.78 14.96 75.0 75.1

2337 2 -none- E0-G1

2607 1 1 B3-C3 7.841 7.841 74.2 74.2

2647 1 1 B3-C3 7.670 7.670 74.7 74.7

2649 3 3 B3-C3 7.908 7.968 70.9 71.6

2650 2 2 B3-C3 7.990 8.000 72.1 72.5

2651 4 4 B3-C3 7.896 7.983 73.2 73.9

2652 3 3 B3-C3 7.965 7.998 72.8 73.4

2662 2 2 B3-D1 23.09 23.16 74.5 74.6

2993 2 1 D0-H0 63.91 63.91 72.0 72.0

TOTAL 22 19 (5) 7.670 63.91 70.9 75.1

For details on observations of this object, see the line for 31) bet Cnc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betcnc" in the Observation Index (text file). There is also a list which includes filenames.

32) betdor * * * * * * * * * * bet Dor = HD 37350 * * * * * * *
At RA 83.406 DEC -62.490 F6Ia... Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2213 2 -none- U1-U3

2215 5 5 U1-U3 88.84 89.42 33.8 35.5

2216 7 7 U1-U3 89.08 90.14 31.5 34.8

2246 4 4 U1-U3 78.71 79.79 54.0 55.7

2247 11 8 U1-U3 81.66 85.18 44.2 50.9

2308 6 6 U1-U3 74.96 77.21 57.9 61.1

2533 4 3 U2-U4 89.43 89.44 70.4 73.3

2557 2 2 B3-M0 134.7 136.4 49.6 55.8

2566 1 1 B3-M0 125.2 125.2 77.2 77.2

2567 3 1 B3-M0 134.2 134.2 57.5 57.5

2574 3 2 B3-M0 128.5 132.2 63.1 71.3

2590 3 3 B3-M0 120.4 127.0 74.0 85.0

2743 4 3 B3-M0 105.2 108.4 102.0 106.5

2744 4 3 B3-M0 87.25 89.61 131.3 136.1

2745 3 3 B3-M0 82.54 87.51 135.6 147.8

2746 3 1 B3-M0 100.4 100.4 113.4 113.4

2747 4 2 B3-M0 96.77 105.0 106.8 119.0

2748 3 1 B3-M0 104.7 104.7 107.2 107.2

2749 3 3 B3-M0 96.87 99.49 114.8 118.8

2750 4 4 B3-M0 97.54 106.9 104.2 117.8

2751 3 3 B3-M0 94.20 96.91 118.8 123.1

TOTAL 82 65 (3) 74.96 136.4 31.5 147.8

For details on observations of this object, see the line for 32) bet Dor in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betdor" in the Observation Index (text file). There is also a list which includes filenames.

33) betgru * * * * * * * * * * bet Gru = HD 214952 * * * * * * *
At RA 340.667 DEC -46.885 M5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2124 1 1 E0-G0 15.87 15.87 72.5 72.5

2128 2 -none- E0-G0

2130 15 11 E0-G0 13.79 15.96 58.1 97.3

2131 12 12 E0-G0 15.01 15.74 75.7 86.2

2132 8 8 E0-G0 15.96 16.00 59.5 63.7

2133 7 4 E0-G0 15.91 15.95 69.8 71.1

2134 4 4 E0-G0 15.31 15.43 81.0 82.6

2136 10 9 E0-G0 15.85 16.00 62.4 73.1

2141 27 22 E0-G0 12.51 15.77 75.1 107.3

2143 13 9 E0-G0 14.63 15.67 77.2 90.0

2144 8 7 E0-G0 14.55 15.02 86.0 90.7

2145 3 2 E0-G0 11.91 12.42 108.1 112.1

2148 4 4 E0-G0 15.54 15.77 44.9 51.6

2149 6 3 E0-G0 14.23 14.33 92.8 93.6

2150 17 15 E0-G0 14.87 16.00 27.2 83.7

2151 14 10 E0-G0 15.27 16.00 38.1 72.2

2153 3 -none- E0-G0

2154 15 9 E0-G0 15.29 15.99 61.3 82.9

2155 1 -none- E0-G0

2156 1 -none- E0-G0

2158 10 -none- E0-G0

2160 5 -none- E0-G0

2165 2 -none- E0-G0

2167 16 13 E0-G0 10.46 15.75 75.6 125.0

2171 4 4 E0-G0 15.92 15.96 69.1 70.7

2172 5 2 E0-G0 15.93 15.95 69.6 70.5

2173 7 7 E0-G0 15.59 15.86 72.9 78.6

2174 8 8 E0-G0 15.67 15.91 71.4 77.2

2176 7 5 E0-G0 15.47 15.80 74.6 80.4

2177 8 5 E0-G0 14.89 15.30 82.8 87.5

2178 5 5 E0-G0 13.20 15.69 76.7 102.0

2179 13 11 E0-G0 14.13 15.79 74.7 94.4

2189 6 -none- U1-U3

2190 12 -none- U1-U3

2191 5 4 E0-G0 13.00 13.83 97.0 103.5

2193 6 5 E0-G0 14.76 15.68 77.1 88.7

2210 1 -none- E0-G0

2242 1 1 E0-G0 13.11 13.11 102.7 102.7

2255 5 5 E0-G0 9.770 10.64 123.2 132.6

2256 6 6 E0-G0 8.329 8.876 145.3 157.0

2257 8 6 E0-G0 9.322 12.01 111.3 138.4

2258 6 6 E0-G0 11.08 11.96 111.8 119.2

2259 6 6 E0-G0 10.27 11.99 111.5 127.0

TOTAL 323 229 (2) 8.329 16.00 27.2 157.0

For details on observations of this object, see the line for 33) bet Gru in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betgru" in the Observation Index (text file). There is also a list which includes filenames.

34) betori * * * * * * * * * * bet Ori = HD 34085 * * * * * * *
At RA 78.634 DEC -8.202 B8Iab: Emission-line Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2190 3 -none- U1-U3

2204 2 2 E0-G0 15.87 15.99 71.4 73.0

2315 4 4 E0-G1 59.49 60.36 154.8 157.4

2522 3 3 E0-G1 65.47 65.70 141.8 142.6

2530 2 2 E0-G1 65.10 65.26 143.1 143.5

2531 3 3 E0-G1 65.86 65.95 140.7 141.3

2532 3 3 E0-G1 65.36 65.68 139.2 139.5

2535 4 4 E0-G1 65.04 65.97 140.5 143.7

2537 4 4 E0-G1 62.73 65.97 139.3 140.4

2538 2 2 E0-G1 65.93 65.96 140.0 140.2

2564 3 3 B3-M0 138.1 138.8 61.5 61.8

2575 3 1 U1-U3 91.33 91.33 19.3 19.3

2584 3 3 B3-M0 139.2 139.7 59.7 61.1

2585 2 2 B3-M0 135.7 139.0 61.5 62.0

2588 2 2 B3-M0 137.1 137.6 61.8 61.9

2589 15 14 B3-M0 136.4 139.7 57.8 61.7

2629 2 2 B3-C3 7.063 7.216 74.8 74.8

2653 16 16 B3-C3 6.790 8.000 72.0 74.8

2654 24 23 B3-C3 5.633 8.000 71.0 74.8

2655 15 15 B3-C3 5.480 7.917 73.6 74.8

2661 1 1 B3-D1 18.28 18.28 74.4 74.4

2670 4 4 B3-D1 23.21 23.92 69.7 71.8

2945 7 7 E0-G0 15.44 15.96 71.3 74.3

2946 8 8 E0-G0 15.38 15.99 69.4 74.1

2959 5 5 E0-G0 15.10 15.93 68.5 71.7

2960 2 2 E0-G0 10.83 14.49 53.3 66.6

2962 4 1 E0-G0 11.18 11.18 54.9 54.9

TOTAL 146 136 (6) 5.480 139.7 139.2 74.8

For details on observations of this object, see the line for 34) bet Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betori" in the Observation Index (text file). There is also a list which includes filenames.

35) betpic * * * * * * * * * * bet Pic = HD 39060 * * * * * * *
At RA 86.821 DEC -51.067 A5V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2215 8 8 U1-U3 92.04 93.74 37.9 41.0

2247 2 2 U1-U3 81.85 83.00 52.2 53.3

2660 1 1 B3-C3 7.867 7.867 75.5 75.5

TOTAL 11 11 (2) 7.867 93.74 37.9 75.5

For details on observations of this object, see the line for 35) bet Pic in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betpic" in the Observation Index (text file). There is also a list which includes filenames.

36) chiaqr * * * * * * * * * * chi Aqr = HD 219576 * * * * * * *
At RA 349.212 DEC -7.727 M3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2171 7 7 E0-G0 15.75 16.00 70.9 73.0

2180 3 3 E0-G0 15.78 15.99 71.0 73.3

2206 3 3 E0-G0 15.40 15.95 69.6 72.0

2535 3 3 E0-G1 58.62 59.34 157.1 159.3

2537 4 4 E0-G1 58.93 61.47 151.5 158.3

2624 3 3 B3-C3 5.661 6.045 73.4 73.9

2625 3 3 B3-C3 5.781 6.059 73.6 73.9

2626 1 1 B3-C3 5.618 5.618 73.3 73.3

2628 3 3 B3-C3 6.429 6.669 74.3 74.4

2630 3 3 B3-C3 5.929 6.201 73.8 74.1

2631 3 2 B3-C3 5.882 6.164 73.7 74.0

2836 4 4 E0-G0 15.75 15.99 70.9 72.3

2837 4 4 E0-G0 14.93 15.67 73.9 74.5

2839 3 3 E0-G0 15.87 16.00 72.7 73.5

2841 9 9 E0-G0 15.27 16.00 69.2 74.1

2842 9 9 E0-G0 12.91 15.99 62.0 74.4

2843 6 6 E0-G0 14.65 15.95 67.3 72.0

2845 6 6 E0-G0 15.62 15.84 70.6 74.0

2846 4 4 E0-G0 13.31 15.80 73.7 74.5

2847 6 1 E0-G0 15.02 15.02 68.4 68.4

2848 6 6 E0-G0 14.98 15.95 68.3 73.4

2853 2 2 E0-G0 14.50 14.69 66.9 67.4

2854 2 1 E0-G0 14.89 14.89 74.5 74.5

2856 2 2 E0-G0 14.15 14.36 65.8 66.5

2858 6 6 E0-G0 12.68 16.00 72.3 74.6

2859 6 6 E0-G0 14.05 16.00 72.8 74.6

2860 6 6 E0-G0 14.33 16.00 72.3 74.6

2861 6 5 E0-G0 14.29 15.97 73.1 74.6

2862 2 2 E0-G0 14.10 14.44 74.6 74.6

2863 6 6 E0-G0 14.51 15.99 72.9 74.6

2870 4 4 E0-G0 14.68 16.00 72.6 74.5

2880 2 2 E0-G0 15.95 15.98 73.0 73.2

2881 2 2 E0-G0 15.99 16.00 72.4 72.6

2882 2 2 E0-G0 15.98 16.00 72.8 73.0

2885 6 6 E0-G0 15.10 15.95 71.6 74.4

2886 6 6 E0-G0 11.84 15.29 58.2 69.3

2887 6 6 E0-G0 15.09 15.96 71.7 74.4

2888 2 2 E0-G0 15.81 15.88 71.2 71.5

2889 6 6 E0-G0 14.89 15.98 71.9 74.5

2890 6 6 E0-G0 14.28 16.00 72.4 74.6

2891 6 6 E0-G0 15.44 15.97 71.6 74.2

2892 4 4 E0-G0 15.81 16.00 72.2 73.7

2895 16 16 E0-G0 9.839 15.98 48.8 74.1

2896 4 4 E0-G0 14.03 15.21 65.5 69.0

TOTAL 203 195 (3) 5.618 61.47 151.5 74.6

For details on observations of this object, see the line for 36) chi Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "chiaqr" in the Observation Index (text file). There is also a list which includes filenames.

37) chiphe * * * * * * * * * * chi Phe = HD 12524 * * * * * * *
At RA 30.427 DEC -44.714 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2213 9 9 U1-U3 89.94 92.39 43.6 46.3

2215 5 5 U1-U3 86.92 88.41 47.7 49.0

2521 3 3 E0-G1 65.21 65.53 159.0 164.8

2528 6 6 E0-G1 59.67 63.28 136.0 145.8

2530 3 2 E0-G1 64.98 65.17 156.2 158.5

2531 6 6 E0-G1 62.53 64.90 143.0 155.5

2533 5 4 U2-U4 88.40 88.74 86.0 87.5

2534 23 15 U1-U2
U2-U3 46.24 49.43 17.7 42.6

2535 4 4 E0-G1 49.58 57.50 123.9 132.4

2538 2 2 E0-G1 47.27 48.03 122.2 122.8

2547 2 2 B3-M0 139.0 139.7 46.9 54.0

2561 1 -none- B3-M0

2576 2 1 U1-U3 100.7 100.7 23.7 23.7

2615 1 1 B3-C3 6.203 6.203 105.6 105.6

2927 4 4 E0-G0 13.63 15.05 85.1 96.9

2928 2 2 E0-G0 10.92 11.27 114.0 116.8

2929 7 7 E0-G0 10.74 14.97 86.0 118.2

2930 6 6 E0-G0 9.661 14.22 92.4 128.2

2931 10 10 E0-G0 10.81 15.29 82.5 117.7

2932 3 3 E0-G0 13.41 13.99 94.2 98.5

2933 4 4 E0-G0 9.553 11.64 111.2 129.3

3028 5 5 D0-H0 32.03 49.35 106.1 151.8

3030 4 4 D0-H0 35.62 44.74 114.7 136.9

3031 4 4 D0-H0 35.98 46.48 111.4 135.7

3032 2 -none- D0-H0

3033 3 3 D0-H0 40.45 43.97 116.2 123.7

TOTAL 126 112 (9) 6.203 139.7 17.7 164.8

For details on observations of this object, see the line for 37) chi Phe in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "chiphe" in the Observation Index (text file). There is also a list which includes filenames.

38) del2gru * * * * * * * * * * del02 Gru = HD 213080 * * * * * * *
At RA 337.439 DEC -43.749 M4.5IIIa Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2167 5 4 E0-G0 11.31 13.42 97.7 112.3

2170 2 2 E0-G0 12.93 15.49 48.0 101.0

2178 4 4 E0-G0 13.46 15.91 72.1 97.4

2179 3 3 E0-G0 13.41 14.79 87.2 97.8

2193 2 -none- E0-G0

TOTAL 16 13 (1) 11.31 15.91 48.0 112.3

For details on observations of this object, see the line for 38) del02 Gru in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "del2gru" in the Observation Index (text file). There is also a list which includes filenames.

39) delcma * * * * * * * * * * del CMa = HD 54605 * * * * * * *
At RA 107.098 DEC -26.393 F8Iab: Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 2 2 E0-G0 14.86 15.01 56.4 57.6

2197 2 2 E0-G0 13.01 14.22 40.4 51.2

2198 2 2 E0-G0 13.94 14.86 48.8 56.4

2199 2 2 E0-G0 13.97 15.28 49.1 60.0

2200 3 3 E0-G0 13.60 15.78 45.9 65.3

2201 3 3 E0-G0 13.30 15.48 43.2 61.9

2202 3 3 E0-G0 13.33 15.87 43.5 66.6

2203 4 2 E0-G0 15.30 15.87 60.2 66.6

2210 1 1 E0-G0 14.79 14.79 55.8 55.8

2228 4 4 E0-G0 15.66 15.88 63.8 66.9

2229 5 5 E0-G0 15.43 15.99 68.0 78.1

2251 2 2 E0-G0 12.28 12.91 32.4 39.4

2262 1 1 E0-G0 15.91 15.91 73.9 73.9

2263 1 1 E0-G0 15.84 15.84 66.2 66.2

2265 6 5 E0-G0 15.19 16.00 59.2 70.8

2266 2 2 E0-G0 15.29 15.38 78.4 78.9

2283 7 7 E0-G0 12.01 16.00 68.9 89.8

2315 4 4 E0-G1 65.02 65.34 158.1 161.6

2339 3 3 E0-G1 65.05 65.22 159.4 161.3

2341 3 3 E0-G1 64.67 65.05 161.2 165.4

2345 8 6 E0-G1 64.34 65.74 153.5 15.9

2540 2 2 E0-G1 63.24 63.56 137.8 138.2

2647 1 1 B3-C3 7.999 7.999 70.4 70.4

2662 1 1 B3-D1 22.95 22.95 60.2 60.2

2735 2 2 B3-M0 74.69 110.0 72.6 76.8

TOTAL 74 69 (5) 7.999 110.0 137.8 89.8

For details on observations of this object, see the line for 39) del CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delcma" in the Observation Index (text file). There is also a list which includes filenames.

40) delcrt * * * * * * * * * * del Crt = HD 98430 * * * * * * *
At RA 169.835 DEC -14.779 K0III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 3 3 E0-G0 15.26 15.47 66.2 67.3

2296 3 3 E0-G0 15.86 15.94 73.5 74.2

2319 2 1 E0-G1 65.93 65.93 142.9 142.9

2731 12 12 B3-D1 20.42 23.94 60.7 78.7

2732 6 6 B3-D1 18.57 22.32 52.3 64.3

2735 1 -none- B3-M0

2736 3 3 B3-M0 124.4 129.7 64.3 64.6

2737 7 6 B3-M0 101.1 135.7 63.2 64.8

2738 6 6 B3-M0 115.0 138.6 61.8 64.7

2740 4 4 B3-M0 115.9 136.2 63.0 64.8

2789 1 1 E0-G0 14.24 14.24 78.0 78.0

TOTAL 48 45 (4) 14.24 138.6 52.3 142.9

For details on observations of this object, see the line for 40) del Crt in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delcrt" in the Observation Index (text file). There is also a list which includes filenames.

41) delcrv * * * * * * * * * * del Crv = HD 108767 * * * * * * *
At RA 187.466 DEC -16.515 B9.5V Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2301 2 -none- E0-G0

TOTAL 2 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 41) del Crv in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delcrv" in the Observation Index (text file). There is also a list which includes filenames.

42) deleri * * * * * * * * * * del Eri = HD 23249 * * * * * * *
At RA 55.812 DEC -9.763 K0IV Variable of RS CVn type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2213 4 4 U1-U3 102.0 102.4 37.0 38.3

2524 6 6 E0-G1 63.90 65.71 142.4 147.4

2525 6 4 E0-G1 62.12 65.52 143.0 152.0

2539 4 4 E0-G1 65.27 65.97 140.7 143.8

2555 3 3 B3-M0 131.3 133.3 62.5 62.6

2556 4 4 B3-M0 137.9 139.7 58.2 60.2

2564 2 1 B3-M0 138.4 138.4 61.8 61.8

2567 3 1 B3-M0 137.2 137.2 57.8 57.8

2577 3 2 B3-M0 138.5 139.0 61.5 61.8

2578 3 2 B3-M0 136.0 138.2 56.9 58.5

2585 2 1 B3-M0 134.3 134.3 62.5 62.5

2601 3 2 B3-M0 116.5 122.7 61.6 62.2

2602 3 2 B3-M0 136.2 138.2 61.8 62.3

2671 8 8 B3-D1 14.88 22.42 74.6 75.7

2672 6 6 B3-D1 18.11 22.74 75.0 75.8

2673 6 6 B3-D1 17.84 21.86 75.4 75.7

2674 6 6 B3-D1 21.74 23.77 73.8 75.5

2675 6 6 B3-D1 19.01 22.63 75.1 75.8

2676 6 6 B3-D1 18.56 21.98 75.4 75.8

2677 6 6 B3-D1 18.25 22.57 75.1 75.8

2678 6 6 B3-D1 18.85 22.71 75.0 75.8

2679 3 3 B3-D1 20.48 21.16 75.6 75.7

2682 6 6 B3-D1 15.21 22.58 74.7 75.5

2683 6 6 B3-D1 16.72 19.04 75.3 75.7

2684 6 6 B3-D1 18.70 22.90 74.9 75.8

2685 3 3 B3-D1 16.07 17.95 75.1 75.6

2696 6 5 B3-D1 10.07 17.30 70.0 75.5

2697 6 6 B3-D1 14.27 19.01 74.2 75.7

TOTAL 132 121 (4) 10.07 139.7 140.7 75.8

For details on observations of this object, see the line for 42) del Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "deleri" in the Observation Index (text file). There is also a list which includes filenames.

43) deloph * * * * * * * * * * del Oph = HD 146051 * * * * * * *
At RA 243.586 DEC -3.694 M0.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1991 8 8 E0-G0 15.32 15.99 70.8 73.2

1995 4 4 E0-G0 13.63 16.00 67.2 73.0

1996 4 4 E0-G0 15.51 15.81 71.2 71.9

2000 2 2 E0-G0 15.98 15.99 72.5 72.6

2003 3 3 E0-G0 12.46 14.46 64.4 69.0

2007 60 59 E0-G0 12.33 16.00 64.0 73.2

2008 11 11 E0-G0 13.56 15.83 67.0 72.0

2020 2 1 E0-G0 15.82 15.82 72.0 72.0

2021 8 8 E0-G0 15.52 15.93 71.2 72.3

2022 4 3 E0-G0 14.86 15.17 69.8 70.5

2025 1 -none- E0-G0

2033 2 2 E0-G0 15.91 15.97 73.0 73.1

2039 4 3 E0-G0 15.72 15.97 71.7 72.5

2055 2 -none- E0-G0

2064 1 -none- E0-G0

2711 9 9 B3-D1 17.62 23.47 62.4 71.5

2722 3 3 B3-D1 23.23 23.55 71.2 71.7

2723 6 6 B3-D1 22.67 24.00 70.4 73.0

2732 9 9 B3-D1 19.65 23.97 66.0 73.2

2809 13 13 E0-G0 10.36 16.00 57.7 73.0

2810 12 12 E0-G0 11.15 15.95 60.5 73.1

2812 6 6 E0-G0 15.58 15.79 71.4 73.2

2813 6 6 E0-G0 15.78 16.00 71.9 72.8

2827 1 1 E0-G0 15.92 15.92 72.3 72.3

2829 4 2 E0-G0 15.57 15.65 71.3 71.5

2834 12 12 E0-G0 14.48 15.93 69.0 73.2

2836 4 4 E0-G0 15.83 16.00 72.8 73.1

2837 4 4 E0-G0 15.93 15.99 72.3 73.0

2838 3 3 E0-G0 15.94 15.99 72.4 72.6

2839 6 6 E0-G0 14.71 15.99 72.3 73.0

2840 4 3 E0-G0 15.51 15.95 73.0 73.2

2841 8 8 E0-G0 14.75 16.00 69.9 73.1

2842 10 10 E0-G0 14.08 16.00 68.2 73.2

2843 6 6 E0-G0 15.37 15.97 70.9 73.1

2844 6 6 E0-G0 15.22 16.00 70.6 72.7

2845 6 6 E0-G0 14.69 16.00 69.5 73.0

2846 6 6 E0-G0 15.57 15.99 71.3 73.0

2847 6 6 E0-G0 15.57 16.00 71.3 73.2

2849 7 7 E0-G0 15.39 16.00 71.0 73.2

2850 1 1 E0-G0 15.49 15.49 73.2 73.2

2856 2 2 E0-G0 14.78 14.96 72.9 73.0

2858 6 6 E0-G0 15.54 16.00 71.3 73.2

2860 6 6 E0-G0 15.20 15.97 72.3 73.1

2862 6 6 E0-G0 14.85 16.00 72.7 73.2

2863 6 6 E0-G0 13.49 15.95 71.9 73.2

2880 2 2 E0-G0 14.85 15.02 72.9 73.0

2881 2 2 E0-G0 13.85 14.09 72.2 72.4

2892 2 2 E0-G0 14.44 14.64 72.7 72.8

3108 1 -none- D0-H0

TOTAL 307 295 (3) 10.36 24.00 57.7 73.2

For details on observations of this object, see the line for 43) del Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "deloph" in the Observation Index (text file). There is also a list which includes filenames.

44) delsgr * * * * * * * * * * del Sgr = HD 168454 * * * * * * *
At RA 275.249 DEC -29.828 K3IIIa Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2169 3 2 E0-G0 12.34 12.48 91.3 91.8

2350 3 3 E0-G1 63.80 64.40 139.3 140.6

2352 3 3 E0-G1 62.97 63.52 137.9 138.7

2362 3 3 E0-G1 63.75 64.25 139.2 140.2

2425 6 4 E0-G1 65.70 65.94 153.5 159.1

2809 9 9 E0-G0 10.17 15.20 80.2 99.2

2810 11 11 E0-G0 9.485 15.64 77.0 101.8

2811 12 12 E0-G0 10.36 15.24 79.9 98.5

2812 6 6 E0-G0 8.444 12.27 92.0 106.1

2813 13 13 E0-G0 8.011 15.76 75.8 108.1

2822 6 6 E0-G0 8.425 10.78 97.1 106.2

2835 9 9 E0-G0 13.74 15.89 63.6 86.8

TOTAL 84 81 (2) 8.011 65.94 63.6 159.1

For details on observations of this object, see the line for 44) del Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delsgr" in the Observation Index (text file). There is also a list which includes filenames.

45) delvir * * * * * * * * * * del Vir = HD 112300 * * * * * * *
At RA 193.901 DEC 3.397 M3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1988 5 5 E0-G0 15.01 15.71 72.9 73.1

1990 3 3 E0-G0 15.63 15.89 73.1 73.1

1991 4 4 E0-G0 15.93 16.00 72.7 73.0

1996 4 4 E0-G0 15.37 16.00 71.0 72.8

1998 5 5 E0-G0 15.56 15.79 71.4 72.0

2020 1 1 E0-G0 15.10 15.10 70.4 70.4

2021 4 4 E0-G0 15.72 15.84 73.1 73.1

2022 8 7 E0-G0 15.31 15.91 70.9 72.3

2025 1 -none- E0-G0

2032 1 1 E0-G0 15.16 15.16 70.6 70.6

2037 4 4 E0-G0 15.79 16.00 71.9 72.9

2041 3 3 E0-G0 15.76 15.96 71.9 73.0

2055 2 -none- E0-G0

2064 4 2 E0-G0 15.82 15.94 72.0 72.4

TOTAL 49 43 (1) 15.01 16.00 70.4 73.1

For details on observations of this object, see the line for 45) del Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delvir" in the Observation Index (text file). There is also a list which includes filenames.

46) epscrv * * * * * * * * * * eps Crv = HD 105707 * * * * * * *
At RA 182.531 DEC -22.620 K2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2286 3 3 E0-G0 15.35 15.53 62.9 64.3

2287 3 3 E0-G0 15.11 15.34 61.1 62.8

2293 1 1 E0-G0 15.81 15.81 67.1 67.1

2302 4 4 E0-G0 15.23 15.50 77.1 78.3

2316 3 3 E0-G1 64.74 64.94 155.9 157.3

2318 9 9 E0-G1 64.85 65.95 139.7 153.0

2321 4 4 E0-G1 64.97 65.34 153.1 155.7

2336 9 9 E0-G1 63.40 65.95 141.8 168.3

2338 3 3 E0-G1 64.22 64.51 159.0 161.1

2340 10 9 E0-G1 60.60 65.95 136.0 173.7

2341 3 3 E0-G1 65.61 65.80 141.9 142.9

2350 4 4 E0-G1 65.54 65.88 143.6 151.5

2353 2 2 E0-G1 65.80 65.86 148.4 149.0

2354 3 3 E0-G1 63.41 64.20 137.7 138.6

2355 3 3 E0-G1 61.94 62.65 136.6 137.1

2359 5 5 E0-G1 64.94 65.70 139.9 142.3

2429 8 6 E0-G1 63.05 65.97 145.4 172.9

2430 9 4 E0-G1 63.45 64.16 165.1 18.4

2431 9 6 E0-G1 62.91 64.46 159.3 6.3

2436 4 3 E0-G1 62.87 64.36 176.4 19.9

2439 9 6 E0-G1 62.85 64.98 155.7 6.8

2673 3 3 B3-D1 23.61 23.79 74.4 75.5

TOTAL 111 96 (3) 15.11 65.97 136.0 78.3

For details on observations of this object, see the line for 46) eps Crv in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epscrv" in the Observation Index (text file). There is also a list which includes filenames.

47) epseri * * * * * * * * * * eps Eri = HD 22049 * * * * * * *
At RA 53.233 DEC -9.458 K2V Variable of BY Dra type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2214 6 6 U1-U3 100.5 101.1 34.2 35.3

2216 3 3 U1-U3 93.42 93.80 21.8 22.6

2524 6 6 E0-G1 64.43 65.97 140.4 145.9

2527 3 3 E0-G1 60.82 61.88 152.3 155.2

2539 4 4 E0-G1 64.21 65.71 142.2 146.4

2546 1 1 B3-M0 133.9 133.9 62.4 62.4

2550 1 1 B3-M0 132.2 132.2 54.8 54.8

2553 1 1 B3-M0 134.3 134.3 62.4 62.4

2554 2 2 B3-M0 139.1 139.4 61.2 61.4

2555 3 3 B3-M0 137.5 138.6 61.7 62.0

2556 5 5 B3-M0 133.2 139.5 55.4 61.5

2564 3 3 B3-M0 138.9 139.7 60.8 61.6

2567 3 3 B3-M0 133.8 136.6 55.7 57.4

2577 3 3 B3-M0 137.9 138.9 58.4 59.2

2578 5 3 B3-M0 133.6 135.4 55.6 56.7

2579 1 1 B3-M0 137.1 137.1 62.1 62.1

2585 3 2 B3-M0 135.6 139.6 61.0 62.3

2586 4 3 B3-M0 139.1 139.7 59.4 60.9

2601 3 2 B3-M0 127.6 132.1 62.4 62.5

2602 3 2 B3-M0 139.4 139.7 60.4 61.2

TOTAL 63 57 (3) 60.82 139.7 140.4 62.5

For details on observations of this object, see the line for 47) eps Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epseri" in the Observation Index (text file). There is also a list which includes filenames.

48) epslep * * * * * * * * * * eps Lep = HD 32887 * * * * * * *
At RA 76.365 DEC -22.371 K4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 4 4 E0-G0 14.21 15.50 55.0 64.2

2205 3 3 E0-G0 14.75 15.91 73.9 80.0

2206 6 6 E0-G0 15.06 16.00 61.6 78.9

2207 10 9 E0-G0 12.33 15.90 40.9 77.3

2218 3 3 E0-G0 14.96 15.28 78.1 79.3

2219 6 6 E0-G0 14.40 16.00 69.9 81.0

2220 1 -none- E0-G0

2221 3 3 E0-G0 16.00 16.00 70.7 71.8

2224 13 11 E0-G0 13.74 15.93 51.8 75.2

2225 12 12 E0-G0 13.65 15.99 51.2 76.5

2226 11 11 E0-G0 14.50 16.00 57.0 79.9

2227 9 9 E0-G0 14.13 15.94 54.5 80.1

2230 41 40 E0-G0 11.97 16.00 37.6 84.1

2232 4 4 E0-G0 11.25 16.00 29.4 71.7

2233 4 4 E0-G0 12.16 15.06 78.9 86.0

2234 5 4 E0-G0 11.94 15.39 37.3 63.3

2235 21 21 E0-G0 12.18 16.00 39.6 81.7

2238 3 3 E0-G0 15.25 15.44 62.2 63.7

2251 4 4 E0-G0 15.63 15.99 65.4 72.0

2253 7 7 E0-G0 15.01 15.86 74.5 79.1

2254 5 5 E0-G0 15.52 16.00 64.3 70.7

2264 3 2 E0-G0 15.89 15.92 73.7 74.1

2279 7 7 E0-G0 11.85 15.84 74.6 86.7

2540 2 2 E0-G1 52.91 53.61 136.0 136.2

2615 1 1 B3-C3 7.995 7.995 72.2 72.2

2625 3 3 B3-C3 7.883 7.999 70.9 75.3

2629 2 2 B3-C3 7.117 7.262 80.7 81.5

2649 1 1 B3-C3 7.734 7.734 63.9 63.9

2650 3 3 B3-C3 6.908 7.235 80.8 82.5

2656 1 -none- B3-C3

2662 1 1 B3-D1 18.32 18.32 85.9 85.9

2664 18 18 B3-D1 9.179 24.00 70.1 99.1

2665 3 3 B3-D1 11.62 12.66 93.3 94.8

2993 2 1 D0-H0 48.45 48.45 86.1 86.1

2994 1 1 D0-H0 52.51 52.51 47.4 47.4

TOTAL 223 214 (5) 6.908 53.61 29.4 136.2

For details on observations of this object, see the line for 48) eps Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epslep" in the Observation Index (text file). There is also a list which includes filenames.

49) epspeg * * * * * * * * * * eps Peg = HD 206778 * * * * * * *
At RA 326.047 DEC 9.875 K2Ib Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2118 5 4 E0-G0 15.82 16.00 72.4 73.9

2120 2 2 E0-G0 15.95 15.97 71.7 71.9

2124 4 4 E0-G0 15.94 16.00 72.5 73.3

2131 5 5 E0-G0 15.10 15.85 73.8 75.1

2133 6 5 E0-G0 15.19 15.87 73.7 75.0

2134 5 5 E0-G0 15.89 16.00 71.2 72.9

2135 6 6 E0-G0 15.87 15.99 71.0 73.3

2136 3 3 E0-G0 15.02 15.42 74.7 75.2

2137 6 6 E0-G0 15.28 15.82 73.9 74.9

2141 1 -none- E0-G0

2142 7 7 E0-G0 15.93 16.00 71.5 73.3

2167 7 2 E0-G0 14.71 14.77 75.4 75.4

2168 5 3 E0-G0 15.78 15.96 73.2 74.0

2171 10 10 E0-G0 14.70 15.83 73.9 75.4

2173 12 12 E0-G0 14.92 15.94 73.4 75.3

2176 13 13 E0-G0 15.41 16.00 72.1 74.7

2178 9 8 E0-G0 15.08 15.96 73.3 75.1

2179 6 6 E0-G0 15.68 16.00 72.4 74.3

2193 2 2 E0-G0 15.97 15.98 71.8 72.0

2194 5 4 E0-G0 15.75 15.98 73.0 74.1

2195 4 4 E0-G0 15.86 15.99 72.2 73.8

2199 5 5 E0-G0 15.24 15.79 74.0 75.0

2200 5 4 E0-G0 15.44 15.88 73.7 74.7

2836 3 3 E0-G0 15.80 15.92 73.5 74.0

2839 4 4 E0-G0 15.91 16.00 71.6 73.5

2840 6 6 E0-G0 10.50 14.91 75.1 75.7

2841 3 3 E0-G0 14.76 15.11 75.1 75.4

2842 9 8 E0-G0 13.82 15.98 71.1 75.8

2843 6 6 E0-G0 13.16 15.68 74.3 75.8

2844 6 6 E0-G0 13.02 16.00 71.7 75.8

2846 7 7 E0-G0 14.55 16.00 70.7 75.5

2849 2 2 E0-G0 16.00 16.00 72.5 72.8

2850 2 2 E0-G0 15.79 15.86 70.5 70.9

2857 6 6 E0-G0 14.44 15.93 71.1 75.6

2858 6 6 E0-G0 13.40 16.00 72.7 75.8

2859 4 4 E0-G0 15.64 16.00 72.1 74.4

2860 2 2 E0-G0 15.84 15.93 73.4 73.9

2861 4 4 E0-G0 15.79 15.97 70.6 73.6

2862 2 2 E0-G0 15.97 16.00 72.7 73.2

2863 4 4 E0-G0 15.29 15.97 73.1 74.9

2870 2 2 E0-G0 15.89 15.94 71.2 71.6

2880 2 2 E0-G0 15.93 15.97 71.5 71.8

2881 2 2 E0-G0 15.99 16.00 72.5 72.8

2885 4 4 E0-G0 15.54 16.00 72.2 74.6

2887 6 6 E0-G0 14.64 16.00 72.0 75.4

2888 4 4 E0-G0 15.22 16.00 72.6 75.0

2889 6 6 E0-G0 14.86 15.99 71.8 75.3

2891 4 4 E0-G0 15.43 16.00 72.5 74.7

2892 4 4 E0-G0 15.91 15.97 71.6 73.6

2893 4 4 E0-G0 15.79 16.00 72.0 74.0

2894 2 2 E0-G0 15.43 15.55 74.5 74.7

TOTAL 249 235 (1) 10.50 16.00 70.5 75.8

For details on observations of this object, see the line for 49) eps Peg in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epspeg" in the Observation Index (text file). There is also a list which includes filenames.

50) epsret * * * * * * * * * * eps Ret = HD 27442 * * * * * * *
At RA 64.121 DEC -59.302 K2IVa Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2247 8 8 U1-U3 70.65 82.39 51.3 65.6

2556 2 2 B3-M0 121.1 122.4 80.9 82.7

2557 1 1 B3-M0 123.7 123.7 79.2 79.2

2574 1 -none- B3-M0

2575 3 2 U1-U3 94.06 94.59 21.8 24.3

2590 1 1 B3-M0 103.1 103.1 104.7 104.7

2699 5 5 B3-D1 16.09 16.97 149.8 178.7

2702 1 1 B3-D1 16.24 16.24 167.5 167.5

2703 3 3 B3-D1 18.90 19.49 119.8 125.7

2704 3 3 B3-D1 18.29 18.73 127.4 132.1

2705 3 3 B3-D1 18.61 19.14 123.2 128.7

2706 3 3 B3-D1 16.10 16.16 171.9 176.3

2707 3 3 B3-D1 18.17 19.06 124.1 133.5

2708 2 2 B3-D1 16.09 16.09 178.9 1.6

2709 3 3 B3-D1 18.96 19.31 121.6 125.0

2710 5 5 B3-D1 16.10 16.63 156.5 177.1

TOTAL 47 45 (3) 16.09 123.7 51.3 24.3

For details on observations of this object, see the line for 50) eps Ret in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epsret" in the Observation Index (text file). There is also a list which includes filenames.

51) epssco * * * * * * * * * * eps Sco = HD 151680 * * * * * * *
At RA 252.541 DEC -34.293 K2.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 6 6 E0-G0 15.49 15.98 71.0 78.9

2009 1 1 E0-G0 15.15 15.15 81.6 81.6

2029 3 2 E0-G0 12.24 12.46 95.2 96.1

2039 2 2 E0-G0 14.09 14.38 86.3 87.7

2041 3 3 E0-G0 10.66 15.70 76.7 103.1

2114 25 12 E0-G0 13.76 15.92 73.1 89.3

2122 8 8 E0-G0 12.57 14.14 87.5 94.7

2123 8 8 E0-G0 9.650 15.01 82.6 108.0

2125 7 7 E0-G0 12.73 14.28 86.8 94.0

2126 11 11 E0-G0 11.53 14.27 86.8 99.2

2131 8 8 E0-G0 15.49 15.95 72.1 78.8

2132 3 3 E0-G0 15.99 16.00 67.8 68.8

2134 6 4 E0-G0 15.75 15.99 70.6 76.1

2135 15 15 E0-G0 14.14 15.98 71.2 87.5

2136 5 5 E0-G0 14.52 15.18 81.4 85.5

2137 12 12 E0-G0 14.14 15.64 77.3 87.5

2145 4 4 E0-G0 15.07 15.15 81.6 82.1

2148 8 8 E0-G0 12.06 14.66 84.7 96.9

2149 3 1 E0-G0 10.96 10.96 101.7 101.7

2150 5 5 E0-G0 14.50 15.17 81.4 85.6

2151 5 5 E0-G0 15.10 15.61 77.7 81.9

2155 3 3 E0-G0 14.61 14.77 84.0 85.0

2314 3 3 E0-G1 49.73 53.79 129.0 130.3

2315 6 6 E0-G1 52.94 59.47 130.0 134.1

2316 3 3 E0-G1 56.65 57.67 131.9 132.6

2317 3 3 E0-G1 51.50 52.79 129.5 129.9

2325 4 4 E0-G1 57.13 58.47 132.2 133.2

2331 1 1 E0-G1 51.23 51.23 129.4 129.4

2336 2 2 E0-G1 52.74 55.89 129.9 131.4

2338 3 3 E0-G1 58.04 58.96 132.9 133.6

2340 9 9 E0-G1 38.03 59.79 128.7 134.4

2341 3 3 E0-G1 60.03 63.26 134.7 139.5

2347 1 1 E0-G1 62.77 62.77 138.5 138.5

2350 3 3 E0-G1 65.00 65.25 144.9 146.2

2351 3 3 E0-G1 63.90 64.69 141.0 143.6

2352 2 2 E0-G1 64.25 64.51 142.0 142.9

2355 6 6 E0-G1 59.00 64.29 133.7 142.2

2358 4 4 E0-G1 65.22 65.71 146.0 150.0

2364 3 2 E0-G1 65.65 65.73 149.3 150.1

2365 3 3 E0-G1 53.17 54.67 130.1 130.7

2379 2 2 E0-G1 50.20 51.18 129.1 129.4

2412 3 3 E0-G1 65.80 65.84 165.3 167.0

2413 3 3 E0-G1 65.77 65.86 150.7 152.1

2418 6 -none- E0-G1

2424 5 3 E0-G1 65.83 65.94 151.7 154.7

2429 3 -none- E0-G1

2430 5 3 E0-G1 65.61 65.78 2.5 12.3

2431 13 12 E0-G1 49.72 65.75 129.0 11.0

2433 6 2 E0-G1 65.75 65.80 166.9 168.9

2435 6 6 E0-G1 65.66 65.75 171.6 10.9

2436 4 4 E0-G1 60.60 61.42 135.3 136.3

2439 6 5 E0-G1 65.68 65.83 150.2 172.3

2441 6 6 E0-G1 65.78 65.93 152.6 167.6

2451 3 3 E0-G1 65.87 65.93 152.4 154.2

3190 11 10 D0-H0 50.11 62.36 53.4 94.9

3191 8 8 D0-H0 59.89 63.87 71.6 82.8

3192 5 5 D0-H0 59.99 62.74 76.8 82.6

3193 3 3 D0-H0 63.95 64.00 68.6 70.7

3196 3 3 D0-H0 63.24 63.98 62.1 70.0

3205 2 1 D0-H0 63.68 63.68 73.1 73.1

3206 3 3 D0-H0 23.60 62.19 78.3 138.5

3208 4 2 D0-H0 63.19 63.96 70.5 75.3

TOTAL 323 281 (3) 9.650 65.94 53.4 12.3

For details on observations of this object, see the line for 51) eps Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epssco" in the Observation Index (text file). There is also a list which includes filenames.

52) etacar * * * * * * * * * * eta Car = HD 93308 * * * * * * *
At RA 161.265 DEC -59.685 ?p Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2216 4 2 U1-U3 96.36 96.36 179.2 179.8

2246 3 2 U1-U3 95.87 95.92 10.6 11.1

2302 4 3 E0-G0 14.14 14.33 101.2 104.0

2303 1 -none- U1-U3

2304 6 2 U1-U3 85.23 87.67 41.9 46.5

2318 2 -none- E0-G1

2319 1 -none- E0-G1

2321 2 -none- E0-G1

2322 11 -none- E0-G1

2323 1 -none- E0-G1

2324 1 -none- E0-G1

2451 13 4 E0-G1 61.68 62.14 6.7 14.9

2452 4 3 E0-G1 62.23 62.25 .1 2.8

2453 4 3 E0-G1 62.21 62.25 .5 4.0

2463 4 3 E0-G1 61.60 62.20 4.1 16.0

2466 3 2 E0-G1 62.23 62.24 1.4 2.2

2624 6 6 B3-C3 7.945 8.000 37.7 60.6

2626 6 6 B3-C3 7.963 7.998 41.1 59.6

2627 3 3 B3-C3 7.988 7.997 57.6 60.5

2628 2 2 B3-C3 7.965 7.975 63.1 64.7

2630 3 2 B3-C3 7.964 8.000 54.3 64.8

2631 4 2 B3-C3 7.903 7.993 59.0 71.0

2643 6 4 B3-C3 7.695 7.983 61.5 82.9

2644 3 -none- B3-C3

2645 6 2 B3-C3 7.999 8.000 54.8 56.3

2646 5 5 B3-C3 7.840 7.996 57.6 75.5

2651 4 4 B3-C3 7.644 7.882 72.7 85.1

2652 2 2 B3-C3 7.663 7.786 78.6 84.3

2654 8 6 B3-C3 7.734 7.999 56.3 81.2

2656 3 2 B3-C3 7.306 7.517 90.0 97.0

2659 3 3 B3-C3 7.560 7.709 82.3 88.4

2663 1 1 B3-D1 23.80 23.80 68.4 68.4

2664 5 3 B3-D1 22.39 23.19 81.3 91.9

2665 5 3 B3-D1 21.90 22.36 92.1 97.2

2666 3 -none- B3-D1

2670 15 11 B3-D1 22.00 23.99 42.1 96.1

2672 5 5 B3-D1 20.36 22.57 89.7 112.1

2675 5 5 B3-D1 19.46 21.83 97.9 120.8

2676 6 6 B3-D1 20.91 23.06 83.3 106.9

2677 6 6 B3-D1 23.47 24.00 55.8 76.5

2678 5 5 B3-D1 19.58 21.79 98.3 119.6

2679 6 6 B3-D1 19.62 22.60 89.4 119.2

2683 17 17 B3-D1 18.74 23.96 61.1 128.2

2684 7 4 B3-D1 21.43 22.88 85.9 101.9

2696 6 5 B3-D1 19.47 21.20 104.1 120.7

2697 6 4 B3-D1 20.11 22.99 84.3 114.5

2698 3 3 B3-D1 21.42 22.46 91.0 102.0

2703 9 9 B3-D1 22.33 23.78 69.0 92.5

2704 6 6 B3-D1 22.94 23.99 57.1 85.0

2705 6 6 B3-D1 22.40 23.96 60.6 91.8

2706 9 9 B3-D1 17.59 24.00 54.5 142.1

2708 16 12 B3-D1 19.40 24.00 55.6 121.4

2709 9 9 B3-D1 19.96 23.92 63.1 116.0

2710 3 3 B3-D1 23.03 23.32 79.3 83.7

2715 6 6 B3-D1 20.68 22.90 85.5 109.1

2718 5 5 B3-D1 22.39 23.46 76.6 91.8

2722 6 6 B3-D1 21.61 23.06 83.3 100.1

2724 6 6 B3-D1 17.59 21.25 103.7 142.0

2728 12 12 B3-D1 17.69 22.79 87.0 140.6

2730 6 5 B3-D1 19.53 21.91 97.1 120.1

2733 9 9 B3-D1 22.11 23.96 60.7 95.0

2741 2 -none- B3-M0

2742 4 1 B3-M0 90.45 90.45 122.0 122.0

2745 2 -none- B3-M0

2754 1 -none- B3-M0

2770 3 2 B3-M0 108.9 110.4 96.4 98.2

2786 3 3 B3-M0 86.07 90.42 122.1 128.9

2790 6 6 E0-G0 12.50 13.81 108.8 128.0

2791 12 12 E0-G0 11.93 15.21 86.7 138.0

2795 12 12 E0-G0 11.96 14.95 91.5 137.4

2831 3 1 E0-G0 12.49 12.49 128.2 128.2

2833 3 -none- E0-G0

2949 3 3 U2-U3 45.13 45.17 10.6 12.1

2977 2 2 E0-G0 15.96 15.98 44.6 47.2

2991 1 -none- D0-H0

3011 1 1 D0-H0 63.57 63.57 37.9 37.9

TOTAL 395 303 (8) 7.306 110.4 179.2 142.1

For details on observations of this object, see the line for 52) eta Car in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etacar" in the Observation Index (text file). There is also a list which includes filenames.

53) etacet * * * * * * * * * * eta Cet = HD 6805 * * * * * * *
At RA 17.147 DEC -10.182 K1.5III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2199 2 2 E0-G0 13.68 15.72 62.6 74.2

2200 3 2 E0-G0 13.67 15.90 62.6 73.6

2201 3 3 E0-G0 15.17 16.00 68.9 75.1

2491 1 1 E0-G1 65.69 65.69 142.6 142.6

2536 7 7 E0-G1 57.71 63.71 148.2 170.0

2538 2 2 E0-G1 61.27 61.55 154.1 154.9

2626 3 3 B3-C3 7.172 7.346 75.5 75.7

2629 2 2 B3-C3 7.517 7.630 75.0 75.3

2893 2 2 E0-G0 13.06 13.26 60.3 61.1

2894 4 4 E0-G0 12.61 15.15 58.6 67.8

2896 6 6 E0-G0 13.79 15.79 63.0 74.2

2902 3 3 E0-G0 10.10 12.59 75.2 76.1

2903 5 5 E0-G0 14.42 15.96 65.2 75.7

2906 4 4 E0-G0 14.77 16.00 72.5 75.5

2907 4 4 E0-G0 12.73 15.36 59.0 68.6

2908 3 3 E0-G0 14.71 15.96 71.3 75.5

2910 2 2 E0-G0 12.67 13.11 76.1 76.1

2911 4 4 E0-G0 13.39 15.98 73.1 76.0

2915 4 4 E0-G0 14.73 15.98 66.3 71.9

2977 4 4 E0-G0 14.89 15.89 70.4 75.4

2978 6 6 E0-G0 11.97 15.94 70.9 76.0

2982 4 4 E0-G0 13.80 15.94 73.4 75.9

3029 4 4 D0-H0 38.33 50.04 74.8 76.1

3030 2 2 D0-H0 40.53 42.02 75.2 75.4

TOTAL 84 83 (4) 7.172 65.69 58.6 170.0

For details on observations of this object, see the line for 53) eta Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etacet" in the Observation Index (text file). There is also a list which includes filenames.

54) etagem * * * * * * * * * * eta Gem = HD 42995 * * * * * * *
At RA 93.719 DEC 22.507 M3III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2286 2 2 E0-G0 15.80 15.85 74.6 75.1

2287 4 3 E0-G0 15.51 15.78 75.2 77.0

TOTAL 6 5 (1) 15.51 15.85 74.6 77.0

For details on observations of this object, see the line for 54) eta Gem in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etagem" in the Observation Index (text file). There is also a list which includes filenames.

55) etasgr * * * * * * * * * * eta Sgr = HD 167618 * * * * * * *
At RA 274.407 DEC -36.762 M3.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1995 2 2 E0-G0 15.96 15.97 64.8 65.5

1996 1 1 E0-G0 14.56 14.56 41.8 41.8

2009 4 4 E0-G0 15.75 15.86 59.3 61.7

2064 5 4 E0-G0 13.87 14.44 87.0 90.2

2082 7 -none- E0-G0

2090 2 2 E0-G0 15.69 15.91 73.1 76.9

2095 2 2 E0-G0 15.89 15.98 66.0 73.6

2096 2 1 E0-G0 15.98 15.98 70.7 70.7

2098 1 -none- E0-G0

2099 7 -none- E0-G0

2100 5 -none- E0-G0

2102 7 1 E0-G0 13.88 13.88 90.2 90.2

2103 6 4 E0-G0 12.41 14.39 87.3 97.6

2104 3 2 E0-G0 15.20 15.98 70.7 81.8

2107 4 4 E0-G0 14.43 15.05 82.9 87.0

2114 12 12 E0-G0 9.886 14.27 88.0 110.7

2118 5 5 E0-G0 15.37 16.00 69.0 80.3

2120 8 4 E0-G0 10.49 15.89 73.6 107.3

2122 5 3 E0-G0 10.26 11.05 104.3 108.6

2131 10 8 E0-G0 14.99 15.92 72.8 83.4

2134 6 6 E0-G0 15.96 16.00 68.0 71.3

2135 14 14 E0-G0 12.68 15.39 80.1 96.3

2145 15 14 E0-G0 14.36 15.74 76.1 87.5

2169 15 14 E0-G0 11.36 15.19 81.8 102.8

2212 2 -none- E0-G0

2703 3 3 B3-D1 22.26 22.53 45.7 48.1

2704 3 3 B3-D1 20.32 20.56 25.1 28.3

2705 3 3 B3-D1 20.44 20.69 26.7 29.9

2707 3 3 B3-D1 21.18 21.46 35.3 38.1

2708 3 3 B3-D1 22.27 22.54 45.7 48.2

2709 3 3 B3-D1 20.54 20.80 28.0 31.1

2714 6 6 B3-D1 21.80 23.24 41.4 55.0

2715 8 8 B3-D1 20.30 23.01 24.8 52.7

2724 6 6 B3-D1 22.68 23.90 49.5 64.1

2727 3 3 B3-D1 23.35 23.56 56.1 58.6

2728 6 6 B3-D1 22.82 23.85 50.9 63.0

2731 8 8 B3-D1 22.11 23.99 44.3 70.4

2734 6 6 B3-D1 23.04 23.95 53.0 65.2

2789 3 3 E0-G0 11.66 12.20 98.6 101.3

2790 3 3 E0-G0 12.05 12.56 96.8 99.4

2791 3 3 E0-G0 11.46 12.00 99.6 102.3

2792 9 9 E0-G0 11.49 15.66 77.2 102.1

2793 3 3 E0-G0 11.55 12.09 99.2 101.8

2794 15 15 E0-G0 9.796 15.99 65.3 111.2

2795 12 12 E0-G0 10.19 15.94 72.3 108.9

2831 3 3 E0-G0 15.82 15.92 72.9 74.9

2832 3 3 E0-G0 13.46 13.89 90.1 92.4

2833 3 3 E0-G0 13.59 14.00 89.5 91.7

2834 3 3 E0-G0 15.32 15.54 78.7 80.7

2845 6 6 E0-G0 10.58 13.52 92.1 106.8

2848 6 6 E0-G0 15.15 16.00 67.4 82.2

2849 6 6 E0-G0 13.40 15.71 76.5 92.7

2861 6 6 E0-G0 11.46 14.86 84.3 102.3

2862 6 6 E0-G0 12.90 15.33 80.7 95.2

2880 2 2 E0-G0 12.73 13.71 91.1 96.0

2881 2 2 E0-G0 12.19 12.45 97.4 98.6

2882 2 2 E0-G0 14.61 14.78 84.9 85.9

2884 2 2 E0-G0 14.20 14.38 87.3 88.4

2887 6 6 E0-G0 14.36 15.96 71.4 87.5

2890 6 6 E0-G0 8.250 12.71 96.1 121.7

2892 4 4 E0-G0 12.15 13.66 91.4 98.9

2902 2 2 E0-G0 7.320 7.601 127.4 130.2

2903 12 12 E0-G0 8.213 15.39 80.1 122.0

2907 4 4 E0-G0 12.85 14.37 87.4 95.4

2908 9 9 E0-G0 10.85 14.59 86.0 105.4

2910 6 6 E0-G0 12.73 14.89 84.1 96.0

2943 3 3 E0-G0 8.890 11.10 104.1 117.0

3190 1 -none- D0-H0

TOTAL 362 318 (3) 7.320 23.99 24.8 130.2

For details on observations of this object, see the line for 55) eta Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etasgr" in the Observation Index (text file). There is also a list which includes filenames.

56) fuori * * * * * * * * * * FU Ori = IRAS 05426+0903 * * * * * * *
At RA 86.343 DEC 9.070 G3Iavar Variable Star of FU Ori type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2304 2 -none- U1-U3

2305 6 2 U1-U3 94.69 96.30 39.2 39.7

2575 8 6 U1-U3 92.87 95.19 38.4 39.3

2576 12 11 U1-U3 75.47 93.85 24.6 38.8

TOTAL 28 19 (1) 75.47 96.30 24.6 39.7

For details on observations of this object, see the line for 56) FU Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "fuori" in the Observation Index (text file). There is also a list which includes filenames.

57) gam2vol * * * * * * * * * * gam02 Vol = HD 55865 * * * * * * *
At RA 107.187 DEC -70.499 K0III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2215 5 4 U1-U3 85.24 85.72 25.7 28.1

2216 12 10 U1-U3 79.89 87.73 10.5 46.9

2246 5 5 U1-U3 79.20 80.10 46.3 48.8

TOTAL 22 19 (1) 79.20 87.73 10.5 48.8

For details on observations of this object, see the line for 57) gam02 Vol in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gam2vol" in the Observation Index (text file). There is also a list which includes filenames.

58) gamaql * * * * * * * * * * gam Aql = HD 186791 * * * * * * *
At RA 296.565 DEC 10.613 K3II Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2114 3 3 E0-G0 15.71 15.82 74.0 74.3

2116 5 5 E0-G0 15.28 15.82 70.6 75.1

2118 4 4 E0-G0 15.92 16.00 71.3 72.6

2122 3 3 E0-G0 15.92 15.96 71.3 71.6

2126 2 2 E0-G0 16.00 16.00 72.4 72.6

2131 3 2 E0-G0 15.95 16.00 72.3 73.4

2132 8 7 E0-G0 14.32 15.73 74.3 76.0

2133 4 4 E0-G0 15.97 16.00 72.7 73.1

2136 3 3 E0-G0 15.99 16.00 72.1 72.4

2145 4 4 E0-G0 15.85 16.00 70.7 72.5

2167 2 -none- E0-G0

2171 6 5 E0-G0 15.71 15.96 73.2 74.3

2173 4 3 E0-G0 15.95 16.00 72.5 73.3

2176 6 6 E0-G0 15.85 16.00 70.8 73.0

2178 4 2 E0-G0 15.99 16.00 72.1 72.5

2179 1 1 E0-G0 15.83 15.83 70.7 70.7

2809 3 3 E0-G0 15.95 15.98 71.6 73.3

2810 6 6 E0-G0 14.33 15.99 70.5 75.9

2811 8 8 E0-G0 15.09 15.98 70.7 75.3

2812 9 9 E0-G0 13.87 16.00 72.2 76.2

2813 9 9 E0-G0 12.63 15.98 70.5 76.4

2835 9 9 E0-G0 9.979 15.94 73.4 76.2

2836 4 4 E0-G0 15.35 15.79 74.1 75.0

2837 3 3 E0-G0 11.73 12.37 76.3 76.4

2839 4 4 E0-G0 15.30 15.88 70.9 75.1

2841 3 3 E0-G0 15.19 15.47 74.8 75.2

2842 3 3 E0-G0 14.71 15.07 75.4 75.7

2843 6 6 E0-G0 13.19 15.52 74.7 76.3

2844 6 6 E0-G0 12.43 15.27 75.1 76.4

2856 2 -none- E0-G0

2858 2 2 E0-G0 14.71 14.90 75.5 75.7

2888 6 6 E0-G0 14.14 16.00 72.1 76.0

3190 3 1 D0-H0 57.44 57.44 75.9 75.9

3191 1 -none- D0-H0

3192 2 2 D0-H0 62.08 62.53 74.5 74.7

TOTAL 151 138 (2) 9.979 62.53 70.5 76.4

For details on observations of this object, see the line for 58) gam Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamaql" in the Observation Index (text file). There is also a list which includes filenames.

59) gamcrua * * * * * * * * * * gam Cru = HD 108903 * * * * * * *
At RA 187.792 DEC -57.113 M3.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1990 3 3 E0-G0 13.25 13.41 110.9 113.0

1996 2 2 E0-G0 14.51 14.73 93.7 96.8

1998 4 4 E0-G0 14.90 15.64 77.0 91.2

2000 7 3 E0-G0 15.08 15.96 63.7 88.4

2002 1 1 E0-G0 13.76 13.76 106.5 106.5

2009 2 2 E0-G0 12.70 12.79 118.8 120.0

2026 2 2 E0-G0 15.88 15.90 68.2 69.1

2028 2 2 E0-G0 15.59 15.64 77.2 78.4

TOTAL 23 19 (1) 12.70 15.96 63.7 120.0

For details on observations of this object, see the line for 59) gam Cru in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamcrua" in the Observation Index (text file). There is also a list which includes filenames.

60) gameri * * * * * * * * * * gam Eri = HD 25025 * * * * * * *
At RA 59.507 DEC -13.509 M1IIIb... Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2171 5 5 E0-G0 15.74 15.85 69.3 70.1

2173 20 20 E0-G0 13.31 15.94 58.3 71.0

2174 17 17 E0-G0 15.21 16.00 66.5 73.0

2176 10 10 E0-G0 14.53 15.50 63.5 67.9

2177 27 24 E0-G0 13.75 16.00 60.2 72.8

2178 7 6 E0-G0 13.63 15.06 59.7 65.8

2180 9 9 E0-G0 10.74 15.25 44.1 66.7

2191 5 -none- E0-G0

2192 2 1 E0-G0 15.34 15.34 67.1 67.1

2197 4 4 E0-G0 14.96 15.16 65.4 66.3

2198 7 7 E0-G0 15.40 15.84 67.5 70.0

2204 3 3 E0-G0 14.27 15.91 73.7 77.3

2205 7 7 E0-G0 11.26 16.00 47.6 77.8

2206 7 7 E0-G0 9.886 15.99 37.1 75.8

2207 1 1 E0-G0 13.77 13.77 60.3 60.3

2210 5 5 E0-G0 13.56 14.13 59.4 61.8

2219 12 12 E0-G0 13.03 15.58 57.0 75.9

2221 6 5 E0-G0 14.85 15.25 64.9 66.7

2223 10 10 E0-G0 12.86 15.87 56.2 75.8

2224 4 4 E0-G0 14.02 14.28 61.4 62.5

2225 9 8 E0-G0 11.67 14.34 50.0 62.7

2226 7 7 E0-G0 12.77 15.23 55.8 66.6

2229 3 3 E0-G0 14.66 14.95 76.5 76.9

2234 4 4 E0-G0 12.00 12.32 51.9 53.6

2235 4 4 E0-G0 12.35 12.67 53.7 55.3

2236 11 11 E0-G0 13.65 14.92 59.8 65.2

2238 10 7 E0-G0 14.66 15.67 64.1 68.9

2239 10 10 E0-G0 13.87 14.99 60.7 65.5

2250 13 11 E0-G0 12.22 15.95 53.1 74.6

2251 2 2 E0-G0 12.75 12.97 78.4 78.5

2252 3 3 E0-G0 15.33 15.41 67.1 67.5

2254 3 3 E0-G0 15.43 15.65 67.6 68.8

2255 5 5 E0-G0 10.83 14.36 61.7 79.2

2256 4 4 E0-G0 15.70 15.80 69.1 69.7

2257 6 6 E0-G0 13.18 15.33 66.3 78.2

2258 4 4 E0-G0 15.31 15.74 67.0 69.3

2259 11 11 E0-G0 14.68 15.95 64.2 71.1

2260 5 5 E0-G0 15.45 15.94 67.7 71.0

2629 3 2 B3-C3 7.668 7.944 73.9 75.8

2847 3 -none- E0-G0

2853 2 2 E0-G0 10.85 11.10 44.8 46.6

2856 4 3 E0-G0 12.14 14.13 52.6 61.8

2870 2 2 E0-G0 14.77 14.94 64.6 65.3

2880 2 2 E0-G0 13.55 13.78 59.4 60.3

2881 1 1 E0-G0 12.66 12.66 55.3 55.3

2885 6 6 E0-G0 13.07 15.67 57.2 68.9

2887 6 6 E0-G0 13.09 15.71 57.3 69.1

2888 6 6 E0-G0 14.05 16.00 61.5 72.7

2892 4 4 E0-G0 11.36 13.73 48.2 60.1

TOTAL 321 299 (2) 7.668 16.00 37.1 79.2

For details on observations of this object, see the line for 60) gam Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gameri" in the Observation Index (text file). There is also a list which includes filenames.

61) gamsge * * * * * * * * * * gam Sge = HD 189319 * * * * * * *
At RA 299.689 DEC 19.492 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2132 2 2 E0-G0 15.94 15.98 72.9 73.5

2136 2 2 E0-G0 15.03 15.67 75.7 78.2

2137 4 4 E0-G0 14.87 15.96 73.2 78.6

2168 2 2 E0-G0 15.91 15.98 72.7 73.9

2180 2 2 E0-G0 15.67 15.87 74.3 75.7

2452 2 2 E0-G1 50.33 50.87 139.1 139.5

2453 6 6 E0-G1 49.87 59.56 136.6 139.7

2456 1 1 E0-G1 49.00 49.00 140.3 140.3

2462 4 4 E0-G1 54.97 58.09 136.7 137.3

2463 4 3 E0-G1 54.32 56.06 137.0 137.6

2466 7 7 E0-G1 51.11 64.32 138.0 139.0

2470 3 3 E0-G1 56.24 58.09 136.7 137.0

2494 6 6 E0-G1 48.35 56.48 137.0 140.8

2529 3 3 E0-G1 50.11 54.07 137.7 139.6

2531 2 2 E0-G1 52.96 53.67 137.8 138.1

2535 3 3 E0-G1 54.17 55.65 137.2 137.6

TOTAL 53 52 (2) 14.87 64.32 72.7 140.8

For details on observations of this object, see the line for 61) gam Sge in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamsge" in the Observation Index (text file). There is also a list which includes filenames.

62) gamvel * * * * * * * * * * gam Vel = HD 68273 * * * * * * *
At RA 122.383 DEC -47.337 WCvar+... Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2213 1 -none- U1-U3

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 62) gam Vel in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamvel" in the Observation Index (text file). There is also a list which includes filenames.

64) hr37 * * * * * * * * * * HR 37 = HD 787 * * * * * * *
At RA 3.042 DEC -17.938 K4III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2247 6 6 U1-U3 96.51 98.26 41.8 42.1

2525 6 6 E0-G1 64.41 65.97 143.4 153.1

2527 3 3 E0-G1 62.94 63.57 157.1 160.3

2540 8 8 E0-G1 61.02 64.28 153.7 177.7

2565 3 2 B3-M0 131.6 135.1 63.8 64.8

2575 3 2 U1-U3 101.4 101.5 30.5 30.9

TOTAL 29 27 (3) 61.02 135.1 143.4 64.8

For details on observations of this object, see the line for 64) HR 37 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr37" in the Observation Index (text file). There is also a list which includes filenames.

65) hr4546 * * * * * * * * * * HR 4546 = HD 102964 * * * * * * *
At RA 177.786 DEC -45.173 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2304 10 10 U1-U3 95.29 101.1 20.2 39.3

2308 4 3 U1-U3 101.4 101.5 16.5 17.3

2320 3 2 E0-G1 62.65 62.82 143.8 144.4

2735 2 2 B3-M0 137.2 138.8 54.8 59.6

2743 6 6 B3-M0 131.8 139.5 50.6 68.0

2745 4 4 B3-M0 115.9 133.2 66.3 81.3

2746 6 5 B3-M0 129.4 139.2 52.6 70.6

2747 2 2 B3-M0 139.4 139.6 41.2 43.4

2755 1 1 B3-M0 98.09 98.09 92.4 92.4

2763 6 6 B3-M0 132.5 138.9 54.3 67.1

2765 6 5 B3-M0 128.1 139.1 53.5 71.8

2766 6 6 B3-M0 131.3 138.3 56.7 68.6

2768 6 6 B3-M0 123.6 138.4 56.4 75.7

2785 3 3 B3-M0 135.7 137.4 59.0 62.5

2786 3 3 B3-M0 117.4 121.4 77.4 80.3

2789 3 2 E0-G0 13.66 13.71 96.6 97.0

2790 12 12 E0-G0 12.25 15.90 72.0 107.3

2791 15 15 E0-G0 11.16 16.00 66.2 115.6

2792 11 11 E0-G0 13.15 16.00 64.0 100.8

2793 8 8 E0-G0 13.99 16.00 66.3 94.5

2794 3 3 E0-G0 15.83 15.91 71.6 74.1

2795 12 12 E0-G0 12.88 15.96 69.7 102.7

2831 3 3 E0-G0 11.50 11.97 109.3 112.9

2833 3 2 E0-G0 12.18 12.42 106.1 107.8

2977 2 2 E0-G0 15.11 15.18 37.5 39.1

TOTAL 140 134 (4) 11.16 139.6 16.5 144.4

For details on observations of this object, see the line for 65) HR 4546 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr4546" in the Observation Index (text file). There is also a list which includes filenames.

66) hr500 * * * * * * * * * * HR 500 = HD 10550 * * * * * * *
At RA 25.681 DEC -3.690 K3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2244 3 2 U1-U3 101.0 101.1 39.7 39.7

2246 8 8 U1-U3 101.8 102.4 39.9 39.9

2304 2 1 U1-U3 99.90 99.90 39.2 39.2

2527 4 3 E0-G1 55.13 57.32 156.3 163.0

2886 3 3 E0-G0 13.41 15.84 66.7 72.0

TOTAL 20 17 (3) 13.41 102.4 156.3 72.0

For details on observations of this object, see the line for 66) HR 500 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr500" in the Observation Index (text file). There is also a list which includes filenames.

67) hr8685 * * * * * * * * * * HR 8685 = HD 216149 * * * * * * *
At RA 342.759 DEC -39.157 M0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2215 11 11 U1-U3 72.28 97.54 38.9 54.2

2540 4 4 E0-G1 65.20 65.78 150.4 157.6

2557 4 3 B3-M0 95.72 106.1 82.8 87.3

2559 2 2 B3-M0 108.3 110.8 80.7 81.8

2563 2 2 B3-M0 74.84 77.68 95.3 96.7

2564 4 4 B3-M0 91.44 114.6 78.8 89.2

2566 6 6 B3-M0 86.03 116.8 77.7 91.5

2567 3 3 B3-M0 125.7 130.3 69.2 72.6

2573 12 11 B3-M0 54.94 131.2 68.4 108.3

2575 1 1 U1-U3 87.94 87.94 48.2 48.2

2578 1 -none- B3-M0

2579 3 3 B3-M0 118.0 121.2 75.3 77.1

2587 1 1 B3-M0 47.54 47.54 114.4 114.4

2589 2 2 B3-M0 91.14 108.9 81.5 89.3

2590 1 -none- B3-M0

2949 18 18 U2-U3 42.25 46.11 38.5 52.4

TOTAL 75 71 (4) 42.25 131.2 38.5 157.6

For details on observations of this object, see the line for 67) HR 8685 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr8685" in the Observation Index (text file). There is also a list which includes filenames.

68) hr977 * * * * * * * * * * HR 977 = HD 20234 * * * * * * *
At RA 48.138 DEC -57.322 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2223 6 6 E0-G0 13.69 15.38 82.9 107.7

2229 3 3 E0-G0 14.62 15.07 88.6 95.4

2251 5 4 E0-G0 11.65 13.11 114.9 135.6

2253 5 3 E0-G0 11.65 12.43 124.0 135.6

TOTAL 19 16 (1) 11.65 15.38 82.9 135.6

For details on observations of this object, see the line for 68) HR 977 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr977" in the Observation Index (text file). There is also a list which includes filenames.

69) kapteynstar * * * * * * * * * * kapteynstar = HD 33793 * * * * * * *
At RA 77.919 DEC -45.018 M1 Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2216 9 8 U1-U3 101.4 101.7 13.5 17.9

TOTAL 9 8 (1) 101.4 101.7 13.5 17.9

For details on observations of this object, see the line for 69) kapteynstar in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kapteynstar" in the Observation Index (text file). There is also a list which includes filenames.

70) kqpup * * * * * * * * * * KQ Pup = HD 60414 * * * * * * *
At RA 113.450 DEC -14.524 M2III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2194 2 2 E0-G0 13.70 14.02 59.1 60.6

2309 1 -none- E0-G1

2314 2 2 E0-G1 62.77 62.94 155.0 155.7

2317 1 -none- E0-G1

2339 3 3 E0-G1 59.82 61.92 159.1 171.4

2342 1 -none- E0-G1

2979 12 12 E0-G0 12.73 16.00 54.5 75.6

TOTAL 22 19 (2) 12.73 62.94 155.0 75.6

For details on observations of this object, see the line for 70) KQ Pup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kqpup" in the Observation Index (text file). There is also a list which includes filenames.

71) l2pup * * * * * * * * * * L02 Pup = HD 56096 * * * * * * *
At RA 108.385 DEC -44.640 M5IIIe Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 1 1 E0-G0 15.18 15.18 39.9 39.9

2197 2 2 E0-G0 14.66 15.27 27.7 42.0

2198 2 2 E0-G0 15.17 15.58 39.7 48.9

2199 3 3 E0-G0 15.13 15.98 38.7 62.5

2200 3 3 E0-G0 15.00 15.95 35.9 60.5

2201 3 3 E0-G0 14.88 15.84 33.2 55.8

2202 5 3 E0-G0 14.89 15.98 33.4 62.3

2203 4 4 E0-G0 14.91 15.98 33.8 62.4

2210 2 2 E0-G0 15.51 15.93 47.2 59.1

2218 3 3 E0-G0 15.94 15.97 69.0 70.6

TOTAL 28 26 (1) 14.66 15.98 27.7 70.6

For details on observations of this object, see the line for 71) L02 Pup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "l2pup" in the Observation Index (text file). There is also a list which includes filenames.

72) lamaqr * * * * * * * * * * lam Aqr = HD 216386 * * * * * * *
At RA 343.154 DEC -7.580 M2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2099 7 -none- E0-G0

2100 4 4 E0-G0 14.80 15.99 67.8 72.3

2102 5 -none- E0-G0

2103 7 7 E0-G0 15.11 15.74 68.8 70.9

2132 7 7 E0-G0 13.19 15.96 70.6 74.3

2136 11 11 E0-G0 15.52 16.00 72.4 74.1

2180 3 3 E0-G0 15.84 16.00 71.6 73.6

2965 17 17 E0-G0 12.64 15.81 73.7 74.5

2966 6 6 E0-G0 12.06 15.86 73.6 74.5

2967 13 13 E0-G0 13.43 15.95 73.2 74.5

2968 10 10 E0-G0 12.13 15.97 73.1 74.4

TOTAL 90 78 (1) 12.06 16.00 67.8 74.5

For details on observations of this object, see the line for 72) lam Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lamaqr" in the Observation Index (text file). There is also a list which includes filenames.

73) lamvel * * * * * * * * * * lam Vel = HD 78647 * * * * * * *
At RA 136.999 DEC -43.433 K4Ib-II Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1988 3 3 E0-G0 14.73 14.89 86.2 87.7

2281 11 11 E0-G0 15.53 16.00 64.8 79.4

2316 6 4 E0-G1 63.94 65.73 147.4 166.4

2317 6 5 E0-G1 63.70 65.82 146.3 171.4

2318 3 3 E0-G1 65.60 65.69 162.8 165.1

2351 5 5 E0-G1 65.82 65.87 175.2 8.6

TOTAL 34 31 (2) 14.73 65.87 146.3 87.7

For details on observations of this object, see the line for 73) lam Vel in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lamvel" in the Observation Index (text file). There is also a list which includes filenames.

74) lcar * * * * * * * * * * l Car = HD 84810 * * * * * * *
At RA 146.312 DEC -62.508 G3Ib Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2303 5 5 U1-U3 84.03 84.94 44.7 46.6

2307 4 4 U1-U3 75.02 75.94 59.7 61.0

2453 5 5 E0-G1 61.07 61.09 179.4 3.3

2464 2 2 E0-G1 60.34 60.43 16.0 17.1

2674 1 -none- B3-D1

2680 7 7 B3-D1 19.81 22.75 88.3 122.6

2681 3 3 B3-D1 18.00 18.48 139.5 147.3

2682 6 6 B3-D1 17.99 20.38 116.1 147.3

2685 3 3 B3-D1 17.69 18.11 145.4 153.3

2698 3 3 B3-D1 23.17 23.32 78.9 81.6

2699 6 6 B3-D1 23.38 23.92 60.8 77.8

2700 3 2 B3-D1 22.50 22.77 87.9 91.7

2703 3 3 B3-D1 23.91 23.99 55.0 61.6

2704 3 3 B3-D1 24.00 24.00 48.3 51.0

2705 3 3 B3-D1 23.98 24.00 43.8 47.5

2706 3 3 B3-D1 23.20 23.35 78.4 81.1

2707 3 3 B3-D1 23.98 24.00 43.4 48.0

2708 3 3 B3-D1 22.98 23.22 80.8 84.8

2709 3 3 B3-D1 23.95 23.99 54.5 58.5

2710 6 6 B3-D1 23.13 23.84 65.2 82.3

2711 2 2 B3-D1 23.92 23.98 37.3 43.6

2715 10 10 B3-D1 22.76 23.99 54.1 88.2

2719 6 6 B3-D1 21.37 22.71 88.9 105.3

2720 6 6 B3-D1 22.92 23.96 57.6 85.8

2722 6 6 B3-D1 22.73 23.60 72.6 88.6

2723 6 6 B3-D1 20.92 22.76 88.1 110.2

2724 6 6 B3-D1 21.36 22.70 89.0 105.3

2727 15 15 B3-D1 17.09 21.80 100.3 174.1

2729 12 12 B3-D1 17.07 20.70 112.6 177.5

2732 6 6 B3-D1 18.76 21.43 104.6 135.5

2734 7 7 B3-D1 21.95 23.36 78.2 98.6

2739 10 9 B3-M0 95.75 130.8 66.3 120.6

2740 8 8 B3-M0 123.4 135.1 54.8 80.4

2741 5 5 B3-M0 89.74 102.3 110.7 131.2

2742 6 5 B3-M0 90.59 111.0 98.5 129.6

2743 6 6 B3-M0 99.02 132.5 62.3 115.6

2744 6 6 B3-M0 107.6 122.1 82.3 103.2

2745 3 3 B3-M0 113.5 116.3 91.0 95.0

2746 6 5 B3-M0 109.8 124.7 78.1 100.2

2747 4 3 B3-M0 117.6 125.9 76.1 89.2

2748 4 1 B3-M0 109.3 109.3 100.8 100.8

2749 4 4 B3-M0 120.0 128.0 72.3 85.7

2750 4 2 B3-M0 125.2 130.8 66.5 77.4

2751 4 4 B3-M0 117.8 127.2 73.7 88.8

2755 1 1 B3-M0 112.2 112.2 96.8 96.8

2763 7 6 B3-M0 114.3 126.9 74.3 93.9

2765 6 6 B3-M0 112.6 125.9 76.0 96.2

2766 8 8 B3-M0 112.4 130.2 67.6 96.5

2768 8 8 B3-M0 105.8 126.5 74.9 105.8

2770 3 2 B3-M0 120.6 121.7 83.0 84.7

2771 3 3 B3-M0 121.0 123.1 80.8 84.1

2785 2 2 B3-M0 125.0 126.4 75.2 77.6

2786 3 3 B3-M0 88.39 91.47 127.9 133.8

2792 9 9 E0-G0 12.43 14.56 99.9 137.1

2793 7 6 E0-G0 12.93 14.22 105.7 127.4

2833 3 3 E0-G0 12.08 12.36 138.6 145.1

2977 1 -none- E0-G0

TOTAL 288 273 (5) 12.08 135.1 37.3 17.1

For details on observations of this object, see the line for 74) l Car in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lcar" in the Observation Index (text file). There is also a list which includes filenames.

75) mu.hya * * * * * * * * * * mu. Hya = HD 90432 * * * * * * *
At RA 156.523 DEC -16.836 K4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2286 4 3 E0-G0 15.92 16.00 70.1 72.1

2292 1 1 E0-G0 15.93 15.93 73.6 73.6

2341 2 2 E0-G1 65.95 65.97 143.1 143.6

2353 3 3 E0-G1 63.26 63.62 155.3 156.9

2625 1 1 B3-C3 7.902 7.902 68.9 68.9

2645 3 3 B3-C3 7.916 7.964 73.6 74.5

2649 3 3 B3-C3 7.048 7.394 59.1 62.7

2650 2 2 B3-C3 7.143 7.272 60.1 61.4

2653 9 9 B3-C3 7.444 7.998 63.2 76.2

2655 2 2 B3-C3 7.778 7.996 72.6 75.8

2660 9 9 B3-C3 6.823 7.844 56.8 78.9

2663 2 1 B3-D1 22.29 22.29 77.8 77.8

2672 3 3 B3-D1 23.26 23.74 74.5 76.0

2678 3 3 B3-D1 23.81 23.99 72.5 74.2

2679 3 2 B3-D1 23.84 23.95 69.7 70.7

2680 3 3 B3-D1 23.58 23.90 68.2 70.3

2695 12 12 B3-D1 19.01 23.93 51.4 75.3

2711 5 5 B3-D1 22.55 23.33 64.0 67.0

2731 3 3 B3-D1 21.28 21.84 59.6 61.5

TOTAL 73 70 (4) 6.823 65.97 51.4 156.9

For details on observations of this object, see the line for 75) mu. Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "mu.hya" in the Observation Index (text file). There is also a list which includes filenames.

76) ngc1068 * * * * * * * * * * ngc1068 = IRAS 02401-0013 * * * * * * *
At RA 40.670 DEC -.013 S... Seyfert 2 Galaxy SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2244 1 -none- U1-U3

2246 1 -none- U1-U3

2948 2 1 U2-U3 45.82 45.82 44.9 44.9

2949 3 -none- U2-U3

TOTAL 7 1 (2) 45.82 45.82 44.9 44.9

For details on observations of this object, see the line for 76) ngc1068 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ngc1068" in the Observation Index (text file). There is also a list which includes filenames.

77) nu.hya * * * * * * * * * * nu. Hya = HD 93813 * * * * * * *
At RA 162.406 DEC -16.194 K0/K1III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1987 3 3 E0-G0 15.69 15.95 73.4 75.2

1990 5 5 E0-G0 11.87 15.09 77.0 81.2

1991 3 3 E0-G0 9.527 10.44 82.3 82.8

2282 3 3 E0-G0 15.85 15.97 69.4 71.0

2293 2 2 E0-G0 15.96 15.98 70.8 71.3

2297 8 7 E0-G0 12.34 16.00 50.3 78.5

2298 3 1 E0-G0 15.63 15.63 67.8 67.8

2341 3 3 E0-G1 65.87 65.95 143.3 144.2

2342 6 6 E0-G1 65.76 65.97 141.6 145.1

2346 4 4 E0-G1 64.92 65.90 138.9 141.4

2352 9 9 E0-G1 61.95 65.40 147.0 162.1

2353 3 2 E0-G1 65.92 65.95 141.5 141.9

2354 3 3 E0-G1 65.85 65.96 141.0 142.1

2355 3 3 E0-G1 65.20 65.74 139.3 140.5

2356 10 10 E0-G1 63.25 65.97 137.9 143.0

2357 6 6 E0-G1 61.12 65.97 141.4 167.1

2359 6 6 E0-G1 60.56 65.94 143.3 171.9

2369 2 2 E0-G1 62.42 62.80 158.0 159.8

2370 4 3 E0-G1 64.52 64.91 149.3 150.9

3093 1 1 D0-H0 55.88 55.88 79.0 79.0

3101 4 -none- D0-H0

3108 1 1 D0-H0 58.16 58.16 78.1 78.1

3111 2 -none- D0-H0

3112 1 1 D0-H0 54.32 54.32 79.5 79.5

TOTAL 95 84 (3) 9.527 65.97 50.3 171.9

For details on observations of this object, see the line for 77) nu. Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu.hya" in the Observation Index (text file). There is also a list which includes filenames.

78) nu.pav * * * * * * * * * * nu. Pav = HD 169978 * * * * * * *
At RA 277.843 DEC -62.278 B7.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2134 6 6 E0-G0 13.19 13.62 115.2 122.5

2166 2 -none- E0-G0

TOTAL 8 6 (1) 13.19 13.62 115.2 122.5

For details on observations of this object, see the line for 78) nu. Pav in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu.pav" in the Observation Index (text file). There is also a list which includes filenames.

79) nzgem * * * * * * * * * * NZ Gem = HD 61913 * * * * * * *
At RA 115.513 DEC 14.209 M3II-III S Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2297 3 3 E0-G0 14.57 16.00 72.0 77.3

TOTAL 3 3 (1) 14.57 16.00 72.0 77.3

For details on observations of this object, see the line for 79) NZ Gem in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nzgem" in the Observation Index (text file). There is also a list which includes filenames.

80) omicet * * * * * * * * * * omi Cet = HD 14386 * * * * * * *
At RA 34.837 DEC -2.978 M7IIIe Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2205 13 13 E0-G0 11.54 15.99 62.6 73.1

2206 12 12 E0-G0 11.83 16.00 63.4 73.0

2223 6 6 E0-G0 14.49 15.75 71.6 72.6

2229 3 3 E0-G0 15.84 15.98 72.2 72.6

2231 3 3 E0-G0 14.70 14.98 69.8 70.4

2250 6 6 E0-G0 14.96 15.89 71.9 73.0

2295 2 2 E0-G0 14.11 14.29 72.1 72.2

2629 2 2 B3-C3 7.660 7.754 72.9 73.0

2649 2 2 B3-C3 7.863 7.987 72.9 73.1

TOTAL 49 49 (2) 7.660 16.00 62.6 73.1

For details on observations of this object, see the line for 80) omi Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "omicet" in the Observation Index (text file). There is also a list which includes filenames.

81) phi2ori * * * * * * * * * * phi02 Ori = HD 37160 * * * * * * *
At RA 84.227 DEC 9.291 K0IIIb High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2304 4 4 U1-U3 93.97 94.65 39.0 39.2

2529 2 2 E0-G1 65.48 65.81 139.3 139.7

2538 2 2 E0-G1 61.27 61.79 139.8 140.0

2539 2 2 E0-G1 63.83 64.13 139.0 139.1

2569 1 -none- B3-M0

2575 2 2 U1-U3 78.15 78.40 28.2 28.5

TOTAL 13 12 (3) 61.27 94.65 139.0 39.2

For details on observations of this object, see the line for 81) phi02 Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "phi2ori" in the Observation Index (text file). There is also a list which includes filenames.

82) pi.eri * * * * * * * * * * pi. Eri = HD 23614 * * * * * * *
At RA 56.536 DEC -12.102 M1III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2223 6 6 E0-G0 14.83 15.74 65.6 74.9

2229 3 3 E0-G0 15.01 15.40 75.3 75.9

2231 6 6 E0-G0 14.99 15.74 66.2 69.7

2525 4 4 E0-G1 62.47 65.37 144.7 153.6

2530 3 3 E0-G1 63.77 64.58 147.3 149.7

2615 1 1 B3-C3 7.984 7.984 73.2 73.2

2616 1 1 B3-C3 6.314 6.314 56.6 56.6

TOTAL 24 24 (3) 6.314 65.37 56.6 153.6

For details on observations of this object, see the line for 82) pi. Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "pi.eri" in the Observation Index (text file). There is also a list which includes filenames.

83) pi.leo * * * * * * * * * * pi. Leo = HD 86663 * * * * * * *
At RA 150.053 DEC 8.044 M2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2295 2 2 E0-G0 15.91 15.95 73.2 73.4

TOTAL 2 2 (1) 15.91 15.95 73.2 73.4

For details on observations of this object, see the line for 83) pi. Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "pi.leo" in the Observation Index (text file). There is also a list which includes filenames.

84) psiphe * * * * * * * * * * psi Phe = HD 11695 * * * * * * *
At RA 28.411 DEC -46.303 M4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 4 4 E0-G0 15.62 16.00 56.2 78.0

2199 3 3 E0-G0 14.96 15.90 37.9 86.5

2200 3 3 E0-G0 15.24 15.94 38.3 70.1

2201 3 3 E0-G0 15.54 16.00 53.5 79.4

2215 13 12 U1-U3 79.42 90.48 45.4 54.5

2216 5 5 U1-U3 99.28 99.69 26.6 28.3

2218 7 7 E0-G0 10.39 15.01 86.0 124.5

2219 6 6 E0-G0 15.36 15.81 41.2 53.3

3028 6 6 D0-H0 34.00 52.23 102.5 149.7

3030 4 4 D0-H0 39.12 47.91 110.8 130.9

3031 4 4 D0-H0 39.40 50.13 106.5 130.1

3032 5 1 D0-H0 43.67 43.67 119.6 119.6

3033 8 7 D0-H0 35.13 48.45 109.8 144.5

TOTAL 71 65 (3) 10.39 99.69 26.6 149.7

For details on observations of this object, see the line for 84) psi Phe in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "psiphe" in the Observation Index (text file). There is also a list which includes filenames.

85) raqr * * * * * * * * * * R Aqr = HD 222800 * * * * * * *
At RA 355.956 DEC -15.285 M7IIIpevar Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2204 4 4 E0-G0 15.61 16.00 67.9 73.8

2207 6 6 E0-G0 15.38 16.00 66.6 76.0

2219 6 6 E0-G0 13.76 15.66 75.2 78.8

2297 1 1 E0-G0 7.791 7.791 82.0 82.0

2526 5 5 E0-G1 63.93 65.96 141.8 152.2

2624 6 6 B3-C3 5.385 7.064 78.4 81.1

2625 8 8 B3-C3 5.654 7.261 77.8 80.8

2626 3 3 B3-C3 6.314 6.747 79.1 79.9

2627 4 3 B3-C3 6.072 6.407 79.7 80.2

2628 3 3 B3-C3 6.246 6.497 79.6 80.0

2630 3 3 B3-C3 5.722 6.005 80.3 80.7

2631 3 3 B3-C3 5.567 5.855 80.5 80.9

2938 8 8 E0-G0 14.11 16.00 60.4 75.3

2939 12 12 E0-G0 13.33 15.97 60.4 79.2

2941 4 4 E0-G0 14.22 15.52 60.9 67.4

2942 6 6 E0-G0 14.11 16.00 60.4 72.4

2979 4 4 E0-G0 13.46 15.55 75.6 79.1

2980 4 4 E0-G0 13.28 15.23 76.5 79.3

TOTAL 90 89 (3) 5.385 65.96 60.4 152.2

For details on observations of this object, see the line for 85) R Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "raqr" in the Observation Index (text file). There is also a list which includes filenames.

86) rcnc * * * * * * * * * * R Cnc = HD 69243 * * * * * * *
At RA 124.141 DEC 11.726 M7IIIe Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2249 5 4 E0-G0 15.95 16.00 72.1 73.4

2251 6 6 E0-G0 15.29 15.98 73.0 75.4

2252 1 1 E0-G0 14.50 14.50 76.3 76.3

2253 3 3 E0-G0 15.57 15.68 74.6 74.8

2254 1 1 E0-G0 12.92 12.92 77.1 77.1

2262 2 2 E0-G0 14.26 15.66 74.6 76.5

2265 1 1 E0-G0 13.57 13.57 76.9 76.9

2266 5 5 E0-G0 15.89 15.99 70.8 73.3

2283 5 4 E0-G0 15.67 15.93 71.1 74.6

TOTAL 29 27 (1) 12.92 16.00 70.8 77.1

For details on observations of this object, see the line for 86) R Cnc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rcnc" in the Observation Index (text file). There is also a list which includes filenames.

87) rcrt * * * * * * * * * * R Crt = HD 95384 * * * * * * *
At RA 165.141 DEC -18.325 M7III... Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2003 3 3 E0-G0 13.53 13.83 80.3 80.8

TOTAL 3 3 (1) 13.53 13.83 80.3 80.8

For details on observations of this object, see the line for 87) R Crt in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rcrt" in the Observation Index (text file). There is also a list which includes filenames.

88) rhya * * * * * * * * * * R Hya = HD 117287 * * * * * * *
At RA 202.428 DEC -23.281 M7IIIe Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 3 3 E0-G0 15.93 15.97 72.7 73.6

TOTAL 3 3 (1) 15.93 15.97 72.7 73.6

For details on observations of this object, see the line for 88) R Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rhya" in the Observation Index (text file). There is also a list which includes filenames.

89) rleo * * * * * * * * * * R Leo = HD 84748 * * * * * * *
At RA 146.890 DEC 11.429 M8IIIe Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 3 2 E0-G0 15.99 16.00 72.4 72.9

2003 30 30 E0-G0 14.37 16.00 70.6 76.3

2295 4 4 E0-G0 15.65 15.99 71.8 74.6

2302 6 6 E0-G0 14.90 15.38 75.2 75.8

2315 1 -none- E0-G1

2316 1 -none- E0-G1

TOTAL 45 42 (2) 14.37 16.00 70.6 76.3

For details on observations of this object, see the line for 89) R Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rleo" in the Observation Index (text file). There is also a list which includes filenames.

90) rlep * * * * * * * * * * R Lep = HD 31996 * * * * * * *
At RA 74.901 DEC -14.806 CIIe... Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2205 4 4 E0-G0 15.05 15.98 72.9 76.7

2207 3 3 E0-G0 15.64 15.94 68.9 75.2

2219 6 5 E0-G0 14.93 15.89 64.5 74.2

2221 8 8 E0-G0 14.28 15.97 61.6 74.9

2224 3 3 E0-G0 14.00 14.46 60.3 62.4

2225 3 3 E0-G0 13.91 14.48 59.9 62.5

2226 3 3 E0-G0 14.96 15.20 64.7 65.9

2234 2 1 E0-G0 12.68 12.68 53.9 53.9

2235 3 3 E0-G0 12.16 12.55 51.1 53.2

2287 2 2 E0-G0 15.77 15.83 74.3 74.6

2629 2 1 B3-C3 7.932 7.932 74.1 74.1

TOTAL 39 36 (2) 7.932 15.98 51.1 76.7

For details on observations of this object, see the line for 90) R Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rlep" in the Observation Index (text file). There is also a list which includes filenames.

91) rpeg * * * * * * * * * * R Peg = HD 218292 * * * * * * *
At RA 346.663 DEC 10.543 M7e Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2219 2 2 E0-G0 15.81 15.85 70.5 70.8

2229 3 3 E0-G0 15.81 16.00 70.6 72.4

TOTAL 5 5 (1) 15.81 16.00 70.5 72.4

For details on observations of this object, see the line for 91) R Peg in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rpeg" in the Observation Index (text file). There is also a list which includes filenames.

92) rscl * * * * * * * * * * rscl = HD 8879 * * * * * * *
At RA 21.742 DEC -32.543 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2228 10 10 E0-G0 10.47 16.00 69.2 101.6

2251 7 6 E0-G0 15.27 15.99 70.7 80.4

2492 1 -none- E0-G1

TOTAL 18 16 (2) 10.47 16.00 69.2 101.6

For details on observations of this object, see the line for 92) rscl in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rscl" in the Observation Index (text file). There is also a list which includes filenames.

93) rvel * * * * * * * * * * r Vel = HD 89998 * * * * * * *
At RA 155.582 DEC -41.650 K1III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2301 2 1 E0-G0 15.79 15.79 75.1 75.1

2303 7 5 U1-U3 90.88 96.24 39.7 45.9

TOTAL 9 6 (2) 15.79 96.24 39.7 75.1

For details on observations of this object, see the line for 93) r Vel in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rvel" in the Observation Index (text file). There is also a list which includes filenames.

94) rxlep * * * * * * * * * * RX Lep = HD 33664 * * * * * * *
At RA 77.845 DEC -11.849 M6III Pulsating variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2195 4 4 E0-G0 13.57 15.26 60.8 67.5

2197 2 2 E0-G0 13.48 15.16 60.5 67.1

2198 2 2 E0-G0 14.98 15.75 66.3 69.8

2199 3 3 E0-G0 14.51 15.92 64.5 73.6

2200 6 6 E0-G0 12.99 15.98 58.5 73.0

2201 3 3 E0-G0 14.08 15.96 62.8 71.5

2202 3 3 E0-G0 14.27 16.00 63.6 72.4

2203 3 3 E0-G0 14.33 15.92 63.8 73.6

2210 2 2 E0-G0 15.75 16.00 69.9 72.4

2233 4 4 E0-G0 11.54 14.24 76.6 77.4

2249 4 4 E0-G0 15.93 16.00 71.6 73.5

2282 5 5 E0-G0 14.88 15.58 65.9 68.9

2294 2 2 E0-G0 15.97 15.99 71.7 72.0

2342 5 4 E0-G1 58.00 59.57 164.2 178.2

TOTAL 48 47 (2) 11.54 59.57 164.2 77.4

For details on observations of this object, see the line for 94) RX Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rxlep" in the Observation Index (text file). There is also a list which includes filenames.

95) sao131057 * * * * * * * * * * SAO 131057 = SAO 131057 * * * * * * *
At RA 63.790 DEC -4.418 K5V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2216 3 -none- U1-U3

TOTAL 3 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 95) SAO 131057 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao131057" in the Observation Index (text file). There is also a list which includes filenames.

96) sao132211 * * * * * * * * * * SAO 132211 = HD 36395 * * * * * * *
At RA 82.864 DEC -3.677 M1.5V Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2214 8 6 U1-U3 97.21 98.61 33.7 35.2

TOTAL 8 6 (1) 97.21 98.61 33.7 35.2

For details on observations of this object, see the line for 96) SAO 132211 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao132211" in the Observation Index (text file). There is also a list which includes filenames.

97) sao214301 * * * * * * * * * * SAO 214301 = HD 217987 * * * * * * *
At RA 346.467 DEC -35.853 M0.5 Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2215 7 7 U1-U3 83.66 86.37 48.5 49.5

2446 2 -none- E0-G1

TOTAL 9 7 (2) 83.66 86.37 48.5 49.5

For details on observations of this object, see the line for 97) SAO 214301 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao214301" in the Observation Index (text file). There is also a list which includes filenames.

98) siglib * * * * * * * * * * sig Lib = HD 133216 * * * * * * *
At RA 226.018 DEC -25.282 M3/M4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1988 4 4 E0-G0 14.59 15.12 55.1 59.4

1995 1 1 E0-G0 15.05 15.05 79.8 79.8

1996 7 7 E0-G0 12.46 15.98 47.5 87.7

1998 4 4 E0-G0 15.30 15.98 72.2 78.6

2000 8 6 E0-G0 15.42 15.97 64.6 78.0

2003 2 2 E0-G0 15.84 15.87 74.4 74.7

2009 25 25 E0-G0 10.41 16.00 60.7 92.8

2012 4 4 E0-G0 13.93 14.40 82.3 83.8

2020 6 5 E0-G0 14.60 15.84 74.7 81.6

2022 4 4 E0-G0 15.33 15.52 77.3 78.4

2028 6 6 E0-G0 14.61 15.87 74.4 81.5

2036 5 5 E0-G0 14.15 15.21 51.8 80.4

2055 1 1 E0-G0 15.85 15.85 74.7 74.7

2063 3 -none- E0-G0

2082 2 -none- E0-G0

2086 1 -none- E0-G0

2091 1 1 E0-G0 14.68 14.68 81.3 81.3

2104 3 2 E0-G0 13.35 13.56 84.8 85.4

2315 4 4 E0-G1 65.05 65.45 140.8 142.2

2316 4 4 E0-G1 60.82 62.57 135.7 137.0

2319 1 1 E0-G1 65.92 65.92 145.7 145.7

2344 7 7 E0-G1 65.10 65.93 141.0 152.6

2349 5 5 E0-G1 65.03 65.97 140.8 148.4

2350 5 5 E0-G1 64.53 65.97 139.6 148.7

TOTAL 113 103 (2) 10.41 65.97 47.5 152.6

For details on observations of this object, see the line for 98) sig Lib in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "siglib" in the Observation Index (text file). There is also a list which includes filenames.

99) sigpup * * * * * * * * * * sig Pup = HD 59717 * * * * * * *
At RA 112.308 DEC -43.301 K5III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 4 2 E0-G0 15.91 15.94 71.0 72.0

2294 3 3 E0-G0 15.98 15.99 62.7 64.4

2314 5 5 E0-G1 65.56 65.71 161.6 165.5

2320 5 5 E0-G1 65.35 65.70 158.0 165.0

2337 17 16 E0-G1 64.13 65.84 148.2 14.0

2338 10 10 E0-G1 65.65 65.88 177.5 16.3

2345 17 13 E0-G1 65.16 65.88 155.7 .0

TOTAL 61 54 (2) 15.91 65.88 148.2 72.0

For details on observations of this object, see the line for 99) sig Pup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sigpup" in the Observation Index (text file). There is also a list which includes filenames.

100) slep * * * * * * * * * * S Lep = HD 41698 * * * * * * *
At RA 91.440 DEC -24.196 M5III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2194 6 6 E0-G0 12.09 15.72 35.1 65.5

TOTAL 6 6 (1) 12.09 15.72 35.1 65.5

For details on observations of this object, see the line for 100) S Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "slep" in the Observation Index (text file). There is also a list which includes filenames.

101) sori * * * * * * * * * * S Ori = HD 36090 * * * * * * *
At RA 82.254 DEC -4.692 M7e Emission-line Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2227 7 7 E0-G0 13.35 16.00 65.8 72.6

2232 3 3 E0-G0 13.05 13.76 65.0 66.8

2235 3 3 E0-G0 15.20 15.42 70.2 70.7

2279 6 5 E0-G0 15.43 15.96 73.0 73.4

2295 2 2 E0-G0 14.51 14.67 73.2 73.3

2308 5 1 U1-U3 98.47 98.47 38.9 38.9

2624 6 6 B3-C3 6.957 7.892 67.2 71.7

2626 6 6 B3-C3 6.714 7.625 66.0 70.3

2627 6 6 B3-C3 6.316 7.438 63.9 69.4

2628 6 6 B3-C3 6.066 7.186 62.5 68.3

2629 2 2 B3-C3 6.914 7.082 72.8 73.0

2630 6 6 B3-C3 6.536 7.739 65.1 70.8

2631 6 6 B3-C3 6.563 7.717 65.2 70.7

2643 6 6 B3-C3 7.585 8.000 70.1 72.9

2644 6 6 B3-C3 7.528 7.995 69.8 72.6

2645 9 6 B3-C3 6.351 7.389 64.1 69.2

2646 11 9 B3-C3 7.212 8.000 68.4 73.4

2647 1 1 B3-C3 7.467 7.467 69.5 69.5

2651 12 10 B3-C3 6.821 7.975 71.8 73.4

2656 9 6 B3-C3 7.643 7.994 70.4 72.5

2659 6 6 B3-C3 6.854 7.819 72.7 73.4

2665 14 14 B3-D1 19.70 23.99 72.2 73.4

2669 3 3 B3-D1 23.48 23.70 73.3 73.4

2670 7 7 B3-D1 21.43 23.72 73.1 73.4

2671 3 3 B3-D1 22.53 23.25 69.7 70.9

2675 3 2 B3-D1 19.55 20.24 72.2 72.6

2676 5 3 B3-D1 19.72 21.40 72.3 73.1

2677 4 2 B3-D1 19.91 20.70 72.4 72.8

2679 6 6 B3-D1 20.36 23.26 72.6 73.4

2680 9 9 B3-D1 20.42 24.00 72.5 73.4

2715 3 3 B3-D1 21.90 22.50 73.2 73.4

2716 3 3 B3-D1 22.09 22.82 73.3 73.4

2719 3 3 B3-D1 19.89 21.14 72.4 73.0

2720 3 3 B3-D1 20.69 21.39 72.8 73.1

2726 3 3 B3-D1 21.57 22.17 73.1 73.3

2727 3 3 B3-D1 21.74 22.32 73.2 73.3

2728 4 4 B3-D1 19.93 22.52 72.4 73.4

2730 3 3 B3-D1 20.98 22.10 72.9 73.3

2915 6 6 E0-G0 14.12 15.88 67.7 72.0

2938 2 2 E0-G0 10.12 10.77 55.3 57.9

2939 8 8 E0-G0 12.38 15.98 63.2 73.1

2941 2 2 E0-G0 12.08 12.89 62.3 64.6

2942 6 6 E0-G0 15.38 16.00 70.6 73.4

2978 2 2 E0-G0 15.39 15.61 70.6 71.2

2980 9 9 E0-G0 13.73 16.00 66.7 73.4

2981 9 9 E0-G0 12.47 15.99 63.5 73.4

2988 8 8 E0-G0 13.10 15.98 71.6 73.4

TOTAL 255 235 (4) 6.066 98.47 38.9 73.4

For details on observations of this object, see the line for 101) S Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sori" in the Observation Index (text file). There is also a list which includes filenames.

102) sscl * * * * * * * * * * sscl = HD 1115 * * * * * * *
At RA 3.843 DEC -32.045 M7IIIe... Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2204 6 3 E0-G0 10.57 14.38 85.3 100.5

2219 6 6 E0-G0 13.69 15.56 78.0 88.3

2228 11 10 E0-G0 9.827 16.00 64.3 103.7

2821 3 3 E0-G0 15.69 15.83 61.3 63.7

2822 3 3 E0-G0 15.76 15.91 62.3 65.4

2830 5 5 E0-G0 15.45 15.90 58.0 65.1

2831 3 2 E0-G0 15.65 15.99 60.7 68.6

2832 3 3 E0-G0 15.93 15.98 65.8 67.9

2833 3 3 E0-G0 15.28 15.48 56.0 58.4

2834 3 3 E0-G0 15.99 16.00 68.3 70.3

2835 3 3 E0-G0 15.42 15.68 57.6 61.1

2981 4 4 E0-G0 14.82 15.73 76.2 83.0

TOTAL 53 48 (1) 9.827 16.00 56.0 103.7

For details on observations of this object, see the line for 102) sscl in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sscl" in the Observation Index (text file). There is also a list which includes filenames.

103) swvir * * * * * * * * * * SW Vir = HD 114961 * * * * * * *
At RA 198.518 DEC -2.807 M7III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2003 4 4 E0-G0 15.67 15.81 73.0 73.0

2302 9 9 E0-G0 12.71 13.61 65.8 67.8

TOTAL 13 13 (1) 12.71 15.81 65.8 73.0

For details on observations of this object, see the line for 103) SW Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "swvir" in the Observation Index (text file). There is also a list which includes filenames.

104) tari * * * * * * * * * * T Ari = HD 17446 * * * * * * *
At RA 42.082 DEC 17.509 M6 Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2223 3 3 E0-G0 15.82 15.91 73.8 74.6

2229 4 3 E0-G0 15.80 16.00 72.1 74.7

2305 12 -none- U1-U3

TOTAL 19 6 (2) 15.80 16.00 72.1 74.7

For details on observations of this object, see the line for 104) T Ari in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tari" in the Observation Index (text file). There is also a list which includes filenames.

105) tau04eri * * * * * * * * * * tau04 Eri = HD 20720 * * * * * * *
At RA 49.879 DEC -21.758 M3/M4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2154 2 -none- E0-G0

2845 3 3 E0-G0 14.61 14.92 58.2 60.3

2848 2 2 E0-G0 15.52 15.62 64.6 65.5

2849 2 2 E0-G0 14.77 14.92 59.2 60.3

2850 2 2 E0-G0 15.35 15.47 63.3 64.2

2853 2 2 E0-G0 13.69 13.88 52.1 53.4

2857 6 5 E0-G0 12.92 15.57 46.7 65.1

2860 2 2 E0-G0 15.42 15.53 63.9 64.7

2861 2 2 E0-G0 15.39 15.50 63.6 64.5

2862 1 1 E0-G0 15.50 15.50 64.5 64.5

2863 2 2 E0-G0 15.64 15.72 65.6 66.4

2880 2 2 E0-G0 15.91 15.95 68.7 69.4

2881 5 5 E0-G0 15.52 15.99 64.6 73.7

2882 2 2 E0-G0 15.20 15.33 62.2 63.1

2886 6 6 E0-G0 15.03 15.98 61.0 73.3

2889 6 6 E0-G0 15.09 15.96 61.4 74.2

2891 10 10 E0-G0 14.31 15.99 56.3 75.7

TOTAL 57 54 (1) 12.92 15.99 46.7 75.7

For details on observations of this object, see the line for 105) tau04 Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tau04eri" in the Observation Index (text file). There is also a list which includes filenames.

106) tauaqr * * * * * * * * * * tau Aqr = HD 216032 * * * * * * *
At RA 342.398 DEC -13.593 K5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2205 4 4 E0-G0 15.26 16.00 66.7 72.3

2206 2 2 E0-G0 15.74 15.95 69.3 71.0

2489 12 11 E0-G1 59.14 61.06 161.1 173.9

2491 8 8 E0-G1 63.35 65.89 142.9 152.5

2527 3 3 E0-G1 62.54 63.42 152.2 155.3

2531 1 1 E0-G1 63.20 63.20 153.0 153.0

TOTAL 30 29 (2) 15.26 65.89 66.7 173.9

For details on observations of this object, see the line for 106) tau Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tauaqr" in the Observation Index (text file). There is also a list which includes filenames.

107) taupup * * * * * * * * * * tau Pup = HD 50310 * * * * * * *
At RA 102.484 DEC -50.615 K1III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2206 3 3 E0-G0 15.95 16.00 59.1 68.3

2295 2 2 E0-G0 14.28 14.39 94.2 95.4

2336 1 1 E0-G1 64.34 64.34 17.1 17.1

2615 1 1 B3-C3 7.874 7.874 46.2 46.2

2629 2 2 B3-C3 6.485 6.613 105.4 107.8

2649 1 1 B3-C3 7.969 7.969 54.8 54.8

TOTAL 10 10 (3) 6.485 64.34 17.1 107.8

For details on observations of this object, see the line for 107) tau Pup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "taupup" in the Observation Index (text file). There is also a list which includes filenames.

108) tcet * * * * * * * * * * T Cet = HD 1760 * * * * * * *
At RA 5.443 DEC -20.058 M5/M6Ib/II Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2135 4 4 E0-G0 14.29 15.99 65.9 80.3

2166 1 1 E0-G0 15.96 15.96 70.0 70.0

2179 3 3 E0-G0 12.01 15.28 77.5 84.4

2194 8 8 E0-G0 14.65 16.00 59.7 76.6

2195 3 3 E0-G0 15.00 15.88 61.9 68.7

2197 2 2 E0-G0 14.64 15.59 66.0 79.4

2199 3 3 E0-G0 13.64 15.89 58.2 81.6

2200 3 3 E0-G0 14.18 15.82 56.9 75.0

2201 3 3 E0-G0 15.05 15.93 67.0 78.3

TOTAL 30 30 (1) 12.01 16.00 56.9 84.4

For details on observations of this object, see the line for 108) T Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tcet" in the Observation Index (text file). There is also a list which includes filenames.

109) teri * * * * * * * * * * T Eri = HD 24754 * * * * * * *
At RA 58.808 DEC -24.032 M5/M6IIIe Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2247 5 5 U1-U3 99.94 100.7 39.5 40.4

TOTAL 5 5 (1) 99.94 100.7 39.5 40.4

For details on observations of this object, see the line for 109) T Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "teri" in the Observation Index (text file). There is also a list which includes filenames.

110) tetcen * * * * * * * * * * tet Cen = HD 123139 * * * * * * *
At RA 211.671 DEC -36.370 K0IIIb High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1999 1 1 E0-G0 15.98 15.98 70.9 70.9

2001 16 16 E0-G0 14.13 15.97 52.0 88.6

2002 2 2 E0-G0 15.96 15.97 65.0 65.6

2003 4 4 E0-G0 14.41 15.84 61.1 87.0

2020 1 1 E0-G0 15.33 15.33 80.6 80.6

2026 3 2 E0-G0 15.70 15.89 58.8 62.9

2310 3 2 E0-G1 63.02 63.26 139.7 140.3

2311 4 4 E0-G1 49.47 52.89 127.8 129.2

2313 13 12 E0-G1 47.57 61.65 127.2 137.1

2314 10 8 E0-G1 49.59 60.84 127.8 135.9

2315 3 2 E0-G1 61.08 62.14 136.2 137.9

2316 9 8 E0-G1 44.76 58.99 126.7 133.6

2317 7 4 E0-G1 61.05 62.41 136.2 138.5

2318 3 3 E0-G1 57.30 58.92 132.0 133.6

2319 6 4 E0-G1 62.90 65.15 139.5 147.3

2320 7 5 E0-G1 49.64 53.51 127.8 129.5

2321 2 2 E0-G1 64.32 64.49 143.4 144.1

2322 6 5 E0-G1 59.23 61.56 133.9 136.9

2325 6 5 E0-G1 63.52 64.56 141.0 144.3

2336 3 3 E0-G1 49.19 50.58 127.7 128.2

2338 9 9 E0-G1 59.37 65.96 134.0 159.3

2340 13 13 E0-G1 45.41 65.97 126.8 159.8

2341 6 6 E0-G1 51.22 62.02 128.4 137.7

2342 8 7 E0-G1 52.41 57.77 128.9 132.4

2344 26 26 E0-G1 57.23 65.97 132.0 164.5

2345 5 4 E0-G1 65.68 65.95 151.8 158.5

2346 11 10 E0-G1 49.23 62.64 127.7 138.9

2347 4 4 E0-G1 54.94 65.34 130.3 148.6

2349 9 9 E0-G1 56.67 65.96 131.5 159.4

2350 6 6 E0-G1 54.36 60.83 130.0 135.8

2351 9 9 E0-G1 62.22 65.96 138.1 169.5

2352 12 11 E0-G1 60.14 65.96 134.9 159.5

2354 3 3 E0-G1 65.38 65.56 148.9 150.5

2355 14 12 E0-G1 58.45 65.94 133.1 171.6

2356 22 21 E0-G1 49.28 65.97 127.7 160.3

2357 28 28 E0-G1 49.96 65.94 127.9 172.3

2358 5 5 E0-G1 65.61 65.94 151.0 157.5

2359 3 2 E0-G1 65.92 65.94 156.6 157.6

2360 1 1 E0-G1 65.94 65.94 157.8 157.8

2361 3 3 E0-G1 65.73 65.94 152.5 157.9

2362 2 2 E0-G1 65.96 65.97 162.2 163.1

2364 8 8 E0-G1 58.95 65.21 133.6 147.6

2365 6 6 E0-G1 58.12 65.97 132.8 163.9

2366 26 23 E0-G1 63.22 65.96 140.2 175.7

2367 19 18 E0-G1 59.03 65.89 133.7 155.7

2368 6 6 E0-G1 65.83 65.97 158.6 174.7

2369 11 11 E0-G1 58.19 65.87 132.8 178.5

2371 1 1 E0-G1 64.04 64.04 142.5 142.5

2378 1 -none- E0-G1

2379 13 10 E0-G1 55.84 61.62 130.9 137.0

2380 10 5 E0-G1 62.04 62.75 137.8 139.1

2383 10 7 E0-G1
G1-E0 54.12 65.95 129.8 165.1

2385 1 -none- E0-G1

2413 4 4 E0-G1 65.69 65.89 152.0 155.7

2416 7 7 E0-G1 61.06 64.91 136.2 145.9

2422 10 8 E0-G1 65.74 65.96 152.7 165.8

2424 2 2 E0-G1 61.80 62.06 137.3 137.8

2425 6 3 E0-G1 64.70 64.97 144.9 146.3

2427 7 6 E0-G1 58.13 65.90 132.8 169.9

2428 10 9 E0-G1 57.29 65.83 132.0 154.3

2429 8 7 E0-G1 61.06 65.93 136.2 157.2

2430 7 5 E0-G1 65.82 65.93 166.7 3.7

2431 9 8 E0-G1 65.83 65.97 159.7 8.8

2433 4 3 E0-G1 65.83 65.84 174.2 175.9

2435 2 -none- E0-G1

2436 5 4 E0-G1 65.82 65.84 174.5 177.2

2439 7 6 E0-G1 62.32 65.39 138.3 148.9

2440 4 3 E0-G1 65.86 65.91 154.9 156.4

2441 6 6 E0-G1 65.84 65.87 170.9 7.3

2443 2 2 E0-G1 63.71 65.89 141.5 10.3

2445 10 -none- U2-U4

2446 12 4 E0-G1 65.87 65.96 164.1 171.7

2448 4 4 E0-G1 65.82 65.85 3.5 6.6

2451 4 4 E0-G1 65.91 65.94 165.5 168.1

2452 8 8 E0-G1 65.82 65.96 163.5 177.3

2453 4 4 E0-G1 65.95 65.97 162.5 165.1

2457 3 -none- E0-G1

2462 7 7 E0-G1 65.76 65.90 153.0 170.4

2463 5 5 E0-G1 65.12 65.88 147.1 176.4

2464 5 5 E0-G1 65.83 65.95 164.4 5.0

2465 9 9 E0-G1 65.81 65.97 161.3 9.1

2469 7 7 E0-G1 65.53 65.85 150.2 179.0

2470 4 4 E0-G1 65.92 65.95 164.6 167.2

2512 1 -none- E0-G1

2669 8 8 B3-D1 21.90 23.88 42.9 63.6

2695 9 9 B3-D1 22.26 24.00 46.2 79.2

2711 12 12 B3-D1 19.98 23.70 21.3 60.6

2811 12 12 E0-G0 9.542 15.64 77.5 112.1

2835 6 6 E0-G0 14.53 15.85 74.5 86.3

3108 2 1 D0-H0 63.88 63.88 65.6 65.6

3165 3 3 D0-H0 59.79 60.94 81.4 83.6

3166 2 2 D0-H0 63.80 63.90 70.9 72.0

3183 1 1 D0-H0 63.49 63.49 62.4 62.4

3190 4 3 D0-H0 62.98 63.89 65.7 76.1

3191 5 5 D0-H0 53.18 57.59 87.1 92.9

3192 4 4 D0-H0 47.85 52.31 94.0 99.4

3193 2 2 D0-H0 57.16 57.88 86.6 87.7

3196 4 4 D0-H0 54.62 61.60 80.0 91.1

3206 1 1 D0-H0 35.27 35.27 116.7 116.7

3208 3 3 D0-H0 39.93 59.12 84.7 109.5

3209 3 3 D0-H0 53.25 56.92 88.0 92.8

TOTAL 684 602 (6) 9.542 65.97 21.3 10.3

For details on observations of this object, see the line for 110) tet Cen in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tetcen" in the Observation Index (text file). There is also a list which includes filenames.

111) tetcma * * * * * * * * * * tet CMa = HD 50778 * * * * * * *
At RA 103.548 DEC -12.039 K4III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2295 1 1 E0-G0 15.24 15.24 67.3 67.3

2297 6 6 E0-G0 14.30 16.00 68.0 76.6

2346 1 1 E0-G1 62.32 62.32 154.0 154.0

2355 1 -none- E0-G1

2540 3 3 E0-G1 65.27 65.57 139.1 139.5

2629 2 2 B3-C3 5.891 6.032 77.6 77.6

2647 1 1 B3-C3 7.856 7.856 69.6 69.6

2998 2 2 D0-H0 57.72 58.47 64.1 64.8

2999 4 4 D0-H0 61.08 63.77 73.4 75.5

3012 2 2 D0-H0 63.51 63.81 70.7 71.3

3013 2 2 D0-H0 61.37 62.23 74.9 75.4

3015 2 2 D0-H0 58.34 59.48 64.7 65.8

3016 2 2 D0-H0 61.98 62.62 68.5 69.3

3017 2 2 D0-H0 63.80 63.97 72.8 73.4

3026 4 4 D0-H0 50.52 60.34 56.7 66.7

3027 5 5 D0-H0 49.36 63.99 55.4 72.7

3028 2 2 D0-H0 60.97 62.03 75.1 75.6

3030 2 2 D0-H0 63.78 63.99 72.7 73.4

3031 2 2 D0-H0 63.85 64.00 72.5 73.2

3032 2 -none- D0-H0

3033 3 3 D0-H0 61.35 63.13 74.3 75.4

TOTAL 51 48 (4) 5.891 65.57 55.4 154.0

For details on observations of this object, see the line for 111) tet CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tetcma" in the Observation Index (text file). There is also a list which includes filenames.

112) tlep * * * * * * * * * * T Lep = HD 32803 * * * * * * *
At RA 76.212 DEC -21.905 M6evar Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2204 3 3 E0-G0 15.34 15.97 69.9 77.7

2207 1 1 E0-G0 15.55 15.55 64.8 64.8

2219 6 6 E0-G0 15.47 15.62 64.4 77.1

2221 6 6 E0-G0 15.17 15.47 61.9 78.0

2224 3 3 E0-G0 15.58 15.72 65.1 66.4

2225 3 3 E0-G0 15.50 15.65 64.4 65.7

2226 3 3 E0-G0 15.92 15.98 68.9 70.1

2232 5 4 E0-G0 12.41 15.88 42.4 74.7

2234 3 2 E0-G0 14.66 14.97 58.4 60.5

2235 2 2 E0-G0 14.26 14.40 55.8 56.7

2251 2 2 E0-G0 15.92 15.95 68.9 69.5

2295 4 4 E0-G0 14.98 15.94 73.5 79.1

2533 2 -none- U2-U4

TOTAL 43 39 (2) 12.41 15.98 42.4 79.1

For details on observations of this object, see the line for 112) T Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tlep" in the Observation Index (text file). There is also a list which includes filenames.

113) tzfor * * * * * * * * * * TZ For = HD 20301 * * * * * * *
At RA 48.667 DEC -35.558 G2V Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2305 1 -none- U1-U3

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 113) TZ For in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tzfor" in the Observation Index (text file). There is also a list which includes filenames.

114) uant * * * * * * * * * * U Ant = HD 91793 * * * * * * *
At RA 158.804 DEC -39.563 N:var... Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2003 4 4 E0-G0 14.21 14.56 87.4 89.8

TOTAL 4 4 (1) 14.21 14.56 87.4 89.8

For details on observations of this object, see the line for 114) U Ant in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "uant" in the Observation Index (text file). There is also a list which includes filenames.

115) uher * * * * * * * * * * U Her = HD 148206 * * * * * * *
At RA 246.448 DEC 18.892 M7III Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 1 1 E0-G0 16.00 16.00 72.1 72.1

2832 3 3 E0-G0 15.66 15.83 74.6 75.7

TOTAL 4 4 (1) 15.66 16.00 72.1 75.7

For details on observations of this object, see the line for 115) U Her in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "uher" in the Observation Index (text file). There is also a list which includes filenames.

116) uhya * * * * * * * * * * U Hya = HD 92055 * * * * * * *
At RA 159.389 DEC -13.385 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1996 1 1 E0-G0 8.325 8.325 78.8 78.8

TOTAL 1 1 (1) 8.325 8.325 78.8 78.8

For details on observations of this object, see the line for 116) U Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "uhya" in the Observation Index (text file). There is also a list which includes filenames.

117) uori * * * * * * * * * * U Ori = HD 39816 * * * * * * *
At RA 88.955 DEC 20.175 M8III Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2219 6 6 E0-G0 13.36 15.98 72.8 82.2

2232 2 2 E0-G0 8.778 9.674 87.9 89.2

2235 2 -none- E0-G0

2264 5 5 E0-G0 15.68 15.97 73.0 75.7

2297 2 2 E0-G0 14.72 14.86 78.9 79.3

TOTAL 17 15 (1) 8.778 15.98 72.8 89.2

For details on observations of this object, see the line for 117) U Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "uori" in the Observation Index (text file). There is also a list which includes filenames.

118) upscet * * * * * * * * * * ups Cet = HD 12274 * * * * * * *
At RA 30.001 DEC -21.078 K5/M0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2295 2 2 E0-G0 13.72 13.92 81.6 82.1

2530 3 2 E0-G1 65.05 65.58 149.7 153.3

2531 7 7 E0-G1 65.32 65.96 140.4 150.6

2662 1 1 B3-D1 16.54 16.54 86.9 86.9

TOTAL 13 12 (3) 13.72 65.96 81.6 153.3

For details on observations of this object, see the line for 118) ups Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "upscet" in the Observation Index (text file). There is also a list which includes filenames.

119) uufor * * * * * * * * * * UU For = IRAS 02351-2711 * * * * * * *
At RA 39.346 DEC -26.979 M9 Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2207 1 -none- E0-G0

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 119) UU For in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "uufor" in the Observation Index (text file). There is also a list which includes filenames.

120) v744cen * * * * * * * * * * V744 Cen = HD 118767 * * * * * * *
At RA 204.999 DEC -49.950 M5III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 2 2 E0-G0 15.45 15.49 80.4 81.1

2283 2 2 E0-G0 15.50 15.54 38.8 40.1

TOTAL 4 4 (1) 15.45 15.54 38.8 81.1

For details on observations of this object, see the line for 120) V744 Cen in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "v744cen" in the Observation Index (text file). There is also a list which includes filenames.

121) vhya * * * * * * * * * * V Hya = SAO-179278 * * * * * * *
At RA 162.905 DEC -21.250 C... Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2284 2 1 E0-G0 15.96 15.96 69.8 69.8

2293 1 1 E0-G0 15.83 15.83 67.8 67.8

TOTAL 3 2 (1) 15.83 15.96 67.8 69.8

For details on observations of this object, see the line for 121) V Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "vhya" in the Observation Index (text file). There is also a list which includes filenames.

122) vycma * * * * * * * * * * VY CMa = HD 58061 * * * * * * *
At RA 110.743 DEC -25.768 M3/M4II: Pulsating variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2305 1 -none- U1-U3

2649 1 1 B3-C3 7.623 7.623 60.1 60.1

TOTAL 2 1 (2) 7.623 7.623 60.1 60.1

For details on observations of this object, see the line for 122) VY CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "vycma" in the Observation Index (text file). There is also a list which includes filenames.

123) wcen * * * * * * * * * * w Cen = HD 110458 * * * * * * *
At RA 190.648 DEC -48.813 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2305 3 3 U1-U3 100.5 100.7 13.7 15.4

2307 4 4 U1-U3 96.38 96.98 32.6 34.1

2743 2 2 B3-M0 121.0 128.9 71.4 79.0

2744 6 5 B3-M0 133.3 139.4 49.0 65.6

2745 2 2 B3-M0 134.6 135.3 62.1 63.5

2747 2 1 B3-M0 139.7 139.7 45.3 45.3

2748 4 3 B3-M0 132.9 137.6 56.7 66.2

2749 6 6 B3-M0 131.6 139.7 39.6 68.0

2750 4 4 B3-M0 139.4 139.6 35.5 48.0

2751 6 6 B3-M0 130.2 139.7 41.4 69.9

2755 3 3 B3-M0 123.5 139.1 51.1 76.8

2770 6 6 B3-M0 126.7 139.3 49.2 73.7

2771 3 3 B3-M0 139.0 139.4 48.8 51.5

TOTAL 51 48 (2) 96.38 139.7 13.7 79.0

For details on observations of this object, see the line for 123) w Cen in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "wcen" in the Observation Index (text file). There is also a list which includes filenames.

124) whya * * * * * * * * * * W Hya = HD 120285 * * * * * * *
At RA 207.258 DEC -28.368 M7e Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2036 1 -none- E0-G0

2293 1 -none- E0-G0

2296 4 4 E0-G0 13.06 14.20 37.4 48.7

2297 8 8 E0-G0 12.57 15.56 31.4 61.6

TOTAL 14 12 (1) 12.57 15.56 31.4 61.6

For details on observations of this object, see the line for 124) W Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "whya" in the Observation Index (text file). There is also a list which includes filenames.

125) wori * * * * * * * * * * W Ori = HD 32736 * * * * * * *
At RA 76.349 DEC 1.178 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2221 3 3 E0-G0 15.02 15.26 72.1 72.3

2224 3 2 E0-G0 15.75 15.82 72.7 72.8

2225 3 3 E0-G0 15.89 16.00 72.8 72.8

2226 3 3 E0-G0 15.70 15.99 72.2 72.8

2234 1 1 E0-G0 15.45 15.45 72.5 72.5

2235 3 3 E0-G0 14.32 14.64 71.3 71.7

2250 2 1 E0-G0 15.96 15.96 72.8 72.8

2254 2 2 E0-G0 15.23 16.00 72.3 72.8

2284 3 3 E0-G0 15.78 15.89 72.3 72.5

2629 2 2 B3-C3 7.863 7.901 72.3 72.4

TOTAL 25 23 (2) 7.863 16.00 71.3 72.8

For details on observations of this object, see the line for 125) W Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "wori" in the Observation Index (text file). There is also a list which includes filenames.

126) xcnc * * * * * * * * * * X Cnc = HD 76221 * * * * * * *
At RA 133.845 DEC 17.231 CII... Carbon Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2287 3 3 E0-G0 15.01 15.26 76.9 77.5

TOTAL 3 3 (1) 15.01 15.26 76.9 77.5

For details on observations of this object, see the line for 126) X Cnc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "xcnc" in the Observation Index (text file). There is also a list which includes filenames.

127) xhya * * * * * * * * * * X Hya = HD 83048 * * * * * * *
At RA 143.876 DEC -14.691 M7e Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2301 3 3 E0-G0 15.96 15.98 71.0 71.5

TOTAL 3 3 (1) 15.96 15.98 71.0 71.5

For details on observations of this object, see the line for 127) X Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "xhya" in the Observation Index (text file). There is also a list which includes filenames.

128) ycen * * * * * * * * * * Y Cen = HD 127233 * * * * * * *
At RA 217.744 DEC -30.098 M7III... Variable Star of irregular typ SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2001 2 2 E0-G0 15.87 15.92 73.3 74.3

TOTAL 2 2 (1) 15.87 15.92 73.3 74.3

For details on observations of this object, see the line for 128) Y Cen in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ycen" in the Observation Index (text file). There is also a list which includes filenames.

129) zetgem * * * * * * * * * * zet Gem = HD 52973 * * * * * * *
At RA 106.027 DEC 20.570 G0Ibvar Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2214 9 9 U1-U3 80.24 83.83 41.5 42.4

2215 4 3 U1-U3 83.58 84.61 42.3 42.5

2216 7 7 U1-U3 70.52 74.35 37.2 39.2

TOTAL 20 19 (1) 70.52 84.61 37.2 42.5

For details on observations of this object, see the line for 129) zet Gem in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "zetgem" in the Observation Index (text file). There is also a list which includes filenames.

130) zethya * * * * * * * * * * zet Hya = HD 76294 * * * * * * *
At RA 133.848 DEC 5.946 G9II-III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2278 1 1 E0-G0 15.78 15.78 71.4 71.4

2286 1 1 E0-G0 16.00 16.00 72.7 72.7

2287 3 3 E0-G0 15.76 15.90 73.3 73.5

2647 1 1 B3-C3 7.757 7.757 73.7 73.7

2648 1 -none- B3-C3

2649 1 1 B3-C3 6.053 6.053 72.4 72.4

2669 4 4 B3-D1 23.82 23.99 71.8 72.9

2735 1 1 B3-M0 139.5 139.5 60.4 60.4

2935 2 2 E0-G0 9.995 10.38 69.8 70.4

2940 2 2 E0-G0 9.421 9.993 68.8 69.8

2962 4 4 E0-G0 11.76 15.05 72.0 73.8

2965 4 4 E0-G0 8.635 12.84 67.1 73.0

2966 6 6 E0-G0 7.921 15.16 65.3 73.8

2967 6 6 E0-G0 7.960 14.99 65.4 73.8

2970 4 4 E0-G0 14.61 15.62 73.7 73.8

2976 4 4 E0-G0 6.689 12.89 61.0 73.0

TOTAL 45 44 (4) 6.053 139.5 60.4 73.8

For details on observations of this object, see the line for 130) zet Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "zethya" in the Observation Index (text file). There is also a list which includes filenames.

131) Beta-Lep * * * * * * * * * * bet Lep = HD 36079 * * * * * * *
At RA 82.061 DEC -20.759 G5II Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2187 12 1 U1-U3 100.2 100.2 22.9 22.9

2188 2 1 U1-U3 100.7 100.7 25.1 25.1

2602 1 -none- B3-M0

2662 1 1 B3-D1 24.00 24.00 71.7 71.7

2992 1 1 D0-H0 63.13 63.13 67.4 67.4

2993 2 2 D0-H0 54.01 63.95 52.0 70.6

2994 10 9 D0-H0 52.37 64.00 49.3 75.4

2995 10 10 D0-H0 48.71 63.47 42.4 75.1

2996 12 12 D0-H0 54.36 63.89 52.6 76.9

2998 4 4 D0-H0 57.34 61.89 57.3 64.7

3010 2 2 D0-H0 57.49 59.49 79.1 80.4

3012 2 2 D0-H0 63.59 63.84 73.1 74.0

3013 4 4 D0-H0 61.69 63.94 72.5 77.1

3016 2 2 D0-H0 63.92 64.00 70.4 71.4

3017 2 2 D0-H0 63.98 63.98 71.0 72.1

3054 2 2 D0-H0 40.48 43.88 86.6 87.9

TOTAL 69 55 (4) 24.00 100.7 22.9 87.9

For details on observations of this object, see the line for 131) bet Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "Beta-Lep" in the Observation Index (text file). There is also a list which includes filenames.

132) HD-63697 * * * * * * * * * * HD 63697 = HR 3044 * * * * * * *
At RA 117.422 DEC -17.228 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2307 2 2 U1-U3 101.7 101.9 39.1 39.4

2308 8 5 U1-U3 102.3 102.4 35.0 35.8

TOTAL 10 7 (1) 101.7 102.4 35.0 39.4

For details on observations of this object, see the line for 132) HD 63697 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-63697" in the Observation Index (text file). There is also a list which includes filenames.

133) HD-83443 * * * * * * * * * * HD 83443 = HD-83443 * * * * * * *
At RA 144.299 DEC -43.272 K0V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2307 4 3 U1-U3 97.45 98.25 34.8 36.6

TOTAL 4 3 (1) 97.45 98.25 34.8 36.6

For details on observations of this object, see the line for 133) HD 83443 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-83443" in the Observation Index (text file). There is also a list which includes filenames.

134) HD-96062 * * * * * * * * * * HD 96062 = HD-96062 * * * * * * *
At RA 166.200 DEC -.955 K2 Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2307 1 -none- U1-U3

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 134) HD 96062 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-96062" in the Observation Index (text file). There is also a list which includes filenames.

135) Proxima * * * * * * * * * * Proxima = alf Cen C * * * * * * *
At RA 217.429 DEC -62.679 M5.5Ve Flare Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2307 2 2 U1-U3 91.66 91.74 25.0 25.4

TOTAL 2 2 (1) 91.66 91.74 25.0 25.4

For details on observations of this object, see the line for 135) Proxima in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "Proxima" in the Observation Index (text file). There is also a list which includes filenames.

136) HD-100453 * * * * * * * * * * HD 100453 = HD-100453 * * * * * * *
At RA 173.273 DEC -54.325 A9Ve Star suspected of Variability SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2308 2 -none- U1-U3

TOTAL 2 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 136) HD 100453 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-100453" in the Observation Index (text file). There is also a list which includes filenames.

137) HD-112282 * * * * * * * * * * HD 112282 = HD-112282 * * * * * * *
At RA 193.919 DEC -1.720 K2 Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2308 2 2 U1-U3 94.68 94.96 32.5 32.8

TOTAL 2 2 (1) 94.68 94.96 32.5 32.8

For details on observations of this object, see the line for 137) HD 112282 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-112282" in the Observation Index (text file). There is also a list which includes filenames.

138) Alfa-Cmi * * * * * * * * * * alf CMi = HD 61421 * * * * * * *
At RA 114.825 DEC 5.225 F5IV-V Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2315 4 4 E0-G1 58.50 61.98 141.4 144.6

2339 4 4 E0-G1 55.72 57.11 146.2 148.0

2615 1 1 B3-C3 5.108 5.108 69.2 69.2

2647 1 1 B3-C3 7.816 7.816 73.5 73.5

2671 7 7 B3-D1 23.10 23.92 70.5 72.2

2672 7 6 B3-D1 22.95 24.00 70.2 72.8

2674 9 9 B3-D1 21.95 24.00 72.4 73.6

2679 2 2 B3-D1 23.26 23.40 70.7 71.0

2680 1 1 B3-D1 22.97 22.97 70.2 70.2

2681 2 2 B3-D1 23.10 23.26 70.5 70.7

2682 6 6 B3-D1 23.06 23.98 70.4 72.5

2683 9 9 B3-D1 23.14 24.00 70.5 73.2

2684 9 9 B3-D1 23.76 24.00 71.8 73.2

2685 7 7 B3-D1 23.08 24.00 70.4 72.9

2992 1 1 D0-H0 63.63 63.63 73.2 73.2

2994 1 1 D0-H0 60.38 60.38 73.6 73.6

2995 4 3 D0-H0 62.95 63.85 71.7 73.4

2996 6 6 D0-H0 62.48 64.00 71.4 73.5

3002 10 10 D0-H0 42.57 64.00 69.9 73.6

3029 2 2 D0-H0 57.29 58.12 73.4 73.5

3111 2 2 D0-H0 63.12 63.32 71.6 71.7

TOTAL 95 93 (4) 5.108 64.00 69.2 148.0

For details on observations of this object, see the line for 138) alf CMi in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "Alfa-Cmi" in the Observation Index (text file). There is also a list which includes filenames.

140) HR-4354 * * * * * * * * * * HR 4354 = HD 97576 * * * * * * *
At RA 168.311 DEC -44.372 K7III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2320 2 -none- E0-G1

TOTAL 2 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 140) HR 4354 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HR-4354" in the Observation Index (text file). There is also a list which includes filenames.

141) HR-5152 * * * * * * * * * * HR 5152 = HD 119193 * * * * * * *
At RA 205.728 DEC -50.790 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2320 3 2 E0-G1 57.76 58.14 134.5 135.3

2703 6 6 B3-D1 23.59 23.99 57.5 75.7

2704 6 6 B3-D1 23.50 24.00 61.8 77.0

2705 6 4 B3-D1 23.39 23.79 40.3 75.3

2706 3 3 B3-D1 22.52 22.79 85.0 87.3

2707 6 4 B3-D1 22.82 23.97 57.7 84.7

2722 6 6 B3-D1 21.82 23.59 75.7 92.7

2755 1 1 B3-M0 134.6 134.6 63.0 63.0

2762 1 1 B3-M0 139.6 139.6 44.8 44.8

2789 1 1 E0-G0 15.85 15.85 72.2 72.2

TOTAL 39 34 (4) 15.85 139.6 40.3 135.3

For details on observations of this object, see the line for 141) HR 5152 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HR-5152" in the Observation Index (text file). There is also a list which includes filenames.

142) HR-2447 * * * * * * * * * * HR 2447 = HD 47536 * * * * * * *
At RA 99.448 DEC -32.340 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2321 3 3 E0-G1 65.42 65.73 145.8 148.4

TOTAL 3 3 (1) 65.42 65.73 145.8 148.4

For details on observations of this object, see the line for 142) HR 2447 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HR-2447" in the Observation Index (text file). There is also a list which includes filenames.

143) HD-102608 * * * * * * * * * * HD 102608 = V919 Cen * * * * * * *
At RA 177.163 DEC -35.987 M7III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2321 2 2 E0-G1 65.92 65.93 165.4 166.4

TOTAL 2 2 (1) 65.92 65.93 165.4 166.4

For details on observations of this object, see the line for 143) HD 102608 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HD-102608" in the Observation Index (text file). There is also a list which includes filenames.

144) V2111oph * * * * * * * * * * V2111 Oph = HD 151061 * * * * * * *
At RA 251.298 DEC -3.085 M6III Variable Star of irregular typ SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2336 5 4 E0-G1 65.34 65.74 140.4 141.1

2351 1 -none- E0-G1

TOTAL 6 4 (1) 65.34 65.74 140.4 141.1

For details on observations of this object, see the line for 144) V2111 Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "V2111oph" in the Observation Index (text file). There is also a list which includes filenames.

145) HR6166 * * * * * * * * * * HR 6166 = HD 149447 * * * * * * *
At RA 249.094 DEC -35.255 K6III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2338 3 3 E0-G1 61.84 62.46 137.1 138.2

2361 1 -none- E0-G1

2365 6 6 E0-G1 61.74 65.81 137.0 152.5

2428 4 3 E0-G1 63.74 64.18 141.0 142.3

TOTAL 14 12 (1) 61.74 65.81 137.0 152.5

For details on observations of this object, see the line for 145) HR 6166 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HR6166" in the Observation Index (text file). There is also a list which includes filenames.

146) betcrv * * * * * * * * * * bet Crv = HD 109379 * * * * * * *
At RA 188.597 DEC -23.397 G5II Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2341 3 3 E0-G1 65.63 65.80 142.3 143.2

TOTAL 3 3 (1) 65.63 65.80 142.3 143.2

For details on observations of this object, see the line for 146) bet Crv in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betcrv" in the Observation Index (text file). There is also a list which includes filenames.

147) pihya * * * * * * * * * * pi. Hya = HD 123123 * * * * * * *
At RA 211.593 DEC -26.682 K2III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2341 3 3 E0-G1 62.72 63.33 137.2 137.9

2346 5 3 E0-G1 58.97 63.34 134.6 137.9

2360 1 1 E0-G1 65.97 65.97 148.9 148.9

2364 3 3 E0-G1 63.84 65.74 138.6 144.4

2369 3 3 E0-G1 65.10 65.41 141.5 142.6

2370 4 3 E0-G1 62.64 63.97 137.1 138.9

2427 7 6 E0-G1 63.85 65.97 138.7 177.9

2662 2 2 B3-D1 16.96 17.02 13.7 15.0

2669 4 4 B3-D1 21.96 22.77 54.3 58.9

2674 7 7 B3-D1 18.09 21.14 28.7 49.8

2681 6 6 B3-D1 22.39 23.70 56.7 65.4

2695 8 8 B3-D1 22.98 24.00 60.2 78.7

2711 6 6 B3-D1 18.49 22.68 32.3 58.4

TOTAL 59 55 (2) 16.96 65.97 134.6 78.7

For details on observations of this object, see the line for 147) pi. Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "pihya" in the Observation Index (text file). There is also a list which includes filenames.

148) phi1lup * * * * * * * * * * phi1lup = HD 136422 * * * * * * *
At RA 230.452 DEC -36.261 K5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2341 3 1 E0-G1 59.95 59.95 134.7 134.7

2451 2 1 E0-G1 65.96 65.96 159.3 159.3

2685 6 6 B3-D1 21.21 22.98 36.5 52.9

2712 6 6 B3-D1 23.82 23.95 63.3 73.8

2717 3 3 B3-D1 23.58 23.77 74.5 76.5

2718 3 3 B3-D1 23.36 23.61 76.2 78.3

2733 6 6 B3-D1 21.84 23.71 42.5 61.0

2811 12 12 E0-G0 11.48 15.97 71.2 101.6

2813 1 1 E0-G0 15.97 15.97 65.5 65.5

2835 15 14 E0-G0 9.256 16.00 58.4 113.6

TOTAL 57 53 (3) 9.256 65.96 36.5 159.3

For details on observations of this object, see the line for 148) phi1lup in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "phi1lup" in the Observation Index (text file). There is also a list which includes filenames.

149) upslib * * * * * * * * * * ups Lib = HD 139063 * * * * * * *
At RA 234.256 DEC -28.135 K5III Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2341 3 2 E0-G1 63.38 64.36 138.2 140.0

2346 3 3 E0-G1 60.90 61.74 135.5 136.2

2355 1 1 E0-G1 55.99 55.99 133.3 133.3

2359 2 2 E0-G1 65.84 65.88 153.4 154.1

2369 3 3 E0-G1 63.50 64.04 138.4 139.3

2425 6 4 E0-G1 65.77 65.92 145.6 147.6

2427 4 3 E0-G1 64.92 65.14 141.4 166.9

TOTAL 22 18 (1) 55.99 65.92 133.3 166.9

For details on observations of this object, see the line for 149) ups Lib in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "upslib" in the Observation Index (text file). There is also a list which includes filenames.

150) kaplib * * * * * * * * * * kap Lib = HD 139997 * * * * * * *
At RA 235.487 DEC -19.679 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2341 2 2 E0-G1 65.93 65.96 144.7 145.4

2346 2 1 E0-G1 64.65 64.65 138.9 138.9

2425 4 2 E0-G1 64.61 65.11 151.5 154.2

2429 4 3 E0-G1 65.44 65.79 140.4 141.7

2430 2 1 E0-G1 61.87 61.87 5.6 5.6

2431 6 6 E0-G1 61.73 62.34 175.8 11.4

2439 4 3 E0-G1 65.75 65.88 146.1 147.3

2881 3 3 E0-G0 9.246 10.01 86.8 87.8

TOTAL 27 21 (2) 9.246 65.96 86.8 11.4

For details on observations of this object, see the line for 150) kap Lib in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kaplib" in the Observation Index (text file). There is also a list which includes filenames.

151) gsco * * * * * * * * * * G Sco = HD 161892 * * * * * * *
At RA 267.465 DEC -37.043 K2III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2346 4 3 E0-G1 53.80 54.96 129.4 130.2

2369 3 3 E0-G1 57.81 59.45 132.4 134.2

2425 1 -none- E0-G1

2428 9 8 E0-G1 51.13 65.95 128.1 168.1

TOTAL 17 14 (1) 51.13 65.95 128.1 168.1

For details on observations of this object, see the line for 151) G Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gsco" in the Observation Index (text file). There is also a list which includes filenames.

152) hr6682 * * * * * * * * * * HR 6682 = HD 163376 * * * * * * *
At RA 269.449 DEC -41.716 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2346 4 4 E0-G1 54.15 58.65 128.6 133.6

2369 3 3 E0-G1 62.13 62.69 140.0 141.5

2412 1 1 E0-G1 65.94 65.94 175.2 175.2

2428 10 9 E0-G1 59.61 65.93 135.0 172.5

2469 1 -none- E0-G1

2733 6 6 B3-D1 23.16 24.00 49.3 68.5

2849 1 1 E0-G0 12.43 12.43 102.3 102.3

TOTAL 26 24 (3) 12.43 65.94 49.3 175.2

For details on observations of this object, see the line for 152) HR 6682 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr6682" in the Observation Index (text file). There is also a list which includes filenames.

153) alfser * * * * * * * * * * alf Ser = HD 140573 * * * * * * *
At RA 236.067 DEC 6.426 K2IIIb Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2350 5 5 E0-G1 63.43 65.96 139.6 140.0

2662 1 -none- B3-D1

TOTAL 6 5 (2) 63.43 65.96 139.6 140.0

For details on observations of this object, see the line for 153) alf Ser in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfser" in the Observation Index (text file). There is also a list which includes filenames.

154) Etaara * * * * * * * * * * eta Ara = HD 151249 * * * * * * *
At RA 252.446 DEC -59.041 K5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2352 5 5 E0-G1 43.55 50.25 110.3 121.8

2365 3 3 E0-G1 47.31 49.09 116.5 119.7

2369 3 3 E0-G1 49.12 50.15 119.7 121.6

2413 1 -none- E0-G1

2428 4 3 E0-G1 41.99 43.21 107.9 109.8

2439 2 2 E0-G1 61.88 61.96 164.5 165.5

2733 6 6 B3-D1 23.37 24.00 55.7 78.5

TOTAL 24 22 (2) 23.37 61.96 55.7 165.5

For details on observations of this object, see the line for 154) eta Ara in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "Etaara" in the Observation Index (text file). There is also a list which includes filenames.

155) psivir * * * * * * * * * * psi Vir = HD 112142 * * * * * * *
At RA 193.588 DEC -9.539 M3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2353 2 2 E0-G1 63.01 63.35 148.6 149.5

2354 3 3 E0-G1 65.58 65.92 139.4 140.1

2355 2 2 E0-G1 64.51 64.75 139.0 139.0

2674 6 6 B3-D1 16.33 20.68 51.6 63.5

TOTAL 13 13 (2) 16.33 65.92 51.6 149.5

For details on observations of this object, see the line for 155) psi Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "psivir" in the Observation Index (text file). There is also a list which includes filenames.

156) lamsgr * * * * * * * * * * lam Sgr = HD 169916 * * * * * * *
At RA 276.993 DEC -25.422 K1IIIb Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2412 3 3 E0-G1 64.80 64.99 159.9 161.8

2425 5 3 E0-G1 64.40 64.59 163.9 166.0

2427 3 2 E0-G1 64.88 64.99 160.0 161.0

2428 11 8 E0-G1 63.95 65.61 140.9 172.3

2430 3 3 E0-G1 63.75 63.75 178.8 1.2

2431 2 2 E0-G1 63.75 63.78 179.3 3.0

2435 6 6 E0-G1 63.75 64.89 161.0 .6

2439 4 3 E0-G1 65.95 65.97 147.3 148.9

2441 6 6 E0-G1 65.30 65.95 145.0 157.1

2469 3 3 E0-G1 65.95 65.97 146.2 147.6

2471 3 3 E0-G1 65.46 65.64 153.6 155.5

2488 9 9 E0-G1 63.84 65.73 152.5 174.8

2489 3 3 E0-G1 65.53 65.76 142.6 144.0

2494 7 5 E0-G1 64.10 65.23 138.8 141.4

2500 3 3 E0-G1 64.24 64.49 165.0 167.9

2530 4 3 E0-G1 65.68 65.81 151.5 153.1

TOTAL 75 65 (1) 63.75 65.97 138.8 3.0

For details on observations of this object, see the line for 156) lam Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lamsgr" in the Observation Index (text file). There is also a list which includes filenames.

157) betoph * * * * * * * * * * bet Oph = HD 161096 * * * * * * *
At RA 265.868 DEC 4.567 K2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2424 3 1 E0-G1 53.79 53.79 151.8 151.8

2711 3 3 B3-D1 16.76 17.76 69.9 70.8

2722 3 3 B3-D1 21.72 22.30 73.1 73.3

2723 3 3 B3-D1 20.77 21.46 72.7 73.0

2732 6 6 B3-D1 19.18 23.39 71.9 73.4

TOTAL 18 16 (2) 16.76 53.79 69.9 151.8

For details on observations of this object, see the line for 157) bet Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betoph" in the Observation Index (text file). There is also a list which includes filenames.

158) 24cap * * * * * * * * * * 24 Cap = HD 200914 * * * * * * *
At RA 316.782 DEC -25.006 K5/M0III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2424 2 -none- E0-G1

2425 5 3 E0-G1 65.83 65.93 149.0 150.8

2428 3 2 E0-G1 65.67 65.74 152.0 152.8

2434 1 -none- E0-G1

2435 2 1 E0-G1 65.90 65.90 145.2 145.2

2456 5 4 E0-G1 63.85 64.71 161.8 171.9

2469 3 3 E0-G1 65.80 65.93 149.1 151.3

2471 3 3 E0-G1 65.86 65.94 148.8 150.4

2488 10 10 E0-G1 63.79 65.59 153.7 173.1

2495 7 7 E0-G1 59.89 65.86 135.3 144.6

2496 8 8 E0-G1 56.35 64.56 134.5 139.6

2497 6 6 E0-G1 53.83 62.14 134.4 136.6

2498 6 5 E0-G1 56.73 64.14 134.5 138.8

2499 6 6 E0-G1 55.63 62.96 134.4 137.3

2500 6 6 E0-G1 65.44 65.67 142.0 154.8

2501 6 6 E0-G1 62.81 65.93 137.2 145.7

2515 3 3 E0-G1 63.92 64.07 168.6 170.7

2516 6 5 E0-G1 64.09 65.74 152.0 168.4

2517 3 3 E0-G1 65.44 65.61 153.5 155.1

2519 2 2 E0-G1 65.78 65.85 150.5 151.5

2520 6 6 E0-G1 63.95 65.57 153.8 170.4

2521 6 6 E0-G1 65.00 65.56 141.5 159.1

2525 3 3 E0-G1 65.16 65.50 154.5 157.7

2527 3 3 E0-G1 65.87 65.94 148.8 150.2

2530 3 3 E0-G1 65.15 65.35 156.0 157.8

2537 6 6 E0-G1 64.18 65.87 143.1 167.3

2538 7 7 E0-G1 63.62 65.93 142.8 179.6

2540 2 2 E0-G1 65.64 65.71 152.4 153.2

TOTAL 129 119 (1) 53.83 65.94 134.4 179.6

For details on observations of this object, see the line for 158) 24 Cap in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "24cap" in the Observation Index (text file). There is also a list which includes filenames.

159) omecap * * * * * * * * * * ome Cap = HD 198542 * * * * * * *
At RA 312.955 DEC -26.919 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2426 4 3 E0-G1 65.34 65.62 142.4 143.8

2540 3 3 E0-G1 65.24 65.40 158.3 160.2

TOTAL 7 6 (1) 65.24 65.62 142.4 160.2

For details on observations of this object, see the line for 159) ome Cap in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "omecap" in the Observation Index (text file). There is also a list which includes filenames.

160) alfind * * * * * * * * * * alf Ind = HD 196171 * * * * * * *
At RA 309.392 DEC -47.292 K0IIICNvar Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2426 4 3 E0-G1 63.09 63.80 147.6 151.3

2427 3 2 E0-G1 64.00 64.13 152.6 153.5

2436 3 3 E0-G1 60.18 60.81 138.2 139.8

2441 6 5 E0-G1 63.13 65.03 147.8 162.8

2537 6 5 E0-G1 61.31 65.32 141.1 168.9

2538 2 2 E0-G1 60.98 61.28 140.2 141.1

3206 2 2 D0-H0 52.83 54.19 99.5 102.3

TOTAL 26 22 (2) 52.83 65.32 99.5 168.9

For details on observations of this object, see the line for 160) alf Ind in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfind" in the Observation Index (text file). There is also a list which includes filenames.

161) ksi2sgr * * * * * * * * * * ksi02 Sgr = HD 175775 * * * * * * *
At RA 284.433 DEC -21.107 G8/K0II/II Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2426 2 2 E0-G1 62.54 62.62 171.4 172.4

2427 1 -none- E0-G1

2441 6 6 E0-G1 62.87 64.84 154.7 168.5

2530 2 2 E0-G1 64.43 64.57 156.3 157.1

2704 3 3 B3-D1 16.14 16.58 26.4 30.3

2705 3 3 B3-D1 17.04 17.54 34.0 37.4

2707 3 3 B3-D1 17.64 18.15 38.1 41.2

2708 3 3 B3-D1 19.61 20.12 48.7 51.0

2709 3 3 B3-D1 16.51 16.96 29.7 33.4

2714 3 3 B3-D1 18.87 19.51 45.1 48.2

2715 4 4 B3-D1 16.35 19.19 28.3 46.7

2724 3 3 B3-D1 20.54 21.11 52.9 55.3

2727 3 3 B3-D1 21.88 22.35 58.5 60.6

2728 3 3 B3-D1 20.82 21.38 54.1 56.4

2731 6 6 B3-D1 16.87 23.04 32.7 63.7

2734 10 10 B3-D1 18.99 23.71 45.6 67.6

2789 6 6 E0-G0 11.62 14.49 80.3 85.9

2790 6 6 E0-G0 12.42 14.81 79.4 84.6

2791 6 6 E0-G0 11.35 14.53 80.1 86.4

2792 12 12 E0-G0 11.62 15.95 68.2 85.9

2793 7 7 E0-G0 11.73 15.40 77.2 85.7

2794 15 15 E0-G0 9.813 15.99 68.0 88.9

2795 12 12 E0-G0 10.31 16.00 70.6 88.1

2902 2 2 E0-G0 9.106 9.492 89.4 90.0

2903 7 7 E0-G0 8.072 15.99 70.9 91.9

2907 1 1 E0-G0 14.96 14.96 78.9 78.9

2908 5 5 E0-G0 11.06 15.98 72.5 86.8

2910 5 5 E0-G0 12.86 15.99 72.2 83.8

TOTAL 142 141 (3) 8.072 64.84 154.7 91.9

For details on observations of this object, see the line for 161) ksi02 Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ksi2sgr" in the Observation Index (text file). There is also a list which includes filenames.

162) tausgr * * * * * * * * * * tau Sgr = HD 177716 * * * * * * *
At RA 286.735 DEC -27.670 K1IIIb High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2427 3 2 E0-G1 65.14 65.22 161.8 162.9

2441 6 6 E0-G1 64.49 65.58 157.4 173.4

2530 2 2 E0-G1 65.12 65.20 162.1 163.1

2704 3 3 B3-D1 18.33 18.69 28.3 31.7

2705 3 3 B3-D1 19.05 19.45 34.6 37.7

2707 3 3 B3-D1 19.55 19.96 38.4 41.3

2709 3 3 B3-D1 18.79 19.19 32.6 35.7

2714 3 3 B3-D1 21.55 22.02 51.0 53.7

2728 3 3 B3-D1 22.90 23.22 59.0 61.2

2731 2 2 B3-D1 20.19 21.00 42.8 47.8

2812 7 7 E0-G0 9.266 12.85 88.5 99.3

2813 3 3 E0-G0 11.39 12.00 91.0 92.8

2831 3 3 E0-G0 15.99 16.00 69.6 71.3

2832 3 3 E0-G0 14.13 14.53 82.8 84.3

2833 3 3 E0-G0 14.28 14.66 82.2 83.8

2834 3 3 E0-G0 15.72 15.87 74.4 76.1

2845 3 3 E0-G0 11.14 11.77 91.7 93.5

2848 4 4 E0-G0 15.69 15.83 64.5 76.3

2849 4 3 E0-G0 13.92 15.97 72.3 85.0

2861 2 2 E0-G0 13.83 14.38 83.3 85.4

2864 1 -none- U2-U3

2866 3 3 U2-U3 45.82 46.60 25.8 35.8

2880 2 2 E0-G0 15.37 15.75 75.8 78.7

2881 2 2 E0-G0 13.10 13.35 86.9 87.7

2882 2 2 E0-G0 15.27 15.40 78.5 79.3

2887 3 3 E0-G0 15.20 16.00 70.0 79.7

2890 4 4 E0-G0 8.850 12.94 88.2 100.7

2892 2 2 E0-G0 14.35 14.54 82.7 83.5

2902 2 2 E0-G0 6.670 7.936 104.2 110.0

2903 6 6 E0-G0 10.77 15.84 74.8 94.6

2907 2 2 E0-G0 13.79 14.01 84.7 85.5

2908 2 2 E0-G0 13.62 13.85 85.3 86.0

2910 2 2 E0-G0 15.02 15.28 79.2 80.6

2943 2 2 E0-G0 11.14 11.63 92.1 93.5

3165 2 2 D0-H0 55.57 56.22 46.8 48.3

TOTAL 103 100 (5) 6.670 65.58 157.4 110.0

For details on observations of this object, see the line for 162) tau Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tausgr" in the Observation Index (text file). There is also a list which includes filenames.

163) kap2scl * * * * * * * * * * kap2scl = HD 720 * * * * * * *
At RA 2.893 DEC -27.800 K5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2436 3 3 E0-G1 55.52 56.70 133.3 133.5

2443 1 1 E0-G1 62.35 62.35 136.8 136.8

TOTAL 4 4 (1) 55.52 62.35 133.3 136.8

For details on observations of this object, see the line for 163) kap2scl in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kap2scl" in the Observation Index (text file). There is also a list which includes filenames.

164) hip59199 * * * * * * * * * * hip59199 = HD 105452 * * * * * * *
At RA 182.103 DEC -24.729 F0IV/V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 2 1 E0-G1 65.15 65.15 157.4 157.4

TOTAL 2 1 (1) 65.15 65.15 157.4 157.4

For details on observations of this object, see the line for 164) hip59199 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip59199" in the Observation Index (text file). There is also a list which includes filenames.

165) 51hya * * * * * * * * * * 51 Hya = HD 125932 * * * * * * *
At RA 215.774 DEC -27.754 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 6 5 E0-G1 65.68 65.82 144.7 155.6

2695 6 6 B3-D1 23.44 23.99 62.8 73.0

2711 6 6 B3-D1 19.99 23.57 41.3 63.8

2712 3 3 B3-D1 23.53 23.75 74.8 76.4

2717 3 3 B3-D1 21.00 21.82 82.7 84.8

2718 3 3 B3-D1 20.28 20.98 84.8 86.4

2731 3 3 B3-D1 23.92 24.00 69.3 73.1

2733 6 6 B3-D1 23.16 23.99 60.7 73.1

2761 6 6 B3-M0 138.1 139.6 50.6 59.7

2762 3 3 B3-M0 139.2 139.6 53.4 55.2

TOTAL 45 44 (3) 19.99 139.6 41.3 155.6

For details on observations of this object, see the line for 165) 51 Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "51hya" in the Observation Index (text file). There is also a list which includes filenames.

166) sao183883 * * * * * * * * * * sao183883 = HD 141938 * * * * * * *
At RA 238.148 DEC -25.015 M1/M2III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 2 -none- E0-G1

TOTAL 2 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 166) sao183883 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao183883" in the Observation Index (text file). There is also a list which includes filenames.

167) gam1sgr * * * * * * * * * * gam01 Sgr = HD 164975 * * * * * * *
At RA 271.255 DEC -29.580 F7.2Ib Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2444 4 -none- U2-U4

2743 3 3 B3-M0 136.1 137.6 45.3 48.2

2744 3 3 B3-M0 136.7 138.1 61.5 63.3

2745 2 2 B3-M0 139.2 139.5 58.4 59.2

2747 1 -none- B3-M0

2749 4 4 B3-M0 135.1 139.7 57.3 64.8

2751 4 4 B3-M0 139.3 139.7 55.3 58.8

2763 6 6 B3-M0 124.5 137.2 62.7 70.3

2764 6 6 B3-M0 129.3 139.6 57.4 68.3

2765 5 5 B3-M0 122.9 136.8 63.2 70.9

2767 6 6 B3-M0 127.6 139.7 53.8 69.1

TOTAL 44 39 (2) 122.9 139.7 45.3 70.9

For details on observations of this object, see the line for 167) gam01 Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gam1sgr" in the Observation Index (text file). There is also a list which includes filenames.

168) hr7398 * * * * * * * * * * HR 7398 = HD 183275 * * * * * * *
At RA 292.467 DEC -26.986 K3III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 2 1 E0-G1 65.94 65.94 150.5 150.5

TOTAL 2 1 (1) 65.94 65.94 150.5 150.5

For details on observations of this object, see the line for 168) HR 7398 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr7398" in the Observation Index (text file). There is also a list which includes filenames.

169) hr7971 * * * * * * * * * * HR 7971 = HD 198357 * * * * * * *
At RA 312.753 DEC -37.913 K3II Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 1 1 E0-G1 64.71 64.71 146.1 146.1

2772 3 2 B3-M0 139.1 139.3 46.1 47.5

2782 2 2 B3-M0 139.6 139.7 50.1 51.2

TOTAL 6 5 (2) 64.71 139.7 146.1 51.2

For details on observations of this object, see the line for 169) HR 7971 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr7971" in the Observation Index (text file). There is also a list which includes filenames.

170) kapcap * * * * * * * * * * kap Cap = HD 206453 * * * * * * *
At RA 325.665 DEC -18.866 G8III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 2 2 E0-G1 65.62 65.71 147.1 147.7

TOTAL 2 2 (1) 65.62 65.71 147.1 147.7

For details on observations of this object, see the line for 170) kap Cap in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kapcap" in the Observation Index (text file). There is also a list which includes filenames.

171) biscl * * * * * * * * * * biscl = HD 9692 * * * * * * *
At RA 23.598 DEC -28.237 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 1 -none- E0-G1

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 171) biscl in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "biscl" in the Observation Index (text file). There is also a list which includes filenames.

172) etaaql * * * * * * * * * * eta Aql = HD 187929 * * * * * * *
At RA 298.118 DEC 1.006 F6Iab: Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2445 28 10 U2-U3 45.84 46.63 44.6 45.8

2462 4 4 E0-G1 53.29 54.38 155.9 158.6

2492 3 3 E0-G1 52.57 60.00 146.1 160.6

2522 3 2 E0-G1 53.62 54.03 156.7 157.7

2524 6 6 E0-G1 52.86 64.97 140.4 159.8

2526 4 4 E0-G1 57.84 62.23 143.3 149.3

2528 5 5 E0-G1 54.17 61.81 143.8 156.4

2539 1 1 E0-G1 53.41 53.41 158.3 158.3

2552 1 1 B3-M0 135.6 135.6 59.8 59.8

2554 2 1 B3-M0 139.4 139.4 61.0 61.0

2557 2 1 B3-M0 137.7 137.7 60.3 60.3

2558 1 1 B3-M0 135.4 135.4 59.7 59.7

2559 4 3 B3-M0 137.5 138.9 60.3 60.7

2562 5 5 B3-M0 137.1 139.7 60.2 61.0

2563 2 2 B3-M0 136.1 137.0 59.9 60.1

2564 6 6 B3-M0 135.4 139.6 59.7 60.9

2565 7 6 B3-M0 137.8 139.6 60.4 61.0

2566 7 6 B3-M0 136.2 139.6 59.9 61.0

2567 6 4 B3-M0 136.6 139.7 60.0 61.0

2569 5 2 B3-M0 135.6 137.5 59.8 60.3

2573 1 1 B3-M0 136.3 136.3 59.9 59.9

2574 2 2 B3-M0 134.8 137.9 59.5 60.4

2750 2 2 B3-M0 129.9 131.5 59.0 59.4

2770 3 3 B3-M0 138.9 139.7 60.9 61.0

2772 3 3 B3-M0 137.5 138.7 60.7 60.9

2782 3 3 B3-M0 139.1 139.6 60.9 61.0

2785 3 3 B3-M0 132.4 136.4 59.6 60.5

TOTAL 119 90 (3) 45.84 139.7 140.4 61.0

For details on observations of this object, see the line for 172) eta Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etaaql" in the Observation Index (text file). There is also a list which includes filenames.

173) hr7559 * * * * * * * * * * HR 7559 = HD 187660 * * * * * * *
At RA 297.796 DEC -2.461 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2445 7 4 U2-U3 43.83 44.21 43.5 43.9

TOTAL 7 4 (1) 43.83 44.21 43.5 43.9

For details on observations of this object, see the line for 173) HR 7559 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr7559" in the Observation Index (text file). There is also a list which includes filenames.

174) gamscl * * * * * * * * * * gamscl = HD 219784 * * * * * * *
At RA 349.706 DEC -32.532 G8III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2445 3 -none- U2-U3

2468 4 4 E0-G1 65.95 65.97 152.6 154.9

2488 2 2 E0-G1 65.52 65.62 167.2 170.2

2492 2 2 E0-G1 65.89 65.91 158.7 159.6

2532 5 4 E0-G1 65.04 65.97 144.0 154.8

2565 4 4 B3-M0 124.1 130.7 68.1 71.5

2576 1 1 U1-U3 99.66 99.66 38.3 38.3

2821 2 1 E0-G0 15.90 15.90 73.7 73.7

2829 2 -none- E0-G0

2830 3 2 E0-G0 15.54 15.75 58.8 61.9

2831 3 3 E0-G0 15.86 15.95 64.1 66.4

2832 3 3 E0-G0 15.99 16.00 68.4 71.0

2833 3 2 E0-G0 15.99 16.00 68.8 70.9

2834 3 3 E0-G0 15.90 15.97 71.6 73.6

2835 3 3 E0-G0 15.82 15.93 73.1 75.0

2897 8 8 E0-G0 13.57 15.99 70.4 89.1

2904 4 4 E0-G0 13.47 15.00 82.1 89.5

2905 9 9 E0-G0 11.64 16.00 68.1 96.9

2908 9 9 E0-G0 9.396 15.99 66.0 106.4

2910 8 8 E0-G0 8.673 15.80 75.4 110.0

2913 6 6 E0-G0 15.23 16.00 65.8 80.6

2981 4 4 E0-G0 12.38 14.20 86.3 93.9

TOTAL 91 82 (5) 8.673 130.7 38.3 170.2

For details on observations of this object, see the line for 174) gamscl in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamscl" in the Observation Index (text file). There is also a list which includes filenames.

175) v337car * * * * * * * * * * V337 Car = HD 89388 * * * * * * *
At RA 154.271 DEC -61.332 K3IIa Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2322 2 1 E0-G1 61.28 61.28 168.9 168.9

2452 3 3 E0-G1 60.60 60.95 15.8 19.5

2453 8 8 E0-G1 60.85 61.59 180.0 17.0

2454 2 2 E0-G1 61.57 61.58 2.4 3.2

2457 4 3 E0-G1 61.41 61.51 5.6 8.4

2463 6 6 E0-G1 59.69 61.56 3.6 26.5

2464 7 7 E0-G1 60.76 61.59 179.7 17.9

2466 6 6 E0-G1 60.97 61.57 2.6 15.5

2470 3 3 E0-G1 61.07 61.17 12.9 14.3

2624 4 3 B3-C3 7.999 8.000 50.0 53.6

2626 6 6 B3-C3 7.897 7.996 56.0 70.9

2627 3 3 B3-C3 7.863 7.897 70.8 73.5

2628 3 3 B3-C3 7.793 7.843 74.9 77.9

2630 3 3 B3-C3 7.821 7.861 73.6 76.3

2631 3 3 B3-C3 7.854 7.891 71.3 74.1

2643 2 2 B3-C3 7.761 7.786 78.4 79.8

2644 4 2 B3-C3 7.672 7.814 76.7 84.1

2645 3 3 B3-C3 7.916 7.942 66.5 69.2

2646 6 6 B3-C3 7.594 7.897 70.9 87.5

2651 5 5 B3-C3 7.854 7.974 61.9 74.1

2652 2 2 B3-C3 7.390 7.437 93.5 95.2

2654 6 6 B3-C3 7.416 7.907 70.0 94.3

2659 2 2 B3-C3 7.204 7.296 98.4 101.5

2662 1 1 B3-D1 23.83 23.83 33.2 33.2

2663 6 6 B3-D1 23.72 24.00 54.0 70.1

2664 9 9 B3-D1 21.18 23.51 75.4 106.0

2665 6 6 B3-D1 20.48 22.71 88.5 113.3

2666 6 6 B3-D1 20.91 22.61 89.8 108.9

2670 14 14 B3-D1 20.69 23.99 55.0 111.1

2672 3 3 B3-D1 20.81 21.29 104.9 109.9

2675 6 6 B3-D1 19.82 22.48 91.4 120.2

2676 6 6 B3-D1 21.36 23.17 81.6 104.1

2677 6 6 B3-D1 23.55 24.00 53.9 74.5

2678 6 6 B3-D1 19.82 22.07 96.4 120.2

2679 6 6 B3-D1 20.83 22.83 86.8 109.7

2680 6 6 B3-D1 19.43 22.06 96.5 124.4

2681 3 3 B3-D1 19.37 19.87 119.6 125.1

2682 3 3 B3-D1 19.02 19.52 123.4 129.0

2683 3 2 B3-D1 23.00 23.08 83.1 84.4

2684 5 4 B3-D1 18.10 18.74 132.4 140.9

2696 6 6 B3-D1 18.43 19.92 119.1 136.3

2697 6 6 B3-D1 18.97 21.56 102.0 129.6

2698 3 3 B3-D1 19.75 20.35 114.7 120.9

2703 9 9 B3-D1 22.31 23.72 70.0 93.6

2704 6 6 B3-D1 22.03 23.78 68.2 96.8

2705 6 5 B3-D1 21.45 23.65 72.0 103.2

2706 9 9 B3-D1 17.09 23.83 66.2 159.7

2708 9 9 B3-D1 18.23 23.78 68.2 139.1

2709 9 9 B3-D1 18.85 23.42 77.1 131.1

2710 3 3 B3-D1 22.08 22.32 93.5 96.2

2715 16 16 B3-D1 19.25 23.96 58.8 126.4

2718 3 3 B3-D1 22.28 22.54 90.7 94.0

2719 6 6 B3-D1 21.41 22.78 87.6 103.6

2720 6 6 B3-D1 22.80 23.84 66.1 87.3

2722 12 12 B3-D1 20.41 23.65 71.9 114.0

2723 6 6 B3-D1 20.71 22.54 90.7 110.9

2724 12 12 B3-D1 17.07 22.77 87.6 160.3

2727 15 15 B3-D1 16.77 21.85 98.8 172.4

2728 12 12 B3-D1 17.08 21.73 100.1 159.8

2729 11 11 B3-D1 16.75 20.73 110.7 173.8

2730 6 6 B3-D1 18.42 20.51 112.9 136.4

2732 6 6 B3-D1 20.53 22.90 85.8 112.8

2733 6 6 B3-D1 22.51 23.58 73.6 91.0

2734 6 6 B3-D1 23.09 23.86 65.2 82.9

3011 2 2 D0-H0 63.75 63.83 38.6 41.4

TOTAL 379 371 (4) 7.204 63.83 50.0 41.4

For details on observations of this object, see the line for 175) V337 Car in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "v337car" in the Observation Index (text file). There is also a list which includes filenames.

176) 58hya * * * * * * * * * * 58 Hya = HD 130694 * * * * * * *
At RA 222.572 DEC -27.960 K4III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2452 8 8 E0-G1 64.48 65.27 161.9 176.2

2463 8 8 E0-G1 64.44 64.66 171.1 180.0

2469 4 4 E0-G1 65.40 65.59 157.7 160.2

2685 5 5 B3-D1 21.82 23.77 52.3 65.7

2708 6 6 B3-D1 23.39 23.78 62.3 75.9

2709 9 9 B3-D1 19.35 23.06 36.4 81.5

2710 12 12 B3-D1 21.81 23.99 52.3 79.8

2718 6 6 B3-D1 23.46 24.00 69.0 76.8

2719 6 6 B3-D1 21.79 23.63 75.8 82.9

2720 5 5 B3-D1 19.38 22.74 80.0 88.5

2723 6 6 B3-D1 23.50 24.00 63.1 72.1

2730 3 3 B3-D1 22.92 23.28 77.7 79.3

2739 5 5 B3-M0 89.43 125.2 69.5 77.3

2748 1 -none- B3-M0

2755 1 -none- B3-M0

2785 3 3 B3-M0 136.8 138.7 47.9 51.8

2786 3 3 B3-M0 131.7 135.0 64.8 66.8

2788 2 2 E0-G0 12.58 12.87 88.6 89.5

2789 15 15 E0-G0 4.085 15.72 76.1 134.3

2790 15 15 E0-G0 4.714 15.88 74.2 125.8

2791 15 15 E0-G0 4.320 15.50 77.9 130.8

2792 9 9 E0-G0 12.47 16.00 70.8 89.8

2793 9 9 E0-G0 6.348 15.99 67.4 112.6

2794 10 10 E0-G0 14.29 16.00 60.2 83.8

2795 9 9 E0-G0 11.45 15.29 79.2 92.9

2831 3 3 E0-G0 14.68 15.15 80.0 82.3

2832 3 3 E0-G0 9.350 10.46 95.9 99.5

2833 3 2 E0-G0 11.13 11.46 92.8 93.8

2893 6 6 E0-G0 5.357 10.60 95.4 119.6

2894 6 6 E0-G0 5.445 10.80 94.8 118.9

TOTAL 196 193 (4) 4.085 138.7 36.4 180.0

For details on observations of this object, see the line for 176) 58 Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "58hya" in the Observation Index (text file). There is also a list which includes filenames.

177) 56aql * * * * * * * * * * 56 Aql = HD 188154 * * * * * * *
At RA 298.534 DEC -8.574 K5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2452 9 9 E0-G1 57.66 64.82 144.4 165.0

2453 4 4 E0-G1 60.66 65.78 139.3 154.5

2456 3 3 E0-G1 63.55 64.27 145.7 147.4

2462 4 4 E0-G1 65.89 65.96 140.0 141.2

2463 6 6 E0-G1 56.49 65.72 141.9 172.3

2464 5 4 E0-G1 61.50 62.33 150.2 152.3

2466 7 7 E0-G1 61.49 65.87 139.7 143.9

2470 7 7 E0-G1 60.20 65.94 140.9 155.8

2492 4 4 E0-G1 65.71 65.95 140.7 141.9

2494 5 5 E0-G1 57.97 65.56 142.4 163.5

2526 4 4 E0-G1 60.20 63.93 146.5 155.8

2529 2 2 E0-G1 64.88 65.10 143.7 144.2

2530 4 3 E0-G1 56.47 56.75 170.2 172.5

2532 3 3 E0-G1 59.19 59.78 157.1 159.0

2535 4 4 E0-G1 61.39 65.37 143.0 152.6

2540 4 4 E0-G1 59.45 62.83 149.0 158.1

2750 2 -none- B3-M0

2751 2 2 B3-M0 132.5 133.6 55.4 56.0

2785 2 2 B3-M0 139.1 139.5 59.6 60.0

TOTAL 81 77 (2) 56.47 139.5 139.3 60.0

For details on observations of this object, see the line for 177) 56 Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "56aql" in the Observation Index (text file). There is also a list which includes filenames.

178) 70aql * * * * * * * * * * 70 Aql = HD 196321 * * * * * * *
At RA 309.182 DEC -2.550 K5II Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2452 8 8 E0-G1 53.95 58.80 151.5 164.6

2453 4 4 E0-G1 63.76 65.02 141.4 143.3

2462 4 4 E0-G1 63.21 64.40 142.3 144.1

2463 6 5 E0-G1 59.83 62.58 145.0 149.5

2466 8 8 E0-G1 61.49 65.95 139.6 146.7

2470 7 7 E0-G1 55.76 64.62 142.0 158.6

2492 6 5 E0-G1 55.26 60.12 149.0 160.0

2494 12 12 E0-G1 58.63 65.75 139.6 151.8

2495 9 8 E0-G1 63.41 65.59 139.9 142.3

2496 8 8 E0-G1 63.65 65.93 139.9 141.1

2497 6 6 E0-G1 62.68 65.89 139.6 142.0

2498 6 6 E0-G1 64.05 65.92 139.9 140.8

2499 6 6 E0-G1 63.57 65.97 139.6 141.2

2500 6 6 E0-G1 58.54 64.75 141.8 152.0

2501 6 6 E0-G1 63.14 65.97 139.6 144.2

2515 6 5 E0-G1 56.76 61.27 147.1 155.9

2516 6 6 E0-G1 53.97 62.06 145.8 164.6

2517 3 3 E0-G1 58.40 61.10 147.3 152.3

2520 3 3 E0-G1 53.94 59.14 150.8 164.7

2521 6 6 E0-G1 57.89 65.30 141.0 153.4

2522 5 5 E0-G1 53.75 56.26 157.2 165.5

2524 9 9 E0-G1 55.95 65.49 140.7 158.0

2525 3 3 E0-G1 57.89 59.24 150.6 153.4

2526 3 3 E0-G1 65.65 65.91 140.0 140.4

2528 4 4 E0-G1 61.05 65.63 140.5 147.4

2529 3 3 E0-G1 59.19 60.46 148.4 150.7

2532 5 5 E0-G1 55.58 57.76 153.6 159.1

2535 4 4 E0-G1 58.32 64.00 142.9 152.4

2536 6 6 E0-G1 59.03 64.71 141.9 151.0

2537 4 4 E0-G1 58.75 65.56 140.6 151.6

2538 4 4 E0-G1 58.02 65.50 140.7 153.1

2539 3 3 E0-G1 60.33 63.95 143.0 148.7

2540 5 5 E0-G1 60.49 64.46 142.2 148.4

2829 1 -none- E0-G0

2830 3 3 E0-G0 15.88 15.97 72.9 73.0

2831 3 3 E0-G0 15.31 15.56 71.2 71.6

2832 3 3 E0-G0 15.39 15.63 71.3 71.8

2833 3 3 E0-G0 14.29 14.89 69.3 70.4

2834 3 3 E0-G0 15.94 16.00 72.8 72.9

2846 3 2 E0-G0 15.41 15.76 72.9 73.0

2849 4 3 E0-G0 14.60 15.59 72.3 72.9

2850 3 3 E0-G0 14.74 15.23 72.4 72.7

2857 3 3 E0-G0 13.86 16.00 71.6 72.9

2858 6 6 E0-G0 15.06 15.98 70.7 73.0

2859 6 5 E0-G0 14.48 16.00 72.2 72.9

2860 4 4 E0-G0 14.61 16.00 72.3 73.0

2861 2 2 E0-G0 14.82 15.09 72.5 72.7

2863 5 5 E0-G0 15.09 16.00 72.6 73.0

2880 2 2 E0-G0 15.03 15.19 72.6 72.7

2881 2 1 E0-G0 14.70 14.70 72.4 72.4

2882 2 2 E0-G0 15.88 15.93 73.0 73.0

2885 4 4 E0-G0 14.25 15.43 72.0 72.9

2887 4 4 E0-G0 14.19 15.89 71.9 73.0

2888 2 2 E0-G0 15.48 15.60 72.9 72.9

2889 4 4 E0-G0 14.06 15.87 71.8 73.0

2891 2 2 E0-G0 15.52 15.64 72.9 72.9

2893 2 2 E0-G0 15.26 15.40 72.8 72.8

2894 2 2 E0-G0 15.71 15.80 73.0 73.0

2911 1 1 E0-G0 14.09 14.09 71.8 71.8

TOTAL 263 254 (2) 13.86 65.97 69.3 165.5

For details on observations of this object, see the line for 178) 70 Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "70aql" in the Observation Index (text file). There is also a list which includes filenames.

179) psi.1.aqr * * * * * * * * * * psi01 Aqr = HD 219449 * * * * * * *
At RA 348.973 DEC -9.088 K0III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2453 3 3 E0-G1 61.01 61.51 152.8 154.2

2843 3 3 E0-G0 15.45 15.75 69.3 70.5

2845 3 1 E0-G0 16.00 16.00 72.6 72.6

2858 1 -none- E0-G0

2859 4 2 E0-G0 14.65 15.96 71.8 75.1

2860 2 1 E0-G0 15.84 15.84 71.0 71.0

2862 1 -none- E0-G0

2863 4 2 E0-G0 14.95 15.96 71.8 75.0

2870 4 4 E0-G0 15.16 15.97 71.6 74.8

2880 1 1 E0-G0 15.92 15.92 71.5 71.5

2881 2 2 E0-G0 15.89 15.94 71.3 71.7

2882 2 2 E0-G0 15.83 15.89 73.6 73.8

2885 3 3 E0-G0 15.59 16.00 72.4 74.3

2886 3 3 E0-G0 12.80 14.91 60.4 67.4

2887 3 3 E0-G0 15.55 16.00 72.5 74.4

2888 2 2 E0-G0 15.97 15.99 72.0 72.3

2889 4 4 E0-G0 15.26 15.99 72.8 74.7

2890 4 4 E0-G0 14.77 15.96 73.2 75.1

2892 1 1 E0-G0 15.93 15.93 71.6 71.6

2896 1 1 E0-G0 14.66 14.66 66.6 66.6

2902 2 2 E0-G0 12.78 13.07 75.3 75.3

TOTAL 53 44 (2) 12.78 61.51 60.4 154.2

For details on observations of this object, see the line for 179) psi01 Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "psi.1.aqr" in the Observation Index (text file). There is also a list which includes filenames.

180) lamgru * * * * * * * * * * lam Gru = HD 209688 * * * * * * *
At RA 331.529 DEC -39.543 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2456 6 6 E0-G1 64.05 65.84 144.5 159.8

2462 4 4 E0-G1 65.64 65.78 155.5 158.3

2463 3 3 E0-G1 65.76 65.84 157.9 159.7

2466 3 2 E0-G1 63.30 63.48 142.0 142.5

2468 4 3 E0-G1 65.62 65.72 155.3 156.9

2469 4 4 E0-G1 65.95 65.97 165.5 168.2

2470 8 7 E0-G1 65.75 65.97 157.5 169.7

2488 4 4 E0-G1 65.97 65.97 172.7 176.6

2494 4 4 E0-G1 65.66 65.81 155.8 158.8

2495 7 7 E0-G1 51.36 63.06 127.2 141.3

2496 8 8 E0-G1 47.02 59.26 125.0 134.1

2497 6 6 E0-G1 42.86 54.56 123.7 129.3

2498 6 6 E0-G1 48.07 59.73 125.5 134.8

2499 6 6 E0-G1 45.13 55.78 124.4 130.4

2500 3 3 E0-G1 64.96 65.88 149.0 161.4

2501 7 7 E0-G1 56.19 62.93 130.7 140.9

2516 3 2 E0-G1 64.55 65.91 146.7 162.4

2517 3 3 E0-G1 65.10 65.62 150.0 155.3

2520 6 6 E0-G1 65.18 65.95 150.7 165.9

2521 3 3 E0-G1 65.48 65.63 153.5 155.4

2522 10 10 E0-G1 65.93 65.97 164.1 9.9

2525 3 3 E0-G1 65.31 65.58 151.7 154.7

2527 3 3 E0-G1 65.55 65.74 154.3 157.3

2539 4 4 E0-G1 64.75 65.77 147.8 158.0

2540 5 5 E0-G1 65.34 65.86 152.0 160.5

2545 2 2 B3-M0 59.39 62.03 104.5 106.2

2553 4 4 B3-M0 99.25 123.7 73.9 86.2

2554 3 3 B3-M0 111.7 138.1 59.4 80.4

2555 5 5 B3-M0 90.54 116.8 77.9 90.0

2565 4 4 B3-M0 126.1 131.1 68.6 72.4

2573 2 2 B3-M0 126.7 127.6 71.3 72.0

TOTAL 143 139 (2) 42.86 138.1 59.4 9.9

For details on observations of this object, see the line for 180) lam Gru in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lamgru" in the Observation Index (text file). There is also a list which includes filenames.

181) 66aql * * * * * * * * * * 66 Aql = HD 192107 * * * * * * *
At RA 303.308 DEC -1.009 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2456 1 1 E0-G1 53.65 53.65 161.8 161.8

2462 3 3 E0-G1 59.70 60.41 147.2 148.3

2463 4 4 E0-G1 53.60 55.21 157.3 162.0

2489 2 2 E0-G1 57.86 58.29 150.7 151.5

2491 1 1 E0-G1 57.56 57.56 152.1 152.1

2522 2 2 E0-G1 59.40 60.08 147.7 148.8

2524 2 2 E0-G1 65.93 65.97 139.7 139.8

TOTAL 15 15 (1) 53.60 65.97 139.7 162.0

For details on observations of this object, see the line for 181) 66 Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "66aql" in the Observation Index (text file). There is also a list which includes filenames.

182) nu.lib * * * * * * * * * * nu. Lib = HD 133774 * * * * * * *
At RA 226.657 DEC -16.257 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2462 3 3 E0-G1 65.95 65.97 142.0 142.8

2469 3 2 E0-G1 62.46 62.65 158.8 159.7

2492 4 4 E0-G1 60.80 61.59 164.2 169.8

TOTAL 10 9 (1) 60.80 65.97 142.0 169.8

For details on observations of this object, see the line for 182) nu. Lib in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu.lib" in the Observation Index (text file). There is also a list which includes filenames.

183) 106vir * * * * * * * * * * 106 Vir = HD 126927 * * * * * * *
At RA 217.174 DEC -6.901 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2469 4 4 E0-G1 59.88 62.04 149.3 154.4

2760 3 3 B3-M0 139.5 139.7 60.3 60.8

2788 1 1 E0-G0 15.00 15.00 74.2 74.2

TOTAL 8 8 (3) 15.00 139.7 60.3 154.4

For details on observations of this object, see the line for 183) 106 Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "106vir" in the Observation Index (text file). There is also a list which includes filenames.

184) betcra * * * * * * * * * * bet CrA = HD 178345 * * * * * * *
At RA 287.507 DEC -39.341 K0II Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2469 3 2 E0-G1 65.00 65.11 149.1 149.9

2471 3 3 E0-G1 65.67 65.77 155.7 157.7

2527 3 3 E0-G1 65.46 65.63 153.0 155.1

2530 3 1 E0-G1 65.97 65.97 169.9 169.9

TOTAL 12 9 (1) 65.00 65.97 149.1 169.9

For details on observations of this object, see the line for 184) bet CrA in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betcra" in the Observation Index (text file). There is also a list which includes filenames.

185) hr8090 * * * * * * * * * * HR 8090 = HD 201298 * * * * * * *
At RA 317.117 DEC 6.989 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2469 3 3 E0-G1 52.87 53.82 148.7 150.1

2830 3 1 E0-G0 12.61 12.61 73.6 73.6

2831 3 3 E0-G0 15.95 16.00 72.0 72.7

2832 1 -none- E0-G0

2833 2 2 E0-G0 15.89 15.94 73.2 73.4

2834 3 3 E0-G0 15.79 16.00 71.2 72.9

2835 3 2 E0-G0 15.60 15.84 73.5 73.9

2857 4 -none- E0-G0

2858 2 -none- E0-G0

2859 1 -none- E0-G0

2865 4 1 U2-U3 46.21 46.21 46.3 46.3

2880 2 2 E0-G0 15.97 15.99 72.1 72.4

2881 2 2 E0-G0 15.96 15.99 72.1 72.3

2885 2 2 E0-G0 15.99 16.00 72.4 72.6

2886 4 4 E0-G0 11.77 14.93 73.0 74.2

2887 3 3 E0-G0 15.83 15.92 71.8 73.6

2888 6 6 E0-G0 12.88 15.96 70.7 73.9

2889 1 1 E0-G0 15.86 15.86 73.5 73.5

2890 2 2 E0-G0 14.41 14.61 74.2 74.2

2893 1 1 E0-G0 15.94 15.94 73.2 73.2

2894 1 1 E0-G0 15.71 15.71 73.8 73.8

2896 4 4 E0-G0 13.38 15.90 73.4 74.1

2904 7 7 E0-G0 13.72 16.00 71.2 74.1

2905 8 8 E0-G0 13.56 15.96 70.7 74.2

2907 2 2 E0-G0 16.00 16.00 72.6 72.8

TOTAL 74 60 (3) 11.77 53.82 46.3 150.1

For details on observations of this object, see the line for 185) HR 8090 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr8090" in the Observation Index (text file). There is also a list which includes filenames.

186) hr8110 * * * * * * * * * * HR 8110 = HD 201901 * * * * * * *
At RA 318.322 DEC -27.619 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2469 4 4 E0-G1 64.94 65.57 157.4 165.3

2527 4 4 E0-G1 65.81 65.95 150.9 153.9

2575 2 1 U1-U3 73.59 73.59 45.6 45.6

TOTAL 10 9 (2) 64.94 73.59 150.9 45.6

For details on observations of this object, see the line for 186) HR 8110 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr8110" in the Observation Index (text file). There is also a list which includes filenames.

187) rraql * * * * * * * * * * RR Aql = HD 188915 * * * * * * *
At RA 299.400 DEC -1.886 M7e Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2470 3 3 E0-G1 54.72 55.38 158.4 160.3

2526 1 1 E0-G1 54.29 54.29 161.7 161.7

2829 3 3 E0-G0 14.28 14.73 71.7 72.1

2830 3 3 E0-G0 15.78 15.92 72.9 72.9

2831 3 3 E0-G0 15.44 15.68 71.6 72.0

2832 3 3 E0-G0 15.28 15.65 71.3 72.0

2833 3 3 E0-G0 14.54 14.94 70.1 70.8

2834 3 3 E0-G0 15.91 15.99 72.9 72.9

TOTAL 22 22 (2) 14.28 55.38 70.1 161.7

For details on observations of this object, see the line for 187) RR Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rraql" in the Observation Index (text file). There is also a list which includes filenames.

188) hr7092 * * * * * * * * * * HR 7092 = HD 174387 * * * * * * *
At RA 283.113 DEC -46.595 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2471 3 3 E0-G1 64.30 64.51 153.6 155.2

2738 2 2 B3-M0 138.3 138.7 54.3 55.8

2755 1 1 B3-M0 137.8 137.8 26.7 26.7

2761 3 3 B3-M0 135.3 136.9 59.7 62.8

2788 1 1 E0-G0 15.89 15.89 55.9 55.9

2845 3 3 E0-G0 15.72 15.90 71.6 76.3

2846 3 3 E0-G0 15.82 15.91 71.2 73.9

2848 2 2 E0-G0 15.59 15.70 46.6 49.8

2850 4 4 E0-G0 13.03 15.68 77.0 103.0

2853 1 1 E0-G0 15.82 15.82 53.3 53.3

2857 4 3 E0-G0 15.33 16.00 40.0 65.3

2859 4 4 E0-G0 15.22 15.99 37.3 62.5

2861 4 4 E0-G0 15.36 15.94 40.9 72.2

2885 4 4 E0-G0 14.36 15.74 75.7 92.3

2889 4 4 E0-G0 15.23 15.95 69.9 83.5

2891 1 1 E0-G0 15.75 15.75 75.6 75.6

2892 1 1 E0-G0 15.73 15.73 76.0 76.0

2915 4 4 E0-G0 9.663 12.29 108.7 133.1

TOTAL 49 48 (3) 9.663 138.7 26.7 155.2

For details on observations of this object, see the line for 188) HR 7092 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr7092" in the Observation Index (text file). There is also a list which includes filenames.

189) tetpsc * * * * * * * * * * tet Psc = HD 220954 * * * * * * *
At RA 351.992 DEC 6.379 K1III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2488 3 2 E0-G1 52.92 53.46 149.9 150.8

2492 2 2 E0-G1 59.38 60.64 141.9 142.9

2524 1 1 E0-G1 56.56 56.56 145.8 145.8

2528 2 1 E0-G1 64.62 64.62 139.5 139.5

TOTAL 8 6 (1) 52.92 64.62 139.5 150.8

For details on observations of this object, see the line for 189) tet Psc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tetpsc" in the Observation Index (text file). There is also a list which includes filenames.

190) zetcet * * * * * * * * * * zet Cet = HD 11353 * * * * * * *
At RA 27.865 DEC -10.335 K0III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2492 2 2 E0-G1 63.51 63.80 148.1 148.9

TOTAL 2 2 (1) 63.51 63.80 148.1 148.9

For details on observations of this object, see the line for 190) zet Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "zetcet" in the Observation Index (text file). There is also a list which includes filenames.

191) delpsc * * * * * * * * * * del Psc = HD 4656 * * * * * * *
At RA 12.171 DEC 7.585 K4IIIb Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2494 3 3 E0-G1 56.71 57.79 143.6 144.6

2616 1 1 B3-C3 7.878 7.878 73.8 73.8

TOTAL 4 4 (2) 7.878 57.79 73.8 144.6

For details on observations of this object, see the line for 191) del Psc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delpsc" in the Observation Index (text file). There is also a list which includes filenames.

192) iotcet * * * * * * * * * * iot Cet = HD 1522 * * * * * * *
At RA 4.857 DEC -8.824 K1.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2495 7 7 E0-G1 63.81 65.77 139.2 147.0

2496 10 10 E0-G1 61.24 65.94 139.6 145.3

2497 6 6 E0-G1 59.01 63.24 148.3 160.0

2498 10 10 E0-G1 58.74 65.91 139.4 161.0

2499 9 9 E0-G1 57.74 64.33 141.9 156.4

2500 2 2 E0-G1 58.24 58.94 160.3 163.0

2511 6 6 E0-G1 60.53 65.55 142.5 155.2

2512 8 8 E0-G1 59.47 65.97 140.3 158.5

2515 8 8 E0-G1 58.00 63.62 147.4 164.0

2516 6 6 E0-G1 56.66 63.60 147.4 172.2

2517 9 6 E0-G1 56.26 65.44 142.9 178.3

2519 3 3 E0-G1 56.37 56.55 173.2 175.6

2520 3 3 E0-G1 56.28 56.41 175.1 177.4

2521 6 6 E0-G1 59.51 65.41 143.0 158.3

2523 3 3 E0-G1 59.11 60.13 156.4 159.7

2525 4 3 E0-G1 60.04 61.33 153.0 156.7

2528 2 2 E0-G1 65.68 65.93 141.0 142.1

2529 3 3 E0-G1 65.57 65.79 139.4 139.6

2536 9 8 E0-G1 56.85 65.64 142.3 170.6

2538 2 2 E0-G1 61.56 61.86 151.7 152.4

2647 1 1 B3-C3 6.102 6.102 74.9 74.9

2836 1 1 E0-G0 15.70 15.70 70.4 70.4

2839 1 1 E0-G0 15.87 15.87 73.6 73.6

2841 9 9 E0-G0 14.52 15.99 66.3 73.4

2842 6 6 E0-G0 15.67 16.00 71.5 74.1

2843 4 4 E0-G0 15.51 15.93 69.6 71.6

2845 3 3 E0-G0 15.84 15.99 72.9 73.7

2846 6 5 E0-G0 14.61 15.76 70.2 75.0

2847 6 1 E0-G0 15.13 15.13 68.3 68.3

2848 8 6 E0-G0 13.98 15.99 64.6 72.2

2854 2 1 E0-G0 14.73 14.73 75.0 75.0

2858 6 6 E0-G0 14.61 15.82 66.6 74.6

2859 4 4 E0-G0 15.05 15.95 71.3 74.8

2860 4 4 E0-G0 15.83 15.97 71.0 73.5

2861 6 6 E0-G0 15.36 15.97 69.1 73.6

2862 5 5 E0-G0 15.25 15.94 68.7 73.7

2863 4 4 E0-G0 15.36 15.93 71.1 74.5

2864 1 -none- U2-U3

2870 4 4 E0-G0 15.53 15.93 71.3 74.3

2880 3 3 E0-G0 15.98 16.00 72.3 73.1

2881 2 2 E0-G0 15.72 15.94 70.5 71.7

2882 4 4 E0-G0 15.17 15.59 68.4 74.4

2885 4 4 E0-G0 15.68 15.85 70.3 73.9

2886 4 4 E0-G0 11.20 14.33 54.1 65.7

2887 4 4 E0-G0 15.71 15.85 70.4 73.9

2889 4 4 E0-G0 15.66 15.88 71.0 74.1

2890 3 3 E0-G0 15.30 15.96 71.9 74.6

2891 4 4 E0-G0 15.92 15.97 71.6 73.4

2892 2 2 E0-G0 15.64 15.74 70.2 70.6

2896 2 2 E0-G0 13.98 14.19 64.6 65.3

2898 1 1 E0-G0 15.16 15.16 74.7 74.7

2902 7 7 E0-G0 11.33 15.97 71.7 75.2

2910 6 6 E0-G0 12.71 15.41 60.3 69.3

2911 6 6 E0-G0 15.31 16.00 68.9 74.0

2913 6 6 E0-G0 14.35 15.98 73.1 75.1

2924 4 4 E0-G0 15.71 16.00 72.4 74.1

2925 2 2 E0-G0 12.68 12.95 60.2 61.1

2926 8 8 E0-G0 13.37 16.00 62.6 72.9

2927 14 14 E0-G0 12.49 15.97 59.5 75.2

2928 11 11 E0-G0 11.67 15.96 63.6 74.8

2929 4 4 E0-G0 13.68 15.86 63.6 71.2

2930 10 10 E0-G0 13.93 15.89 64.4 75.2

2931 10 10 E0-G0 13.24 15.96 62.2 75.1

2932 11 11 E0-G0 12.58 16.00 66.2 75.2

2933 9 9 E0-G0 13.55 15.87 63.7 75.2

2934 4 4 E0-G0 15.63 16.00 70.1 72.4

2936 12 12 E0-G0 13.67 15.99 63.6 75.1

2938 2 2 E0-G0 11.50 11.96 55.5 57.4

2939 10 10 E0-G0 13.90 16.00 67.2 75.2

2940 4 4 E0-G0 13.72 16.00 63.8 72.5

2941 4 4 E0-G0 13.44 15.14 62.8 68.3

2942 10 10 E0-G0 10.86 15.33 63.8 75.2

2976 4 4 E0-G0 13.70 15.81 73.8 75.2

2979 6 6 E0-G0 13.93 15.99 71.7 75.2

2980 6 6 E0-G0 13.83 16.00 72.5 75.2

TOTAL 404 389 (4) 6.102 65.97 139.2 75.2

For details on observations of this object, see the line for 192) iot Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "iotcet" in the Observation Index (text file). There is also a list which includes filenames.

193) 20cet * * * * * * * * * * 20 Cet = HD 5112 * * * * * * *
At RA 13.252 DEC -1.144 M0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2495 6 6 E0-G1 59.77 65.11 140.9 148.3

2496 9 9 E0-G1 60.77 65.55 139.9 146.7

2497 3 3 E0-G1 58.72 59.55 148.7 150.1

2498 6 6 E0-G1 65.05 65.64 140.0 140.6

2499 9 9 E0-G1 53.85 62.76 142.6 161.5

2511 6 4 E0-G1 55.42 62.33 144.5 157.0

2512 3 3 E0-G1 64.04 64.55 141.6 142.2

2515 3 3 E0-G1 58.09 58.93 149.7 151.2

2516 3 3 E0-G1 56.85 57.70 152.0 153.7

2517 4 4 E0-G1 53.22 60.64 146.9 163.7

2521 5 4 E0-G1 54.17 61.04 146.3 160.4

TOTAL 57 54 (1) 53.22 65.64 139.9 163.7

For details on observations of this object, see the line for 193) 20 Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "20cet" in the Observation Index (text file). There is also a list which includes filenames.

194) phiaqr * * * * * * * * * * phi Aqr = HD 219215 * * * * * * *
At RA 348.581 DEC -6.049 M2III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2526 6 6 E0-G1 57.54 62.67 147.3 159.8

2527 3 3 E0-G1 56.99 57.71 159.2 161.6

2616 1 1 B3-C3 7.744 7.744 73.8 73.8

TOTAL 10 10 (2) 7.744 62.67 73.8 161.6

For details on observations of this object, see the line for 194) phi Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "phiaqr" in the Observation Index (text file). There is also a list which includes filenames.

195) tetcet * * * * * * * * * * tet Cet = HD 8512 * * * * * * *
At RA 21.006 DEC -8.183 K0III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2526 4 4 E0-G1 58.57 63.94 146.2 160.4

2527 3 2 E0-G1 59.60 60.40 154.7 157.0

2528 3 3 E0-G1 56.75 60.25 155.1 168.6

2529 5 5 E0-G1 64.28 65.84 139.4 145.4

2530 4 3 E0-G1 65.77 65.91 141.0 141.6

2536 4 4 E0-G1 56.53 61.23 152.5 170.1

2537 4 4 E0-G1 63.65 65.50 142.4 146.8

2538 2 2 E0-G1 60.17 60.49 154.5 155.3

2539 5 4 E0-G1 63.25 65.81 141.4 147.8

2564 3 3 B3-M0 135.2 136.9 61.9 62.1

2565 3 3 B3-M0 138.3 139.1 61.4 61.7

2566 3 3 B3-M0 118.7 124.6 60.8 61.6

2567 3 3 B3-M0 139.1 139.7 60.7 61.4

2569 4 4 B3-M0 130.1 133.9 62.0 62.1

2574 5 5 B3-M0 126.9 139.7 60.9 61.9

2575 1 1 U1-U3 95.18 95.18 26.8 26.8

2578 4 2 B3-M0 138.8 139.2 61.4 61.5

2585 3 3 B3-M0 126.8 133.4 61.8 62.1

2590 2 2 B3-M0 134.5 136.1 62.0 62.1

2597 3 3 B3-M0 111.9 117.7 59.7 60.7

2601 3 3 B3-M0 138.8 139.3 61.3 61.6

2602 4 4 B3-M0 137.4 139.6 61.0 61.9

2604 3 2 B3-M0 139.0 139.3 61.3 61.5

2623 1 -none- U1-U3

TOTAL 79 72 (3) 56.53 139.7 139.4 62.1

For details on observations of this object, see the line for 195) tet Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tetcet" in the Observation Index (text file). There is also a list which includes filenames.

196) taucet * * * * * * * * * * tau Cet = HD 10700 * * * * * * *
At RA 26.017 DEC -15.937 G8V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2526 4 3 E0-G1 61.54 63.92 153.0 163.8

2528 5 5 E0-G1 60.39 61.91 161.8 172.6

2529 5 5 E0-G1 64.40 65.90 140.9 151.1

2539 4 4 E0-G1 65.00 65.88 143.9 148.7

2566 3 3 B3-M0 129.0 132.9 64.1 64.7

2567 3 2 B3-M0 137.2 138.3 55.4 56.6

2569 6 6 B3-M0 119.0 137.5 62.6 65.4

2574 4 4 B3-M0 111.9 138.7 61.8 65.4

2578 4 3 B3-M0 135.7 138.0 53.9 56.3

2579 1 1 B3-M0 139.1 139.1 57.7 57.7

2585 3 3 B3-M0 137.2 138.3 62.1 62.7

2590 2 2 B3-M0 126.1 131.0 64.4 65.0

2595 3 2 B3-M0 139.2 139.5 60.8 61.2

2597 3 3 B3-M0 122.9 128.6 64.8 65.2

2601 3 3 B3-M0 118.5 127.9 64.8 65.4

2602 4 4 B3-M0 129.0 136.1 63.2 64.7

2603 3 2 B3-M0 134.8 135.5 63.4 63.6

2604 3 3 B3-M0 127.2 129.9 64.6 64.9

2658 2 2 B3-C3 7.039 7.301 77.9 78.7

2997 2 2 D0-H0 54.79 56.49 78.7 79.2

3001 2 2 D0-H0 60.36 62.18 75.7 77.0

3017 2 2 D0-H0 55.81 57.40 78.3 78.9

TOTAL 71 66 (4) 7.039 139.5 140.9 79.2

For details on observations of this object, see the line for 196) tau Cet in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "taucet" in the Observation Index (text file). There is also a list which includes filenames.

197) the1oric * * * * * * * * * * tet01 Ori C = HD 37022 * * * * * * *
At RA 83.819 DEC -5.390 O6pe Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2526 1 -none- E0-G1

2625 3 1 B3-C3 7.540 7.540 69.6 69.6

2627 1 -none- B3-C3

2664 1 -none- B3-D1

TOTAL 6 1 (3) 7.540 7.540 69.6 69.6

For details on observations of this object, see the line for 197) tet01 Ori C in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "the1oric" in the Observation Index (text file). There is also a list which includes filenames.

198) hr6862 * * * * * * * * * * HR 6862 = HD 168592 * * * * * * *
At RA 275.577 DEC -38.657 K4.5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2527 3 3 E0-G1 65.42 65.79 151.7 156.8

2530 3 3 E0-G1 65.84 65.90 158.1 160.0

2733 6 6 B3-D1 23.01 24.00 50.8 70.0

2787 6 6 B3-M0 131.1 139.0 17.0 45.2

2788 1 1 E0-G0 13.65 13.65 21.2 21.2

2789 1 1 E0-G0 13.27 13.27 5.0 5.0

2821 9 9 E0-G0 10.61 15.31 81.2 109.4

2829 7 4 E0-G0 12.61 14.67 86.3 98.3

2831 3 2 E0-G0 15.99 16.00 65.7 68.0

2832 4 3 E0-G0 14.99 15.16 45.3 48.0

2845 7 7 E0-G0 11.93 14.79 85.4 101.9

2846 2 1 E0-G0 14.57 14.57 87.0 87.0

2848 4 2 E0-G0 15.54 15.97 64.4 78.8

2849 4 2 E0-G0 14.43 15.85 74.1 87.9

2850 4 3 E0-G0 14.02 15.77 55.1 90.4

2857 4 1 E0-G0 15.66 15.66 77.3 77.3

2859 4 4 E0-G0 15.73 15.85 58.3 76.3

2861 6 6 E0-G0 14.23 16.00 66.7 89.2

2862 2 2 E0-G0 13.78 15.68 77.0 91.8

2865 1 1 U2-U3 45.31 45.31 43.8 43.8

2880 5 4 E0-G0 12.21 15.55 78.7 100.4

2881 2 2 E0-G0 13.12 13.34 94.3 95.6

2882 2 1 E0-G0 15.13 15.13 82.8 82.8

2885 4 4 E0-G0 12.77 14.75 85.7 97.4

2887 4 4 E0-G0 14.94 15.87 73.8 84.3

2889 4 4 E0-G0 13.76 15.69 76.9 92.0

2890 4 4 E0-G0 9.430 12.19 100.5 117.0

2892 1 1 E0-G0 14.22 14.22 89.2 89.2

2897 10 10 E0-G0 9.715 15.65 77.4 115.0

2898 12 12 E0-G0 8.008 15.86 74.1 128.8

2902 6 6 E0-G0 9.812 14.04 90.3 114.4

2913 4 4 E0-G0 11.17 13.80 91.7 106.2

2915 2 2 E0-G0 8.898 9.184 118.8 121.0

TOTAL 141 125 (5) 8.008 139.0 5.0 160.0

For details on observations of this object, see the line for 198) HR 6862 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr6862" in the Observation Index (text file). There is also a list which includes filenames.

199) hr7909 * * * * * * * * * * HR 7909 = HD 196917 * * * * * * *
At RA 310.349 DEC -31.598 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2527 3 2 E0-G1 65.49 65.59 145.7 146.5

TOTAL 3 2 (1) 65.49 65.59 145.7 146.5

For details on observations of this object, see the line for 199) HR 7909 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr7909" in the Observation Index (text file). There is also a list which includes filenames.

200) betaqr * * * * * * * * * * bet Aqr = HD 204867 * * * * * * *
At RA 322.890 DEC -5.571 G0Ib Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2468 5 5 E0-G1 58.66 61.30 149.7 155.7

2469 4 4 E0-G1 55.58 56.30 163.1 166.3

2527 3 3 E0-G1 59.33 60.49 151.3 154.0

TOTAL 12 12 (1) 55.58 61.30 149.7 166.3

For details on observations of this object, see the line for 200) bet Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betaqr" in the Observation Index (text file). There is also a list which includes filenames.

201) 88aqr * * * * * * * * * * 88 Aqr = HD 218594 * * * * * * *
At RA 347.362 DEC -21.172 K1III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2527 3 3 E0-G1 64.02 64.66 155.8 159.8

2537 6 5 E0-G1 63.50 65.97 137.7 152.5

2538 2 2 E0-G1 63.89 64.17 138.1 138.4

2616 1 1 B3-C3 6.844 6.844 82.2 82.2

2909 22 22 E0-G0 6.108 15.91 42.4 96.1

2912 20 20 E0-G0 5.838 15.79 56.7 96.8

2938 8 8 E0-G0 14.18 16.00 65.6 81.1

2939 4 4 E0-G0 14.68 15.73 59.1 66.8

2945 6 6 E0-G0 7.329 12.14 85.1 93.4

2946 12 12 E0-G0 8.167 15.92 73.7 91.8

2997 2 2 D0-H0 46.97 48.94 84.9 85.8

2999 7 7 D0-H0 26.98 49.03 84.9 94.6

3000 6 6 D0-H0 28.04 49.36 84.7 94.1

3003 2 2 D0-H0 42.45 44.59 86.8 87.6

TOTAL 101 100 (4) 5.838 65.97 42.4 159.8

For details on observations of this object, see the line for 201) 88 Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "88aqr" in the Observation Index (text file). There is also a list which includes filenames.

202) vmon * * * * * * * * * * V Mon = HD 44639 * * * * * * *
At RA 95.682 DEC -2.195 M6e Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2529 3 3 E0-G1 65.92 65.96 139.6 139.9

2537 2 2 E0-G1 65.89 65.94 139.6 139.9

2625 6 6 B3-C3 7.743 7.989 72.4 72.9

2628 3 3 B3-C3 7.483 7.823 72.4 72.9

2630 3 3 B3-C3 7.617 7.735 72.6 72.8

2646 5 3 B3-C3 7.422 7.569 72.3 72.6

2652 4 4 B3-C3 7.426 8.000 72.3 72.8

2663 10 10 B3-D1 22.45 23.99 72.3 72.9

2669 4 4 B3-D1 21.71 22.49 72.0 72.5

2678 3 3 B3-D1 23.03 23.38 72.7 72.8

2680 3 3 B3-D1 21.84 22.33 72.1 72.4

2681 9 9 B3-D1 22.10 23.97 70.3 72.9

2734 3 3 B3-D1 21.09 21.65 71.6 72.0

TOTAL 58 56 (3) 7.422 65.96 70.3 139.9

For details on observations of this object, see the line for 202) V Mon in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "vmon" in the Observation Index (text file). There is also a list which includes filenames.

203) epsind * * * * * * * * * * eps Ind = HD 209100 * * * * * * *
At RA 330.840 DEC -56.786 K4.5V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2532 1 -none- E0-G1

2533 6 4 U1-U4 116.7 117.8 79.2 81.0

2534 2 -none- U2-U3

2557 3 3 B3-M0 120.6 122.7 79.9 82.5

2559 4 3 B3-M0 122.8 126.2 75.2 79.7

2563 8 7 B3-M0 81.43 123.6 78.8 127.7

2564 3 3 B3-M0 107.4 110.7 93.4 96.8

2566 6 5 B3-M0 110.6 120.6 82.4 93.5

2569 7 6 B3-M0 99.91 118.8 84.5 104.8

2573 9 7 B3-M0 78.66 109.1 95.1 132.1

TOTAL 49 38 (4) 78.66 126.2 75.2 132.1

For details on observations of this object, see the line for 203) eps Ind in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epsind" in the Observation Index (text file). There is also a list which includes filenames.

204) hr8898 * * * * * * * * * * HR 8898 = HD 220440 * * * * * * *
At RA 351.055 DEC -51.891 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2533 7 5 U1-U4 129.4 129.8 51.5 54.3

2534 7 4 U2-U3 44.25 45.30 32.0 40.3

TOTAL 14 9 (2) 44.25 129.8 32.0 54.3

For details on observations of this object, see the line for 204) HR 8898 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr8898" in the Observation Index (text file). There is also a list which includes filenames.

205) hr1509 * * * * * * * * * * HR 1509 = HD 30080 * * * * * * *
At RA 70.789 DEC -30.766 K2III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2533 4 4 U2-U4 86.41 87.34 71.1 72.9

TOTAL 4 4 (1) 86.41 87.34 71.1 72.9

For details on observations of this object, see the line for 205) HR 1509 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr1509" in the Observation Index (text file). There is also a list which includes filenames.

206) etacol * * * * * * * * * * eta Col = HD 40808 * * * * * * *
At RA 89.787 DEC -42.815 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2533 2 2 U2-U4 88.79 88.93 72.5 73.3

TOTAL 2 2 (1) 88.79 88.93 72.5 73.3

For details on observations of this object, see the line for 206) eta Col in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etacol" in the Observation Index (text file). There is also a list which includes filenames.

207) epsori * * * * * * * * * * eps Ori = HD 37128 * * * * * * *
At RA 84.053 DEC -1.202 B0Iab: Emission-line Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2539 2 2 E0-G1 63.02 63.91 142.4 143.6

2568 4 3 B3-M0 133.5 136.3 59.1 59.9

2569 3 3 B3-M0 138.0 139.6 60.4 60.9

2586 1 1 B3-M0 137.5 137.5 60.7 60.7

2597 2 2 B3-M0 139.5 139.7 61.0 61.0

2607 1 1 B3-C3 7.866 7.866 72.7 72.7

TOTAL 13 12 (3) 7.866 139.7 59.1 143.6

For details on observations of this object, see the line for 207) eps Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epsori" in the Observation Index (text file). There is also a list which includes filenames.

208) hip114971 * * * * * * * * * * hip114971 = HD 219615 * * * * * * *
At RA 349.291 DEC 3.282 G9III: High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2548 3 1 B3-M0 136.8 136.8 59.5 59.5

2839 3 3 E0-G0 15.73 15.88 73.1 73.1

2841 1 1 E0-G0 12.94 12.94 71.1 71.1

2842 5 5 E0-G0 14.35 15.91 72.4 73.1

2843 3 3 E0-G0 11.43 12.50 69.0 70.5

2844 2 1 E0-G0 12.09 12.09 70.0 70.0

TOTAL 17 14 (2) 11.43 136.8 59.5 73.1

For details on observations of this object, see the line for 208) hip114971 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip114971" in the Observation Index (text file). There is also a list which includes filenames.

209) hip19849 * * * * * * * * * * hip19849 = HD 26965 * * * * * * *
At RA 63.818 DEC -7.653 K1V Flare Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2548 3 3 B3-M0 138.2 139.7 60.9 61.7

2564 2 1 B3-M0 137.0 137.0 61.8 61.8

2573 1 1 B3-M0 133.8 133.8 61.9 61.9

2586 3 2 B3-M0 132.5 137.6 61.8 61.9

2601 2 1 B3-M0 117.9 117.9 60.4 60.4

TOTAL 11 8 (1) 117.9 139.7 60.4 61.9

For details on observations of this object, see the line for 209) hip19849 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip19849" in the Observation Index (text file). There is also a list which includes filenames.

210) delphe * * * * * * * * * * del Phe = HD 9362 * * * * * * *
At RA 22.813 DEC -49.073 G9III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2550 6 5 B3-M0 136.5 139.7 42.5 59.6

2552 1 1 B3-M0 104.3 104.3 92.1 92.1

2555 5 5 B3-M0 108.7 125.1 75.4 88.8

2556 7 5 B3-M0 134.6 139.4 48.8 63.4

2569 3 3 B3-M0 129.2 130.9 68.9 71.0

2579 6 5 B3-M0 101.4 120.7 79.4 94.2

2590 3 3 B3-M0 130.3 132.0 67.5 69.7

TOTAL 31 27 (1) 101.4 139.7 42.5 94.2

For details on observations of this object, see the line for 210) del Phe in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delphe" in the Observation Index (text file). There is also a list which includes filenames.

211) 7aqr * * * * * * * * * * 7 Aqr = HD 199345 * * * * * * *
At RA 314.225 DEC -9.698 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2559 3 3 B3-M0 135.4 137.7 62.0 62.4

2563 3 3 B3-M0 135.8 137.8 62.0 62.3

2564 4 4 B3-M0 132.2 135.3 62.4 62.5

2565 5 5 B3-M0 135.8 139.4 61.3 62.3

2566 4 4 B3-M0 132.7 138.0 61.9 62.5

2567 5 5 B3-M0 134.3 139.0 61.5 62.4

2569 4 2 B3-M0 135.0 135.7 62.3 62.4

2574 3 3 B3-M0 133.4 137.7 62.0 62.5

2578 4 1 B3-M0 134.4 134.4 62.4 62.4

2770 2 1 B3-M0 139.0 139.0 59.3 59.3

2772 3 3 B3-M0 136.6 138.0 57.3 58.3

2782 3 3 B3-M0 139.6 139.7 60.1 60.7

TOTAL 43 37 (1) 132.2 139.7 57.3 62.5

For details on observations of this object, see the line for 211) 7 Aqr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "7aqr" in the Observation Index (text file). There is also a list which includes filenames.

212) alfgru * * * * * * * * * * alf Gru = HD 209952 * * * * * * *
At RA 332.058 DEC -46.961 B7IV High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2563 9 8 B3-M0 88.31 131.1 68.8 100.9

2566 6 6 B3-M0 116.3 129.1 71.0 81.9

2569 7 6 B3-M0 107.7 129.6 70.4 87.9

TOTAL 22 20 (1) 88.31 131.1 68.8 100.9

For details on observations of this object, see the line for 212) alf Gru in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfgru" in the Observation Index (text file). There is also a list which includes filenames.

213) hr2549 * * * * * * * * * * HR 2549 = HD 50235 * * * * * * *
At RA 102.718 DEC -34.367 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2567 4 4 B3-M0 132.3 134.1 31.6 35.8

2577 4 4 B3-M0 138.7 139.7 53.1 59.4

3003 12 12 D0-H0 49.35 63.98 45.2 95.7

TOTAL 20 20 (2) 49.35 139.7 31.6 95.7

For details on observations of this object, see the line for 213) HR 2549 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr2549" in the Observation Index (text file). There is also a list which includes filenames.

214) gamori * * * * * * * * * * gam Ori = HD 35468 * * * * * * *
At RA 81.283 DEC 6.350 B2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2568 3 2 B3-M0 139.3 139.5 61.1 61.3

2569 2 2 B3-M0 139.5 139.7 60.3 60.8

2864 1 -none- U2-U3

TOTAL 6 4 (2) 139.3 139.7 60.3 61.3

For details on observations of this object, see the line for 214) gam Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamori" in the Observation Index (text file). There is also a list which includes filenames.

215) kapori * * * * * * * * * * kap Ori = HD 38771 * * * * * * *
At RA 86.939 DEC -9.670 B0Iab: Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2569 3 2 B3-M0 134.2 137.0 55.8 57.6

TOTAL 3 2 (1) 134.2 137.0 55.8 57.6

For details on observations of this object, see the line for 215) kap Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kapori" in the Observation Index (text file). There is also a list which includes filenames.

216) 45eri * * * * * * * * * * 45 Eri = HD 28749 * * * * * * *
At RA 67.969 DEC -.044 K3II-III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2573 4 4 B3-M0 137.0 139.7 60.4 61.0

2577 3 2 B3-M0 139.2 139.7 60.9 61.0

2650 3 2 B3-C3 7.735 7.786 72.2 72.3

2651 4 2 B3-C3 7.641 7.773 72.0 72.3

2652 9 8 B3-C3 7.393 7.997 71.4 72.8

2847 2 -none- E0-G0

2870 2 2 E0-G0 13.73 13.98 69.8 70.2

2880 2 1 E0-G0 12.04 12.04 66.8 66.8

2885 3 3 E0-G0 12.21 14.94 67.2 71.5

2887 6 6 E0-G0 12.28 15.20 67.3 71.8

2888 1 1 E0-G0 14.28 14.28 70.6 70.6

TOTAL 39 31 (3) 7.393 139.7 60.4 72.8

For details on observations of this object, see the line for 216) 45 Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "45eri" in the Observation Index (text file). There is also a list which includes filenames.

217) hd44951 * * * * * * * * * * HD 44951 = HR 2305 * * * * * * *
At RA 96.043 DEC -11.530 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2575 4 4 U1-U3 94.86 95.46 21.6 23.0

2698 6 6 B3-D1 16.97 23.21 75.0 77.1

2699 6 6 B3-D1 21.77 23.80 73.9 76.2

2700 4 4 B3-D1 17.54 23.22 75.0 77.1

2702 8 7 B3-D1 17.35 23.41 74.7 77.1

2703 6 6 B3-D1 17.72 23.82 73.8 77.1

2704 9 9 B3-D1 11.53 23.91 73.4 77.0

2705 6 4 B3-D1 19.10 24.00 72.6 77.1

2706 3 3 B3-D1 20.82 21.45 76.4 76.6

2707 5 4 B3-D1 8.883 24.00 72.3 74.6

2708 6 4 B3-D1 20.08 23.87 73.6 76.9

2709 6 6 B3-D1 18.53 23.74 74.1 77.1

2710 6 6 B3-D1 20.92 23.46 74.7 76.6

2717 3 3 B3-D1 9.084 10.98 72.6 74.7

2719 6 6 B3-D1 13.72 19.88 76.4 77.1

2722 6 6 B3-D1 18.95 22.31 75.9 77.1

2729 2 2 B3-D1 9.531 10.24 73.2 74.0

2789 1 1 E0-G0 4.159 4.159 66.2 66.2

2906 1 1 E0-G0 13.02 13.02 58.9 58.9

2977 2 2 E0-G0 15.59 15.73 69.1 69.8

2980 1 1 E0-G0 14.07 14.07 76.5 76.5

2982 6 6 E0-G0 13.07 15.75 69.2 77.0

TOTAL 103 97 (3) 4.159 95.46 21.6 77.1

For details on observations of this object, see the line for 217) HD 44951 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd44951" in the Observation Index (text file). There is also a list which includes filenames.

218) hd42807 * * * * * * * * * * HD 42807 = HR 2208 * * * * * * *
At RA 93.302 DEC 10.627 G2V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2575 3 3 U1-U3 92.65 93.42 39.2 39.4

2576 7 7 U1-U3 76.49 92.93 28.4 39.3

TOTAL 10 10 (1) 76.49 93.42 28.4 39.4

For details on observations of this object, see the line for 218) HD 42807 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd42807" in the Observation Index (text file). There is also a list which includes filenames.

219) hd25477 * * * * * * * * * * HD 25477 = hd25477 * * * * * * *
At RA 60.794 DEC 8.883 K0 Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2576 5 5 U1-U3 82.52 85.88 31.8 34.4

TOTAL 5 5 (1) 82.52 85.88 31.8 34.4

For details on observations of this object, see the line for 219) HD 25477 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd25477" in the Observation Index (text file). There is also a list which includes filenames.

220) nu2cma * * * * * * * * * * nu.02 CMa = HD 47205 * * * * * * *
At RA 99.171 DEC -19.256 K1III+... Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2620 9 9 B3-C3 5.860 8.000 69.8 84.1

2624 5 5 B3-C3 7.834 8.000 71.3 75.7

2626 6 6 B3-C3 7.684 7.990 69.0 77.0

2627 6 6 B3-C3 6.693 7.612 77.5 81.6

2628 6 5 B3-C3 7.856 7.989 67.3 74.8

2630 6 6 B3-C3 7.793 7.994 69.8 76.1

2631 5 5 B3-C3 6.789 8.000 71.6 81.3

2643 6 6 B3-C3 6.317 7.504 78.2 82.8

2644 6 5 B3-C3 6.117 7.592 77.6 83.4

2645 6 6 B3-C3 7.080 7.797 76.0 80.2

2656 3 3 B3-C3 6.704 7.108 80.1 81.6

2659 6 6 B3-C3 4.412 6.636 81.8 87.7

2665 4 4 B3-D1 11.56 13.60 87.4 89.2

2666 10 10 B3-D1 11.04 22.11 78.9 89.6

2673 6 6 B3-D1 20.05 22.67 77.9 81.7

2675 6 6 B3-D1 17.05 21.53 79.8 84.6

2676 6 6 B3-D1 17.29 21.69 79.6 84.3

2678 6 6 B3-D1 17.48 22.48 78.2 84.2

2696 6 6 B3-D1 7.806 18.12 83.6 93.0

2697 6 6 B3-D1 14.18 19.63 82.1 87.0

2924 4 4 E0-G0 11.04 12.48 34.9 47.0

2934 5 5 E0-G0 12.01 14.56 43.5 59.8

2936 2 2 E0-G0 14.14 14.45 57.4 59.1

2940 2 2 E0-G0 14.74 14.99 60.8 62.3

2941 4 4 E0-G0 14.00 15.92 56.6 69.5

2958 2 2 E0-G0 15.21 15.46 63.7 65.3

2960 1 1 E0-G0 15.99 15.99 72.4 72.4

2963 4 4 E0-G0 15.37 15.97 64.7 73.6

2964 8 7 E0-G0 15.44 15.99 65.2 76.7

2965 2 2 E0-G0 13.03 13.25 50.7 52.1

2969 6 6 E0-G0 14.46 15.98 59.2 70.6

2970 3 3 E0-G0 15.83 15.96 68.4 70.2

2972 4 4 E0-G0 13.06 14.53 50.9 59.6

2976 4 4 E0-G0 13.09 14.38 51.0 58.7

2979 6 6 E0-G0 14.60 16.00 63.2 79.2

2988 2 2 E0-G0 13.41 13.76 53.1 55.1

TOTAL 179 176 (3) 4.412 22.67 34.9 93.0

For details on observations of this object, see the line for 220) nu.02 CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu2cma" in the Observation Index (text file). There is also a list which includes filenames.

221) sslep * * * * * * * * * * 17 Lep = HD 41511 * * * * * * *
At RA 91.246 DEC -16.484 Apsh Emission-line Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2620 6 6 B3-C3 6.103 7.539 77.2 81.2

2624 6 6 B3-C3 7.773 8.000 71.9 75.8

2626 7 7 B3-C3 7.746 7.976 67.3 76.0

2627 6 6 B3-C3 6.604 7.620 76.8 80.1

2628 6 6 B3-C3 7.810 7.951 67.6 74.7

2630 6 5 B3-C3 7.766 7.984 70.3 75.9

2631 6 5 B3-C3 7.135 7.998 71.0 78.7

2643 6 6 B3-C3 6.449 7.471 77.5 80.5

2644 6 6 B3-C3 6.128 7.949 73.9 81.1

2645 6 6 B3-C3 7.015 7.967 73.6 79.1

2656 5 5 B3-C3 5.455 6.981 79.2 82.3

2659 6 6 B3-C3 4.707 7.038 79.0 83.3

2665 5 5 B3-D1 12.15 14.77 83.0 84.0

2666 7 7 B3-D1 11.37 19.51 80.4 84.2

2673 6 6 B3-D1 19.74 22.51 77.3 80.2

2675 6 6 B3-D1 11.42 17.91 81.4 84.2

2676 6 6 B3-D1 11.72 18.68 80.9 84.1

2678 6 5 B3-D1 12.38 19.88 80.1 83.9

2696 6 6 B3-D1 12.89 17.81 81.5 83.7

2697 6 6 B3-D1 14.04 20.14 79.9 83.3

2698 6 6 B3-D1 17.69 23.64 74.9 81.5

2699 6 6 B3-D1 22.10 23.86 73.8 77.9

2700 6 6 B3-D1 18.22 23.57 75.1 81.2

2702 6 6 B3-D1 18.65 23.95 73.1 81.0

2703 6 6 B3-D1 17.83 23.82 74.1 81.5

2704 9 8 B3-D1 12.17 23.98 72.7 84.0

2705 6 6 B3-D1 19.92 23.99 71.4 80.1

2706 3 3 B3-D1 20.93 21.82 78.3 79.2

2707 6 6 B3-D1 18.77 24.00 70.9 80.9

2708 6 6 B3-D1 21.13 23.91 73.5 79.0

2709 6 6 B3-D1 19.26 23.74 74.5 80.5

2710 6 6 B3-D1 21.02 23.75 74.4 79.1

2717 6 6 B3-D1 10.03 19.12 80.6 84.6

2718 6 6 B3-D1 14.04 21.04 79.1 83.3

2719 6 6 B3-D1 14.42 20.43 79.6 83.1

2721 3 3 B3-D1 20.84 21.67 78.4 79.3

2722 6 6 B3-D1 19.17 22.72 77.0 80.6

2723 6 6 B3-D1 14.26 19.86 80.1 83.2

2724 9 9 B3-D1 14.43 22.62 77.2 83.1

2725 9 9 B3-D1 13.18 21.84 78.2 83.6

2726 12 12 B3-D1 7.295 21.56 78.5 85.0

2727 9 9 B3-D1 9.986 20.32 79.7 84.6

2728 9 9 B3-D1 9.185 20.15 79.9 84.8

2729 6 6 B3-D1 9.384 15.91 82.5 84.7

2730 10 10 B3-D1 4.638 19.71 80.2 85.0

2736 1 -none- B3-M0

2737 3 3 B3-M0 105.0 114.2 65.6 65.8

2738 4 4 B3-M0 77.52 121.0 62.1 65.7

2741 4 4 B3-M0 108.3 116.9 65.7 65.8

2938 4 4 E0-G0 14.47 15.85 61.3 69.3

2977 6 6 E0-G0 15.63 16.00 67.7 74.8

2980 2 2 E0-G0 13.81 14.18 78.9 79.4

2982 10 10 E0-G0 13.09 16.00 67.7 80.3

2988 4 4 E0-G0 13.00 15.00 62.7 80.4

3003 14 14 D0-H0 47.48 63.88 54.3 81.5

TOTAL 341 336 (5) 4.638 121.0 54.3 85.0

For details on observations of this object, see the line for 221) 17 Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sslep" in the Observation Index (text file). There is also a list which includes filenames.

222) hr4049 * * * * * * * * * * HR 4049 = HD 89353 * * * * * * *
At RA 154.532 DEC -28.992 B9.5Ib-II Post-AGB Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2625 4 3 B3-C3 7.388 7.818 53.4 62.2

2645 1 -none- B3-C3

2653 3 2 B3-C3 7.855 7.888 75.6 76.3

2655 5 4 B3-C3 7.824 7.998 64.1 76.8

2656 3 3 B3-C3 7.679 7.929 74.5 79.0

2660 3 3 B3-C3 7.547 7.808 77.1 80.6

2671 2 -none- B3-D1

2672 2 -none- B3-D1

2696 3 3 B3-D1 11.25 12.23 105.8 108.9

2697 2 -none- B3-D1

TOTAL 28 18 (2) 7.388 12.23 53.4 108.9

For details on observations of this object, see the line for 222) HR 4049 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr4049" in the Observation Index (text file). There is also a list which includes filenames.

223) alfcar * * * * * * * * * * alf Car = HD 45348 * * * * * * *
At RA 95.988 DEC -52.696 F0II Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2629 2 2 B3-C3 7.041 7.141 96.7 98.8

2924 4 4 E0-G0 15.26 15.53 22.3 34.0

2925 2 2 E0-G0 15.85 15.88 47.5 49.1

2926 6 6 E0-G0 15.87 15.99 48.6 66.1

2932 6 6 E0-G0 15.77 15.99 54.6 74.5

2933 4 4 E0-G0 15.89 16.00 50.2 70.3

2934 9 9 E0-G0 15.22 16.00 20.3 63.9

2935 2 2 E0-G0 15.73 15.76 42.1 43.7

2936 5 5 E0-G0 15.82 16.00 46.2 61.5

2940 4 4 E0-G0 15.68 15.95 40.1 53.8

2941 8 8 E0-G0 15.68 15.99 44.9 76.7

2958 4 4 E0-G0 15.69 15.94 40.7 52.6

2962 4 4 E0-G0 15.78 15.95 44.3 68.5

2963 8 8 E0-G0 15.15 16.00 58.2 86.0

2964 6 6 E0-G0 15.06 15.91 69.6 87.2

2965 2 2 E0-G0 15.84 15.87 47.2 48.7

2969 8 8 E0-G0 15.10 16.00 58.7 86.7

2970 4 4 E0-G0 15.72 15.86 41.6 48.4

2972 2 2 E0-G0 15.87 15.90 48.6 50.2

2993 1 1 D0-H0 60.39 60.39 86.8 86.8

2994 2 2 D0-H0 61.60 61.77 28.7 30.5

TOTAL 93 93 (3) 7.041 61.77 20.3 98.8

For details on observations of this object, see the line for 223) alf Car in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcar" in the Observation Index (text file). There is also a list which includes filenames.

224) 18mon * * * * * * * * * * 18 Mon = HD 49293 * * * * * * *
At RA 101.965 DEC 2.412 K0IIIa Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2630 2 2 B3-C3 7.604 7.766 71.0 71.6

2665 2 1 B3-D1 22.83 22.83 71.0 71.0

2681 9 9 B3-D1 22.48 24.00 70.9 73.0

2997 1 1 D0-H0 60.07 60.07 70.7 70.7

2998 6 6 D0-H0 58.27 63.74 72.0 73.0

3002 5 5 D0-H0 61.16 63.93 71.2 73.0

3016 2 2 D0-H0 63.91 64.00 72.6 72.8

3017 2 2 D0-H0 63.01 63.75 72.1 72.5

3018 3 3 D0-H0 61.50 63.98 71.3 72.7

3027 3 3 D0-H0 60.51 63.95 72.0 72.7

3029 4 4 D0-H0 59.69 63.95 72.5 72.9

3030 4 4 D0-H0 61.33 63.67 71.3 72.4

3031 4 4 D0-H0 61.57 63.77 71.4 72.5

TOTAL 47 46 (3) 7.604 64.00 70.7 73.0

For details on observations of this object, see the line for 224) 18 Mon in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "18mon" in the Observation Index (text file). There is also a list which includes filenames.

225) iothya * * * * * * * * * * iot Hya = HD 83618 * * * * * * *
At RA 144.964 DEC -1.143 K2.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2647 2 2 B3-C3 7.770 7.987 72.6 72.7

2648 1 1 B3-C3 7.662 7.662 72.4 72.4

2649 6 6 B3-C3 6.362 7.821 67.2 72.6

2650 2 2 B3-C3 6.991 7.149 69.5 70.1

2653 6 6 B3-C3 7.293 7.994 70.5 72.7

2660 6 6 B3-C3 6.289 7.829 66.9 72.2

2685 6 6 B3-D1 23.52 23.94 72.5 72.8

2695 12 12 B3-D1 18.04 23.94 65.7 72.7

2711 3 3 B3-D1 21.27 21.94 69.9 70.6

2734 3 3 B3-D1 23.11 23.41 71.8 72.1

2958 1 1 E0-G0 11.89 11.89 65.4 65.4

2962 2 2 E0-G0 12.22 12.52 66.2 66.8

2965 4 4 E0-G0 9.211 13.06 57.2 67.9

2966 4 4 E0-G0 8.780 12.79 55.3 67.4

2967 4 4 E0-G0 8.616 12.56 54.5 66.9

2968 6 6 E0-G0 8.839 13.24 55.6 68.2

2969 2 2 E0-G0 14.66 14.85 70.6 70.9

2970 2 2 E0-G0 11.81 12.12 65.2 65.9

2972 8 7 E0-G0 9.344 15.25 57.7 71.5

2976 4 4 E0-G0 7.945 9.619 50.9 58.8

2992 1 1 D0-H0 36.60 36.60 56.9 56.9

2994 2 2 D0-H0 62.62 63.01 72.2 72.3

2997 4 4 D0-H0 61.92 63.89 71.9 72.7

3001 2 2 D0-H0 62.06 62.50 71.9 72.1

3002 4 4 D0-H0 61.40 63.99 71.7 72.8

3011 4 4 D0-H0 58.84 63.87 70.7 72.7

3016 2 2 D0-H0 53.38 55.03 68.4 69.2

3017 2 2 D0-H0 63.82 63.98 72.8 72.8

3025 4 4 D0-H0 59.99 64.00 71.2 72.8

3026 6 6 D0-H0 49.13 63.97 66.3 72.8

3027 4 4 D0-H0 60.18 64.00 71.2 72.8

3028 4 4 D0-H0 62.36 63.64 72.1 72.8

3029 8 8 D0-H0 50.69 63.99 67.1 72.8

3030 4 4 D0-H0 61.40 63.85 71.7 72.8

3031 4 4 D0-H0 60.13 63.97 71.2 72.7

3033 1 -none- D0-H0

3054 3 2 D0-H0 62.70 63.84 72.7 72.8

TOTAL 143 140 (4) 6.289 64.00 50.9 72.8

For details on observations of this object, see the line for 225) iot Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "iothya" in the Observation Index (text file). There is also a list which includes filenames.

227) gam1leo * * * * * * * * * * gam Leo A = HD 89484 * * * * * * *
At RA 154.993 DEC 19.841 K1IIIb Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2649 3 3 B3-C3 7.730 7.824 75.8 76.8

2650 3 3 B3-C3 7.673 7.825 75.8 77.2

2652 3 3 B3-C3 7.653 7.875 75.2 77.4

2660 3 3 B3-C3 7.866 7.929 74.4 75.4

2662 2 2 B3-D1 15.10 17.81 84.4 86.9

TOTAL 14 14 (2) 7.653 17.81 74.4 86.9

For details on observations of this object, see the line for 227) gam Leo A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gam1leo" in the Observation Index (text file). There is also a list which includes filenames.

228) lamleo * * * * * * * * * * lam Leo = HD 82308 * * * * * * *
At RA 142.930 DEC 22.968 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2650 2 2 B3-C3 7.824 7.886 75.3 76.2

2652 3 3 B3-C3 7.679 7.887 75.3 77.8

TOTAL 5 5 (1) 7.679 7.887 75.3 77.8

For details on observations of this object, see the line for 228) lam Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lamleo" in the Observation Index (text file). There is also a list which includes filenames.

229) dellep * * * * * * * * * * del Lep = HD 39364 * * * * * * *
At RA 87.830 DEC -20.879 G8III/IV High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2671 6 6 B3-D1 20.55 23.75 74.7 82.0

2672 7 7 B3-D1 22.24 24.00 71.5 79.2

2673 6 6 B3-D1 22.59 23.92 73.3 78.5

2674 6 6 B3-D1 23.63 23.99 67.1 73.2

2675 8 8 B3-D1 22.87 24.00 64.9 77.8

2676 6 6 B3-D1 23.34 23.97 65.4 73.6

2677 6 6 B3-D1 23.42 24.00 65.8 73.7

2678 6 5 B3-D1 23.01 23.98 63.7 73.0

2679 3 3 B3-D1 23.87 23.99 69.0 71.0

2682 6 6 B3-D1 21.02 23.70 74.9 81.3

2683 3 2 B3-D1 21.97 22.42 78.9 79.7

2684 6 5 B3-D1 22.40 24.00 71.2 78.9

2685 3 3 B3-D1 21.24 22.14 79.4 81.0

2696 6 6 B3-D1 17.76 21.63 80.3 85.4

2697 6 6 B3-D1 20.60 22.99 77.5 81.9

TOTAL 84 81 (1) 17.76 24.00 63.7 85.4

For details on observations of this object, see the line for 229) del Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "dellep" in the Observation Index (text file). There is also a list which includes filenames.

230) ksihya * * * * * * * * * * ksi Hya = HD 100407 * * * * * * *
At RA 173.250 DEC -31.858 G7III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2671 6 6 B3-D1 23.35 24.00 59.6 70.4

2673 10 10 B3-D1 22.92 23.97 56.2 75.4

2674 5 5 B3-D1 21.59 23.84 73.8 85.1

2677 3 3 B3-D1 20.75 21.28 86.1 87.6

2681 6 6 B3-D1 23.66 24.00 62.7 71.2

2682 6 6 B3-D1 23.43 23.90 60.4 74.6

2714 9 9 B3-D1 22.76 23.96 64.5 80.9

2731 9 9 B3-D1 22.25 24.00 58.3 82.8

2732 5 5 B3-D1 21.85 23.51 48.4 61.1

2760 6 6 B3-M0 127.0 138.5 60.4 69.9

2761 6 6 B3-M0 115.4 131.9 67.2 74.5

2762 4 4 B3-M0 131.3 135.2 64.6 67.6

2788 1 1 E0-G0 8.176 8.176 111.3 111.3

2789 3 3 E0-G0 15.94 16.00 70.0 72.8

TOTAL 79 79 (3) 8.176 138.5 48.4 111.3

For details on observations of this object, see the line for 230) ksi Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ksihya" in the Observation Index (text file). There is also a list which includes filenames.

231) alfcrt * * * * * * * * * * alf Crt = HD 95272 * * * * * * *
At RA 164.944 DEC -18.299 K1III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2671 7 7 B3-D1 23.14 23.99 70.3 76.6

2673 9 9 B3-D1 22.71 23.98 68.3 77.5

2674 3 3 B3-D1 21.40 22.66 77.6 79.5

2677 6 6 B3-D1 17.77 21.62 79.3 83.1

2681 6 6 B3-D1 22.75 24.00 63.9 71.9

2682 6 6 B3-D1 22.75 24.00 71.6 77.4

2714 6 6 B3-D1 20.79 24.00 72.1 80.3

2760 6 6 B3-M0 117.8 133.7 64.3 66.8

2789 1 1 E0-G0 11.35 11.35 83.7 83.7

TOTAL 50 50 (3) 11.35 133.7 63.9 83.7

For details on observations of this object, see the line for 231) alf Crt in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfcrt" in the Observation Index (text file). There is also a list which includes filenames.

232) epscrt * * * * * * * * * * eps Crt = HD 99167 * * * * * * *
At RA 171.152 DEC -10.859 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2673 3 3 B3-D1 21.67 22.19 75.7 76.0

2735 2 -none- B3-M0

TOTAL 5 3 (2) 21.67 22.19 75.7 76.0

For details on observations of this object, see the line for 232) eps Crt in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epscrt" in the Observation Index (text file). There is also a list which includes filenames.

233) hd132833 * * * * * * * * * * HD 132833 = HR 5590 * * * * * * *
At RA 225.333 DEC -2.755 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2676 3 3 B3-D1 21.03 21.59 68.6 69.4

2677 6 6 B3-D1 12.37 16.84 49.1 61.9

2714 5 5 B3-D1 22.55 23.93 70.6 72.5

2717 2 2 B3-D1 17.72 18.10 63.6 64.3

2719 6 6 B3-D1 20.54 23.66 68.0 72.0

TOTAL 22 22 (1) 12.37 23.93 49.1 72.5

For details on observations of this object, see the line for 233) HD 132833 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd132833" in the Observation Index (text file). There is also a list which includes filenames.

234) etaboo * * * * * * * * * * eta Boo = HD 121370 * * * * * * *
At RA 208.671 DEC 18.398 G0IV Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2676 2 2 B3-D1 23.60 23.77 74.5 75.2

2677 6 6 B3-D1 17.03 20.95 80.2 83.8

2714 4 4 B3-D1 23.02 23.99 72.4 76.9

2717 3 3 B3-D1 17.34 19.55 81.6 83.5

2719 6 6 B3-D1 20.93 23.78 74.4 80.2

2760 3 3 B3-M0 134.0 137.2 62.9 64.2

2763 1 1 B3-M0 137.1 137.1 62.9 62.9

TOTAL 25 25 (2) 17.03 137.2 62.9 83.8

For details on observations of this object, see the line for 234) eta Boo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etaboo" in the Observation Index (text file). There is also a list which includes filenames.

242) hr4853 * * * * * * * * * * HR 4853 = HD 111123 * * * * * * *
At RA 191.930 DEC -59.689 B0.5IV Variable Star of beta Cep type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2698 3 3 B3-D1 20.03 20.42 111.6 115.3

2699 6 6 B3-D1 20.66 23.03 83.7 109.3

2700 2 2 B3-D1 23.01 23.16 81.8 84.1

2701 6 6 B3-D1 19.71 23.06 83.3 118.4

2703 3 3 B3-D1 20.49 21.18 104.3 110.9

2707 3 3 B3-D1 22.79 23.12 82.4 86.9

2749 2 2 B3-M0 117.2 118.4 86.4 88.1

TOTAL 25 25 (2) 19.71 118.4 81.8 118.4

For details on observations of this object, see the line for 242) HR 4853 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr4853" in the Observation Index (text file). There is also a list which includes filenames.

243) epsoph * * * * * * * * * * eps Oph = HD 146791 * * * * * * *
At RA 244.580 DEC -4.693 G9.5IIIb Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2711 6 6 B3-D1 19.13 23.89 64.3 72.2

2722 3 3 B3-D1 23.73 23.91 71.8 72.2

2723 6 6 B3-D1 23.34 23.87 71.0 73.3

2732 8 8 B3-D1 21.94 24.00 68.8 73.4

2832 3 3 E0-G0 15.76 15.96 73.0 73.3

2836 4 4 E0-G0 15.06 15.97 71.7 73.4

2838 2 2 E0-G0 15.95 15.98 73.0 73.1

2839 3 3 E0-G0 15.84 15.95 73.1 73.3

2840 1 1 E0-G0 14.97 14.97 73.4 73.4

2841 9 9 E0-G0 13.88 15.93 70.9 73.4

2842 7 7 E0-G0 15.29 15.93 70.4 73.3

2843 3 3 E0-G0 15.82 15.98 71.8 72.5

2844 3 3 E0-G0 15.68 15.84 71.4 71.9

2845 3 3 E0-G0 15.62 15.98 71.2 72.5

2846 3 3 E0-G0 15.90 15.98 72.1 72.5

2847 6 4 E0-G0 15.35 15.96 73.0 73.4

2849 4 4 E0-G0 14.88 15.94 69.4 73.2

2858 4 2 E0-G0 15.87 15.95 73.1 73.2

2860 4 4 E0-G0 15.60 15.80 71.3 73.4

2862 2 2 E0-G0 15.85 15.94 71.9 72.2

2863 4 4 E0-G0 14.22 15.82 73.1 73.4

2880 2 2 E0-G0 15.40 15.52 73.4 73.4

2881 2 2 E0-G0 14.64 14.83 73.3 73.3

2892 2 2 E0-G0 13.69 13.93 72.7 72.9

TOTAL 94 90 (2) 13.69 24.00 64.3 73.4

For details on observations of this object, see the line for 243) eps Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epsoph" in the Observation Index (text file). There is also a list which includes filenames.

244) 42lib * * * * * * * * * * 42 Lib = HD 139663 * * * * * * *
At RA 235.070 DEC -23.818 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2712 3 3 B3-D1 23.75 23.90 73.5 74.8

2717 3 3 B3-D1 22.76 23.28 77.2 78.9

2718 3 3 B3-D1 22.22 22.86 78.6 80.3

2733 6 6 B3-D1 21.43 23.82 54.2 67.7

2848 1 -none- E0-G0

2881 2 2 E0-G0 6.242 6.663 100.8 102.3

TOTAL 18 17 (2) 6.242 23.90 54.2 102.3

For details on observations of this object, see the line for 244) 42 Lib in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "42lib" in the Observation Index (text file). There is also a list which includes filenames.

245) hr3803 * * * * * * * * * * HR 3803 = HD 82668 * * * * * * *
At RA 142.805 DEC -57.034 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2647 1 1 B3-C3 7.655 7.655 84.3 84.3

2648 1 1 B3-C3 7.441 7.441 91.4 91.4

2713 9 9 B3-D1 21.08 23.63 73.8 102.8

2716 6 6 B3-D1 23.37 23.94 64.3 78.6

TOTAL 17 17 (2) 7.441 23.94 64.3 102.8

For details on observations of this object, see the line for 245) HR 3803 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr3803" in the Observation Index (text file). There is also a list which includes filenames.

246) nu3cma * * * * * * * * * * nu.03 CMa = HD 47442 * * * * * * *
At RA 99.473 DEC -18.237 K0II/III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2714 6 6 B3-D1 18.85 23.79 74.3 82.1

2745 3 3 B3-M0 100.2 105.7 67.0 67.1

2748 1 -none- B3-M0

TOTAL 10 9 (2) 18.85 105.7 67.0 82.1

For details on observations of this object, see the line for 246) nu.03 CMa in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu3cma" in the Observation Index (text file). There is also a list which includes filenames.

247) hr2311 * * * * * * * * * * HR 2311 = HD 45018 * * * * * * *
At RA 95.983 DEC -25.578 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2714 6 6 B3-D1 13.83 21.62 82.3 96.3

2717 3 3 B3-D1 16.85 18.13 88.9 91.1

2718 6 6 B3-D1 12.73 19.27 87.0 98.4

2721 2 2 B3-D1 20.50 20.85 84.0 84.7

2723 6 6 B3-D1 13.47 19.18 87.1 97.0

2724 9 9 B3-D1 13.21 21.68 82.2 97.5

2725 9 9 B3-D1 12.54 20.71 84.3 98.8

2726 12 12 B3-D1 6.964 20.80 84.1 116.7

2727 12 12 B3-D1 9.548 22.50 80.1 106.2

2728 12 12 B3-D1 8.773 22.71 79.5 108.8

2729 3 3 B3-D1 13.46 15.23 93.8 97.0

2730 11 11 B3-D1 5.584 22.00 81.4 126.3

2737 2 2 B3-M0 95.51 100.1 73.5 74.0

2738 5 5 B3-M0 62.53 97.05 73.9 75.9

2741 5 5 B3-M0 99.92 125.4 68.7 73.5

2893 8 8 E0-G0 11.30 14.10 19.4 51.1

2894 6 6 E0-G0 11.96 14.09 30.2 51.0

2906 1 1 E0-G0 13.22 13.22 43.7 43.7

2907 3 3 E0-G0 12.75 13.10 39.3 42.6

2908 2 2 E0-G0 15.43 15.53 61.9 62.9

2923 1 1 E0-G0 15.25 15.25 60.2 60.2

2924 2 2 E0-G0 11.49 11.62 23.0 25.2

2925 2 2 E0-G0 14.00 14.17 50.2 51.6

2926 6 6 E0-G0 14.97 15.98 57.9 69.2

2932 5 5 E0-G0 15.47 15.98 62.3 73.2

2934 4 4 E0-G0 12.13 15.93 32.5 68.1

2935 2 2 E0-G0 14.36 14.53 53.1 54.4

2936 2 2 E0-G0 15.78 15.88 65.7 67.0

2938 6 5 E0-G0 13.95 15.92 49.8 67.9

2940 2 2 E0-G0 14.26 14.51 52.3 54.3

2941 2 2 E0-G0 15.58 15.71 63.4 64.8

2963 6 6 E0-G0 14.84 16.00 58.1 80.8

2969 4 4 E0-G0 15.00 15.78 75.4 80.1

2972 2 2 E0-G0 15.40 15.51 61.6 62.6

2976 4 4 E0-G0 13.43 14.61 45.5 55.1

2977 7 7 E0-G0 15.15 15.99 59.8 79.4

2979 8 8 E0-G0 12.61 15.99 56.1 87.6

2980 2 2 E0-G0 15.00 15.24 79.0 80.1

2982 6 6 E0-G0 14.33 15.96 60.1 82.6

2988 4 4 E0-G0 12.56 13.90 47.3 87.7

TOTAL 200 199 (3) 5.584 125.4 19.4 126.3

For details on observations of this object, see the line for 247) HR 2311 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr2311" in the Observation Index (text file). There is also a list which includes filenames.

248) hd111915 * * * * * * * * * * HD 111915 = HR 4888 * * * * * * *
At RA 193.279 DEC -48.943 K3.5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2714 3 3 B3-D1 23.96 24.00 64.6 67.3

2768 3 2 B3-M0 124.8 127.2 73.2 75.6

2788 3 1 E0-G0 14.60 14.60 91.2 91.2

TOTAL 9 6 (3) 14.60 127.2 64.6 91.2

For details on observations of this object, see the line for 248) HD 111915 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd111915" in the Observation Index (text file). There is also a list which includes filenames.

249) hd112213 * * * * * * * * * * HD 112213 = HR 4906 * * * * * * *
At RA 193.831 DEC -42.916 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2716 6 6 B3-D1 23.50 24.00 52.7 66.7

2721 4 4 B3-D1 13.46 17.92 106.7 130.7

2725 18 18 B3-D1 14.02 24.00 56.8 126.9

2726 12 12 B3-D1 14.52 22.67 84.0 123.8

2730 6 6 B3-D1 12.44 16.19 114.8 139.0

2734 12 12 B3-D1 20.68 23.98 60.0 94.5

2739 3 3 B3-M0 70.00 75.37 103.0 106.6

2751 2 2 B3-M0 130.8 131.8 68.0 69.1

2755 1 1 B3-M0 129.6 129.6 70.2 70.2

2770 3 3 B3-M0 118.7 122.0 76.2 78.3

2771 3 2 B3-M0 102.1 104.5 86.6 87.9

2794 3 3 E0-G0 12.64 13.08 99.3 102.1

TOTAL 73 72 (3) 12.44 131.8 52.7 139.0

For details on observations of this object, see the line for 249) HD 112213 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd112213" in the Observation Index (text file). There is also a list which includes filenames.

250) 61leo * * * * * * * * * * 61 Leo = HD 95578 * * * * * * *
At RA 165.457 DEC -2.485 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2735 1 -none- B3-M0

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 250) 61 Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "61leo" in the Observation Index (text file). There is also a list which includes filenames.

251) betvir * * * * * * * * * * bet Vir = HD 102870 * * * * * * *
At RA 177.674 DEC 1.765 F9V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2735 1 1 B3-M0 138.0 138.0 60.3 60.3

2736 2 -none- B3-M0

2737 6 6 B3-M0 135.6 139.0 59.5 61.0

2738 6 5 B3-M0 135.7 139.5 60.2 60.8

2740 3 2 B3-M0 137.7 139.2 60.9 61.0

2749 2 2 B3-M0 139.7 139.7 61.0 61.0

2751 2 2 B3-M0 139.2 139.5 60.7 60.8

TOTAL 22 18 (1) 135.6 139.7 59.5 61.0

For details on observations of this object, see the line for 251) bet Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betvir" in the Observation Index (text file). There is also a list which includes filenames.

252) lambda-Ser * * * * * * * * * * lam Ser = HD 141004 * * * * * * *
At RA 236.611 DEC 7.353 G0V Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2735 2 1 B3-M0 139.4 139.4 61.2 61.2

2736 3 3 B3-M0 137.5 139.5 61.2 61.7

2760 3 3 B3-M0 135.2 138.2 61.6 61.9

2761 1 1 B3-M0 137.1 137.1 61.8 61.8

2764 3 3 B3-M0 138.1 139.7 61.0 61.7

2767 4 2 B3-M0 139.6 139.6 60.3 61.1

TOTAL 16 13 (1) 135.2 139.7 60.3 61.9

For details on observations of this object, see the line for 252) lam Ser in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "lambda-Ser" in the Observation Index (text file). There is also a list which includes filenames.

253) mu.vir * * * * * * * * * * mu. Vir = HD 129502 * * * * * * *
At RA 220.765 DEC -5.658 F2III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2735 1 1 B3-M0 124.7 124.7 60.3 60.3

2736 3 3 B3-M0 123.1 130.2 60.0 61.0

2760 2 2 B3-M0 128.3 132.3 60.8 61.3

2763 6 6 B3-M0 122.6 139.7 59.9 60.7

2764 5 5 B3-M0 121.6 139.5 59.8 61.4

2765 6 6 B3-M0 126.2 139.7 59.1 61.1

2767 3 3 B3-M0 138.1 139.7 61.0 61.5

TOTAL 26 26 (1) 121.6 139.7 59.1 61.5

For details on observations of this object, see the line for 253) mu. Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "mu.vir" in the Observation Index (text file). There is also a list which includes filenames.

254) gj570A * * * * * * * * * * gj570A = HD 131977 * * * * * * *
At RA 224.367 DEC -21.415 K4V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2736 1 1 B3-M0 138.1 138.1 54.0 54.0

2737 6 6 B3-M0 107.1 139.0 61.1 69.5

2741 3 3 B3-M0 131.9 136.2 63.6 65.5

2744 3 3 B3-M0 139.5 139.6 57.1 59.9

2745 4 2 B3-M0 131.6 136.5 63.4 65.6

2747 2 -none- B3-M0

2750 3 2 B3-M0 136.3 137.1 51.6 52.5

2756 6 6 B3-M0 137.0 139.3 53.9 63.1

2766 6 6 B3-M0 134.4 139.7 49.2 63.3

2767 5 4 B3-M0 135.5 139.5 50.5 59.9

2768 6 6 B3-M0 130.6 139.7 56.8 65.9

TOTAL 45 39 (1) 107.1 139.7 49.2 69.5

For details on observations of this object, see the line for 254) gj570A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gj570A" in the Observation Index (text file). There is also a list which includes filenames.

255) 36ophA * * * * * * * * * * 36 Oph A = HD 155886 * * * * * * *
At RA 258.837 DEC -26.603 K0V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2736 1 -none- B3-M0

2756 2 2 B3-M0 139.7 139.7 56.6 57.4

2771 3 -none- B3-M0

2772 3 3 B3-M0 136.9 138.5 49.0 52.2

2785 2 2 B3-M0 137.7 139.2 59.9 62.4

2786 3 3 B3-M0 139.3 139.5 54.4 59.1

2787 5 4 B3-M0 134.4 139.7 45.0 58.3

2789 1 1 E0-G0 12.99 12.99 39.8 39.8

TOTAL 20 15 (2) 12.99 139.7 39.8 62.4

For details on observations of this object, see the line for 255) 36 Oph A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "36ophA" in the Observation Index (text file). There is also a list which includes filenames.

256) hd125560 * * * * * * * * * * HD 125560 = HR 5370 * * * * * * *
At RA 214.938 DEC 16.307 K3III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2740 3 3 B3-M0 134.6 136.9 62.9 63.7

2748 2 -none- B3-M0

2750 2 -none- B3-M0

2771 1 -none- B3-M0

TOTAL 8 3 (1) 134.6 136.9 62.9 63.7

For details on observations of this object, see the line for 256) HD 125560 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd125560" in the Observation Index (text file). There is also a list which includes filenames.

257) gj566 * * * * * * * * * * gj566 = HD 131156 * * * * * * *
At RA 222.847 DEC 19.100 G8V Flare Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2740 1 1 B3-M0 134.4 134.4 64.2 64.2

2743 1 -none- B3-M0

2749 2 -none- B3-M0

2750 2 -none- B3-M0

2751 2 -none- B3-M0

2771 2 -none- B3-M0

TOTAL 10 1 (1) 134.4 134.4 64.2 64.2

For details on observations of this object, see the line for 257) gj566 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gj566" in the Observation Index (text file). There is also a list which includes filenames.

258) gamser * * * * * * * * * * gam Ser = HD 142860 * * * * * * *
At RA 239.113 DEC 15.662 F6IV Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2740 3 3 B3-M0 132.6 136.0 63.2 64.1

2744 1 -none- B3-M0

2748 2 -none- B3-M0

2763 1 1 B3-M0 138.9 138.9 61.6 61.6

2765 3 2 B3-M0 133.9 134.9 63.5 63.8

2788 1 1 E0-G0 15.56 15.56 75.6 75.6

TOTAL 11 7 (2) 15.56 138.9 61.6 75.6

For details on observations of this object, see the line for 258) gam Ser in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamser" in the Observation Index (text file). There is also a list which includes filenames.

259) hr5690 * * * * * * * * * * HR 5690 = HD 136028 * * * * * * *
At RA 229.609 DEC -.461 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2740 1 1 B3-M0 137.5 137.5 60.6 60.6

2746 3 3 B3-M0 134.8 137.4 59.7 60.4

2768 5 5 B3-M0 132.3 139.5 59.4 60.9

TOTAL 9 9 (1) 132.3 139.5 59.4 60.9

For details on observations of this object, see the line for 259) HR 5690 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr5690" in the Observation Index (text file). There is also a list which includes filenames.

260) hip49669 * * * * * * * * * * hip49669 = HD 87901 * * * * * * *
At RA 152.093 DEC 11.967 B7V Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 3 3 B3-M0 133.5 136.7 62.5 63.1

2767 5 5 B3-M0 134.6 139.6 60.8 62.9

3000 7 7 D0-H0 52.79 63.99 72.7 77.2

3001 3 3 D0-H0 60.56 62.29 74.9 75.7

3011 1 1 D0-H0 63.67 63.67 73.6 73.6

3016 5 5 D0-H0 51.60 62.41 74.8 77.3

3025 6 6 D0-H0 50.34 63.99 71.4 77.4

3026 4 4 D0-H0 58.80 63.97 72.8 76.2

3027 2 2 D0-H0 61.03 62.04 75.0 75.5

3028 3 3 D0-H0 62.67 63.79 71.3 74.6

3029 7 7 D0-H0 48.27 64.00 71.0 77.5

3030 4 4 D0-H0 61.99 64.00 71.1 75.1

3031 6 4 D0-H0 59.02 63.77 71.1 76.2

TOTAL 56 54 (2) 48.27 139.6 60.8 77.5

For details on observations of this object, see the line for 260) hip49669 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip49669" in the Observation Index (text file). There is also a list which includes filenames.

261) hip57632 * * * * * * * * * * hip57632 = HD 102647 * * * * * * *
At RA 177.265 DEC 14.572 A3V Variable Star of delta Sct typ SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 3 3 B3-M0 135.3 137.8 62.3 63.2

2747 2 -none- B3-M0

2751 2 2 B3-M0 136.4 137.2 62.6 62.9

2767 3 3 B3-M0 133.2 135.3 63.2 63.7

2770 3 3 B3-M0 135.5 137.2 62.6 63.2

2771 3 3 B3-M0 134.5 136.4 62.9 63.4

2787 2 2 B3-M0 138.0 139.1 61.4 62.2

2789 3 3 E0-G0 15.90 15.96 73.3 73.8

3003 2 2 D0-H0 54.18 57.05 77.8 78.6

TOTAL 23 21 (3) 15.90 139.1 61.4 78.6

For details on observations of this object, see the line for 261) hip57632 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip57632" in the Observation Index (text file). There is also a list which includes filenames.

262) 16vir * * * * * * * * * * 16 Vir = HD 107328 * * * * * * *
At RA 185.087 DEC 3.313 K0IIIb Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 3 3 B3-M0 138.3 139.2 61.2 61.2

2744 2 2 B3-M0 138.2 139.1 60.0 60.5

2746 2 1 B3-M0 139.3 139.3 60.6 60.6

2747 2 2 B3-M0 138.5 139.2 61.2 61.2

2750 3 2 B3-M0 138.4 138.9 61.2 61.2

2751 2 2 B3-M0 137.9 138.4 61.1 61.2

2755 1 1 B3-M0 139.5 139.5 61.1 61.1

2763 3 3 B3-M0 139.3 139.7 60.6 61.0

2767 3 3 B3-M0 136.2 138.5 61.0 61.2

2770 3 3 B3-M0 137.8 138.9 61.1 61.2

2771 3 2 B3-M0 137.1 138.7 61.1 61.2

2784 1 1 B3-M0 137.9 137.9 59.9 59.9

2787 3 3 B3-M0 139.6 139.7 60.8 61.1

2789 1 1 E0-G0 14.56 14.56 72.6 72.6

TOTAL 32 29 (2) 14.56 139.7 59.9 72.6

For details on observations of this object, see the line for 262) 16 Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "16vir" in the Observation Index (text file). There is also a list which includes filenames.

263) chisco * * * * * * * * * * chi Sco = HD 145897 * * * * * * *
At RA 243.462 DEC -11.838 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 5 5 B3-M0 120.6 138.0 62.1 63.3

2742 5 5 B3-M0 123.7 136.3 62.6 63.3

2743 6 6 B3-M0 118.6 139.3 61.3 63.2

2744 5 5 B3-M0 117.1 133.0 63.0 63.3

2745 5 5 B3-M0 115.9 136.5 62.5 63.3

2746 2 -none- B3-M0

2747 6 3 B3-M0 115.0 135.5 62.8 63.0

2748 4 1 B3-M0 111.2 111.2 62.4 62.4

2749 8 7 B3-M0 113.1 139.5 59.4 63.3

2750 3 3 B3-M0 138.5 139.4 58.9 61.9

2751 8 8 B3-M0 124.9 139.6 58.0 63.3

2755 1 1 B3-M0 138.3 138.3 58.0 58.0

2756 3 3 B3-M0 134.7 136.6 62.5 62.9

2763 5 4 B3-M0 91.41 117.0 59.0 63.0

2764 6 6 B3-M0 94.25 127.0 59.7 63.3

2765 4 4 B3-M0 90.36 111.1 58.8 62.4

2766 7 7 B3-M0 90.47 134.4 58.8 63.3

2767 6 6 B3-M0 90.79 132.2 58.9 63.2

2768 6 6 B3-M0 106.5 134.4 61.9 63.2

2770 3 3 B3-M0 137.4 139.0 57.1 58.8

2771 3 3 B3-M0 137.6 139.0 61.5 62.2

2772 6 6 B3-M0 118.0 136.3 54.9 63.2

2782 3 3 B3-M0 138.1 139.5 61.0 62.0

2784 1 1 B3-M0 122.2 122.2 63.3 63.3

2785 6 6 B3-M0 129.5 139.7 51.7 61.7

2786 4 3 B3-M0 126.9 133.7 63.0 63.3

2787 3 3 B3-M0 124.4 131.8 63.2 63.3

2788 1 1 E0-G0 16.00 16.00 72.4 72.4

2845 3 1 E0-G0 15.12 15.12 75.7 75.7

2846 1 -none- E0-G0

2849 2 2 E0-G0 15.86 15.94 70.6 71.3

2858 4 -none- E0-G0

2860 2 -none- E0-G0

2862 1 -none- E0-G0

2863 2 1 E0-G0 14.75 14.75 76.1 76.1

2881 2 2 E0-G0 12.56 12.91 77.2 77.3

2882 1 1 E0-G0 13.94 13.94 76.8 76.8

TOTAL 143 121 (2) 12.56 139.7 51.7 77.3

For details on observations of this object, see the line for 263) chi Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "chisco" in the Observation Index (text file). There is also a list which includes filenames.

264) xsgr * * * * * * * * * * 3 Sgr = HD 161592 * * * * * * *
At RA 266.890 DEC -27.831 F7II Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 3 3 B3-M0 137.5 138.6 61.0 62.5

2742 5 4 B3-M0 133.3 139.7 52.3 65.9

2743 5 5 B3-M0 136.1 139.7 57.1 63.9

2744 3 3 B3-M0 139.5 139.7 56.3 58.6

2745 2 1 B3-M0 139.5 139.5 54.7 54.7

2746 2 -none- B3-M0

2747 4 3 B3-M0 136.9 139.7 48.2 56.3

2748 4 -none- B3-M0

2749 4 2 B3-M0 138.9 139.3 52.6 53.7

2750 4 2 B3-M0 137.6 138.1 49.5 50.6

2751 4 2 B3-M0 138.0 138.5 50.4 51.4

2766 6 6 B3-M0 134.7 139.7 53.8 65.0

2768 6 6 B3-M0 118.2 137.1 63.0 71.6

2788 1 1 E0-G0 15.62 15.62 62.7 62.7

TOTAL 53 38 (2) 15.62 139.7 48.2 71.6

For details on observations of this object, see the line for 264) 3 Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "xsgr" in the Observation Index (text file). There is also a list which includes filenames.

265) yoph * * * * * * * * * * Y Oph = HD 162714 * * * * * * *
At RA 268.161 DEC -6.144 F8Iab: Classical Cepheid (delta Cep t SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2742 2 2 B3-M0 139.5 139.7 60.4 60.6

2745 2 2 B3-M0 138.9 139.4 61.2 61.4

2747 2 -none- B3-M0

2750 4 4 B3-M0 138.6 139.5 59.7 61.3

2772 3 3 B3-M0 139.7 139.7 60.6 61.0

2786 4 4 B3-M0 126.0 132.7 60.7 61.5

2789 1 1 E0-G0 6.485 6.485 12.4 12.4

TOTAL 18 16 (2) 6.485 139.7 12.4 61.5

For details on observations of this object, see the line for 265) Y Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "yoph" in the Observation Index (text file). There is also a list which includes filenames.

266) hr4526 * * * * * * * * * * HR 4526 = HD 102461 * * * * * * *
At RA 176.830 DEC -57.696 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2739 10 9 B3-M0 111.4 135.0 58.9 93.4

2740 6 6 B3-M0 133.1 139.1 40.8 63.5

2741 5 5 B3-M0 105.3 117.1 87.0 100.1

2742 8 8 B3-M0 89.00 122.3 80.6 119.3

2743 6 6 B3-M0 123.5 139.7 30.5 79.1

TOTAL 35 34 (1) 89.00 139.7 30.5 119.3

For details on observations of this object, see the line for 266) HR 4526 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr4526" in the Observation Index (text file). There is also a list which includes filenames.

267) hr3046 * * * * * * * * * * HR 3046 = HD 63744 * * * * * * *
At RA 117.084 DEC -47.078 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2744 2 2 B3-M0 101.5 104.7 90.0 92.1

2745 3 3 B3-M0 90.49 96.17 95.7 99.6

2746 3 3 B3-M0 117.1 121.2 78.2 81.4

2747 2 2 B3-M0 125.5 127.4 72.7 74.6

2748 3 1 B3-M0 121.8 121.8 77.7 77.7

2749 3 3 B3-M0 115.0 118.3 80.5 82.9

2750 6 6 B3-M0 82.15 128.5 71.6 105.6

2751 3 3 B3-M0 112.9 116.4 81.9 84.4

2761 6 6 B3-M0 71.70 98.02 94.5 114.3

2762 6 6 B3-M0 83.29 109.7 86.6 104.7

2770 3 3 B3-M0 115.8 119.1 79.9 82.4

2789 1 1 E0-G0 8.981 8.981 144.3 144.3

TOTAL 41 39 (2) 8.981 128.5 71.6 144.3

For details on observations of this object, see the line for 267) HR 3046 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr3046" in the Observation Index (text file). There is also a list which includes filenames.

268) hip61941 * * * * * * * * * * hip61941 = HD 110380 * * * * * * *
At RA 190.415 DEC -1.449 F0V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2744 2 2 B3-M0 139.6 139.7 60.9 61.0

2745 2 2 B3-M0 136.7 137.4 60.6 60.8

2746 2 2 B3-M0 139.3 139.7 60.8 60.9

2748 2 -none- B3-M0

2750 3 2 B3-M0 139.5 139.7 60.9 61.0

2755 1 1 B3-M0 139.6 139.6 60.9 60.9

2763 6 6 B3-M0 137.6 139.0 60.3 61.0

2764 3 3 B3-M0 133.0 135.9 59.9 60.5

TOTAL 21 18 (1) 133.0 139.7 59.9 61.0

For details on observations of this object, see the line for 268) hip61941 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip61941" in the Observation Index (text file). There is also a list which includes filenames.

269) hip84012 * * * * * * * * * * hip84012 = HD 155125 * * * * * * *
At RA 257.595 DEC -15.725 A2.5Va Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2744 1 -none- B3-M0

2770 3 3 B3-M0 136.6 137.9 54.8 56.2

TOTAL 4 3 (1) 136.6 137.9 54.8 56.2

For details on observations of this object, see the line for 269) hip84012 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip84012" in the Observation Index (text file). There is also a list which includes filenames.

270) gamlepA * * * * * * * * * * gam Lep = HD 38393 * * * * * * *
At RA 86.116 DEC -22.448 F7V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2745 3 3 B3-M0 87.33 99.23 70.8 71.1

2748 2 -none- B3-M0

TOTAL 5 3 (1) 87.33 99.23 70.8 71.1

For details on observations of this object, see the line for 270) gam Lep in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamlepA" in the Observation Index (text file). There is also a list which includes filenames.

271) epsvir * * * * * * * * * * eps Vir = HD 113226 * * * * * * *
At RA 195.544 DEC 10.959 G8III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2747 1 -none- B3-M0

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 271) eps Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "epsvir" in the Observation Index (text file). There is also a list which includes filenames.

272) hd169022 * * * * * * * * * * HD 169022 = HR 6879 * * * * * * *
At RA 276.043 DEC -34.385 B9.5III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2755 1 1 B3-M0 139.7 139.7 54.0 54.0

2770 3 3 B3-M0 139.5 139.7 54.7 56.7

2772 3 3 B3-M0 139.5 139.7 51.2 53.3

2784 3 3 B3-M0 138.7 139.3 47.7 49.9

TOTAL 10 10 (1) 138.7 139.7 47.7 56.7

For details on observations of this object, see the line for 272) HD 169022 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd169022" in the Observation Index (text file). There is also a list which includes filenames.

273) gj667 * * * * * * * * * * gj667 = HD 156384 * * * * * * *
At RA 259.738 DEC -34.990 K3V+... Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2770 3 -none- B3-M0

2772 5 -none- B3-M0

TOTAL 8 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 273) gj667 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gj667" in the Observation Index (text file). There is also a list which includes filenames.

274) 70ophA * * * * * * * * * * 70 Oph A = 70 Oph A * * * * * * *
At RA 271.364 DEC 2.500 K0V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2770 3 -none- B3-M0

TOTAL 3 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 274) 70 Oph A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "70ophA" in the Observation Index (text file). There is also a list which includes filenames.

275) 43sgr * * * * * * * * * * 43 Sgr = HD 180540 * * * * * * *
At RA 289.409 DEC -18.953 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2770 4 4 B3-M0 138.2 139.7 59.8 62.1

TOTAL 4 4 (1) 138.2 139.7 59.8 62.1

For details on observations of this object, see the line for 275) 43 Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "43sgr" in the Observation Index (text file). There is also a list which includes filenames.

276) gj666A * * * * * * * * * * gj666A = HD 156274 * * * * * * *
At RA 259.766 DEC -46.636 G8V High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2771 1 -none- B3-M0

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 276) gj666A in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gj666A" in the Observation Index (text file). There is also a list which includes filenames.

277) hd130157 * * * * * * * * * * HD 130157 = HR 5513 * * * * * * *
At RA 221.807 DEC -21.325 K4/K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2736 2 2 B3-M0 139.1 139.6 59.6 60.9

2737 3 3 B3-M0 96.39 128.5 66.5 69.8

2738 3 3 B3-M0 122.7 127.2 66.8 67.7

2741 2 2 B3-M0 125.7 127.6 66.7 67.1

2744 3 3 B3-M0 137.7 138.5 61.7 62.5

2745 2 2 B3-M0 124.4 127.1 66.8 67.4

2747 4 3 B3-M0 137.0 138.6 61.6 63.1

2750 3 3 B3-M0 139.5 139.7 57.0 58.3

2755 1 1 B3-M0 139.5 139.5 57.0 57.0

2756 6 6 B3-M0 131.9 139.7 58.5 65.5

2766 7 7 B3-M0 129.3 139.6 55.8 66.3

2767 6 6 B3-M0 132.2 139.7 46.9 58.2

TOTAL 42 41 (1) 96.39 139.7 46.9 69.8

For details on observations of this object, see the line for 277) HD 130157 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd130157" in the Observation Index (text file). There is also a list which includes filenames.

278) 6leo * * * * * * * * * * 6 Leo = HD 82381 * * * * * * *
At RA 142.990 DEC 9.716 K2.5IIIb Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2741 2 1 B3-M0 139.7 139.7 60.6 60.6

2767 5 5 B3-M0 134.4 139.7 60.2 62.4

2994 2 2 D0-H0 63.56 63.76 73.4 73.6

2995 4 4 D0-H0 54.95 63.32 73.9 75.7

2996 6 6 D0-H0 52.00 63.16 74.0 75.7

2997 4 4 D0-H0 62.80 64.00 72.5 74.2

2998 2 2 D0-H0 59.96 61.16 74.9 75.1

3002 4 4 D0-H0 62.88 63.97 71.7 74.2

3011 2 2 D0-H0 61.73 62.57 74.3 74.7

3012 2 1 D0-H0 54.31 54.31 75.7 75.7

3016 2 2 D0-H0 63.34 63.71 70.9 71.5

3017 4 4 D0-H0 61.77 63.93 73.0 74.7

3018 4 4 D0-H0 62.73 63.99 71.4 74.2

TOTAL 43 41 (2) 52.00 139.7 60.2 75.7

For details on observations of this object, see the line for 278) 6 Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "6leo" in the Observation Index (text file). There is also a list which includes filenames.

279) nu.oph * * * * * * * * * * nu. Oph = HD 163917 * * * * * * *
At RA 269.757 DEC -9.774 G9III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2788 1 1 E0-G0 11.61 11.61 54.8 54.8

2789 2 2 E0-G0 11.23 12.25 53.0 57.5

TOTAL 3 3 (1) 11.23 12.25 53.0 57.5

For details on observations of this object, see the line for 279) nu. Oph in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "nu.oph" in the Observation Index (text file). There is also a list which includes filenames.

280) alfsge * * * * * * * * * * alf Sgr = HD 181869 * * * * * * *
At RA 290.972 DEC -40.616 B8V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2788 1 1 E0-G0 15.17 15.17 45.7 45.7

TOTAL 1 1 (1) 15.17 15.17 45.7 45.7

For details on observations of this object, see the line for 280) alf Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfsge" in the Observation Index (text file). There is also a list which includes filenames.

281) betaql * * * * * * * * * * bet Aql = HD 188512 * * * * * * *
At RA 298.828 DEC 6.407 G8IV Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2788 1 1 E0-G0 13.57 13.57 73.7 73.7

2843 3 3 E0-G0 14.34 14.88 74.0 74.0

2844 1 1 E0-G0 13.85 13.85 73.8 73.8

2858 2 -none- E0-G0

2859 1 -none- E0-G0

2882 2 1 E0-G0 16.00 16.00 72.6 72.6

2888 3 3 E0-G0 14.67 15.81 73.5 74.0

TOTAL 13 9 (1) 13.57 16.00 72.6 74.0

For details on observations of this object, see the line for 281) bet Aql in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "betaql" in the Observation Index (text file). There is also a list which includes filenames.

282) alfboo * * * * * * * * * * alf Boo = HD 124897 * * * * * * *
At RA 213.915 DEC 19.182 K1.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

1982 1 -none- E0-G0

2809 6 6 E0-G0 11.31 15.72 75.3 84.6

2810 6 6 E0-G0 12.44 15.54 76.3 83.0

2812 3 3 E0-G0 15.65 15.83 74.6 75.8

2834 3 3 E0-G0 15.17 15.44 76.7 77.7

2836 1 1 E0-G0 15.95 15.95 73.4 73.4

2837 2 2 E0-G0 15.96 15.98 72.7 73.2

TOTAL 22 21 (1) 11.31 15.98 72.7 84.6

For details on observations of this object, see the line for 282) alf Boo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfboo" in the Observation Index (text file). There is also a list which includes filenames.

283) rrsco * * * * * * * * * * RR Sco = HD 152783 * * * * * * *
At RA 254.158 DEC -30.580 M6II-IIIme Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2821 6 6 E0-G0 11.11 14.42 84.4 96.8

2829 3 3 E0-G0 13.25 13.75 87.2 89.2

2831 3 3 E0-G0 15.95 16.00 70.8 72.6

2832 3 2 E0-G0 15.35 15.62 57.9 61.1

TOTAL 15 14 (1) 11.11 16.00 57.9 96.8

For details on observations of this object, see the line for 283) RR Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "rrsco" in the Observation Index (text file). There is also a list which includes filenames.

284) ahsco * * * * * * * * * * AH Sco = HD 155161 * * * * * * *
At RA 257.821 DEC -32.325 M4III: Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2821 3 3 E0-G0 8.984 9.690 104.7 108.0

2829 3 3 E0-G0 10.23 11.22 98.3 102.3

TOTAL 6 6 (1) 8.984 11.22 98.3 108.0

For details on observations of this object, see the line for 284) AH Sco in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ahsco" in the Observation Index (text file). There is also a list which includes filenames.

285) tupeg * * * * * * * * * * TU Peg = TU Peg * * * * * * *
At RA 326.269 DEC 12.699 M0 Variable Star of Mira Cet type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2830 3 1 E0-G0 14.15 14.15 77.1 77.1

2831 3 2 E0-G0 14.59 15.48 75.3 76.6

2832 4 1 E0-G0 15.73 15.73 74.6 74.6

2833 3 1 E0-G0 15.95 15.95 73.3 73.3

2834 1 -none- E0-G0

2835 3 2 E0-G0 15.63 15.97 73.1 74.9

TOTAL 17 7 (1) 14.15 15.97 73.1 77.1

For details on observations of this object, see the line for 285) TU Peg in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "tupeg" in the Observation Index (text file). There is also a list which includes filenames.

286) etaeri * * * * * * * * * * eta Eri = HD 18322 * * * * * * *
At RA 44.107 DEC -8.898 K1III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2831 3 3 E0-G0 12.77 13.25 60.5 62.1

2832 3 1 E0-G0 13.56 13.56 63.2 63.2

2833 3 -none- E0-G0

2834 3 -none- E0-G0

2835 3 -none- E0-G0

2844 6 5 E0-G0 9.537 14.29 44.5 65.5

2893 2 2 E0-G0 10.79 11.08 52.0 53.5

2894 4 4 E0-G0 9.857 13.35 46.7 62.5

2896 6 6 E0-G0 11.54 15.95 55.6 71.8

2903 7 7 E0-G0 12.17 15.80 58.2 74.0

2906 2 2 E0-G0 15.45 15.57 69.4 69.8

2907 2 2 E0-G0 10.24 10.54 49.1 50.7

2908 2 2 E0-G0 15.03 15.37 67.9 69.1

2910 3 3 E0-G0 14.01 14.68 75.0 75.2

2911 4 4 E0-G0 14.52 15.92 70.6 75.1

2915 4 4 E0-G0 12.52 15.13 59.5 68.3

2977 4 4 E0-G0 15.30 15.86 68.9 74.3

2978 2 2 E0-G0 15.96 15.98 71.8 72.1

2982 4 4 E0-G0 15.44 15.83 70.4 74.5

TOTAL 67 55 (1) 9.537 15.98 44.5 75.2

For details on observations of this object, see the line for 286) eta Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "etaeri" in the Observation Index (text file). There is also a list which includes filenames.

287) kapser * * * * * * * * * * kap Ser = HD 141477 * * * * * * *
At RA 237.185 DEC 18.142 M0.5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2836 3 3 E0-G0 15.38 15.61 75.8 76.7

2837 2 2 E0-G0 15.23 15.72 75.3 77.2

TOTAL 5 5 (1) 15.23 15.72 75.3 77.2

For details on observations of this object, see the line for 287) kap Ser in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "kapser" in the Observation Index (text file). There is also a list which includes filenames.

288) hd150052 * * * * * * * * * * HD 150052 = hd150052 * * * * * * *
At RA 249.699 DEC -8.619 K5 Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2836 1 1 E0-G0 15.68 15.68 74.1 74.1

2842 3 3 E0-G0 14.65 15.28 74.6 74.9

2843 3 3 E0-G0 15.63 15.91 73.5 74.2

2844 3 3 E0-G0 15.85 16.00 72.5 73.7

TOTAL 10 10 (1) 14.65 16.00 72.5 74.9

For details on observations of this object, see the line for 288) HD 150052 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd150052" in the Observation Index (text file). There is also a list which includes filenames.

289) hd152786 * * * * * * * * * * HD 152786 = HR 6285 * * * * * * *
At RA 254.655 DEC -55.990 K3III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2845 6 6 E0-G0 13.46 14.96 89.8 108.9

2846 6 6 E0-G0 13.59 15.06 88.3 107.3

2850 6 6 E0-G0 11.84 14.77 92.5 129.2

2856 2 2 E0-G0 14.33 14.45 96.8 98.4

2857 6 6 E0-G0 14.75 15.87 69.8 92.8

2859 6 6 E0-G0 14.81 15.92 67.6 91.9

2861 6 6 E0-G0 14.10 15.90 68.7 101.2

2885 6 6 E0-G0 12.64 14.63 94.5 118.7

2889 6 6 E0-G0 12.81 15.25 85.1 116.7

2891 6 6 E0-G0 12.19 14.52 95.9 124.5

2914 6 6 E0-G0 12.00 13.26 111.2 127.1

2915 4 4 E0-G0 10.05 10.43 156.1 173.8

TOTAL 66 66 (1) 10.05 15.92 67.6 173.8

For details on observations of this object, see the line for 289) HD 152786 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd152786" in the Observation Index (text file). There is also a list which includes filenames.

290) ioteri * * * * * * * * * * iot Eri = HD 16815 * * * * * * *
At RA 40.167 DEC -39.855 K0III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2848 2 2 E0-G0 15.97 15.99 64.0 66.0

2849 4 2 E0-G0 15.99 16.00 65.5 68.0

2850 2 -none- E0-G0

2857 4 2 E0-G0 15.62 15.85 54.5 74.0

2860 4 3 E0-G0 15.85 15.98 62.9 74.1

2861 4 4 E0-G0 15.94 15.98 62.9 71.8

2862 1 -none- E0-G0

2863 2 1 E0-G0 15.99 15.99 65.6 65.6

2880 2 2 E0-G0 15.94 15.97 70.5 71.7

2881 2 2 E0-G0 15.98 15.99 64.4 65.6

2886 6 6 E0-G0 14.96 15.96 70.7 84.5

2924 5 5 E0-G0 13.60 15.17 82.7 93.7

2925 8 8 E0-G0 12.75 15.99 69.1 98.6

2926 8 8 E0-G0 14.92 15.99 58.8 84.9

2927 6 6 E0-G0 10.66 14.11 90.5 110.9

2928 5 5 E0-G0 12.83 14.76 86.1 98.2

2929 7 7 E0-G0 11.13 16.00 65.2 108.0

2930 4 4 E0-G0 13.73 15.69 77.0 92.9

2933 3 3 E0-G0 14.80 15.22 82.3 85.8

TOTAL 79 70 (1) 10.66 16.00 54.5 110.9

For details on observations of this object, see the line for 290) iot Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ioteri" in the Observation Index (text file). There is also a list which includes filenames.

291) hd187076 * * * * * * * * * * HD 187076 = hd187076 * * * * * * *
At RA 296.847 DEC 18.534 Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2856 2 1 E0-G0 15.97 15.97 73.1 73.1

2859 2 2 E0-G0 15.87 15.94 73.5 74.3

2860 4 4 E0-G0 14.46 15.90 74.0 79.3

2863 2 2 E0-G0 15.98 16.00 72.2 72.7

2886 7 7 E0-G0 12.75 15.76 75.1 82.1

2890 4 4 E0-G0 15.03 15.98 72.8 77.9

2896 8 8 E0-G0 13.56 16.00 71.8 80.9

TOTAL 29 28 (1) 12.75 16.00 71.8 82.1

For details on observations of this object, see the line for 291) HD 187076 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd187076" in the Observation Index (text file). There is also a list which includes filenames.

292) Beta-Ret * * * * * * * * * * bet Ret = HD 23817 * * * * * * *
At RA 56.050 DEC -64.807 K2III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2864 1 1 U2-U3 42.37 42.37 34.9 34.9

TOTAL 1 1 (1) 42.37 42.37 34.9 34.9

For details on observations of this object, see the line for 292) bet Ret in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "Beta-Ret" in the Observation Index (text file). There is also a list which includes filenames.

293) HR_999 * * * * * * * * * * HR 999 = HD 20644 * * * * * * *
At RA 50.085 DEC 29.048 K4III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2864 1 -none- U2-U3

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 293) HR 999 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HR_999" in the Observation Index (text file). There is also a list which includes filenames.

295) hd189437 * * * * * * * * * * HD 189437 = hd189437 * * * * * * *
At RA 300.125 DEC -15.887 F5IV Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2866 5 5 U2-U3 46.15 46.62 39.4 42.8

TOTAL 5 5 (1) 46.15 46.62 39.4 42.8

For details on observations of this object, see the line for 295) HD 189437 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd189437" in the Observation Index (text file). There is also a list which includes filenames.

308) hd10380 * * * * * * * * * * HD 10380 = HR 489 * * * * * * *
At RA 25.358 DEC 5.488 K3IIIb Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2998 2 2 D0-H0 63.86 63.99 72.8 73.1

3002 3 3 D0-H0 63.68 64.00 72.0 72.7

TOTAL 5 5 (1) 63.68 64.00 72.0 73.1

For details on observations of this object, see the line for 308) HD 10380 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd10380" in the Observation Index (text file). There is also a list which includes filenames.

314) ups1eri * * * * * * * * * * ups01 Eri = HD 29085 * * * * * * *
At RA 68.377 DEC -29.766 G6III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2880 2 2 E0-G0 15.82 15.87 64.4 65.4

2881 2 1 E0-G0 15.43 15.43 59.4 59.4

2882 1 -none- E0-G0

2889 2 2 E0-G0 14.97 15.09 54.5 55.8

TOTAL 7 5 (1) 14.97 15.87 54.5 65.4

For details on observations of this object, see the line for 314) ups01 Eri in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "ups1eri" in the Observation Index (text file). There is also a list which includes filenames.

315) 19ari * * * * * * * * * * 19 Ari = HD 13596 * * * * * * *
At RA 33.264 DEC 15.280 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2886 1 1 E0-G0 13.56 13.56 79.0 79.0

2907 1 1 E0-G0 15.94 15.94 73.5 73.5

2915 2 2 E0-G0 15.84 15.93 73.6 74.3

2929 1 1 E0-G0 14.33 14.33 78.1 78.1

2934 4 4 E0-G0 14.40 15.50 75.7 78.0

2976 1 1 E0-G0 15.40 15.40 76.0 76.0

TOTAL 10 10 (1) 13.56 15.94 73.5 79.0

For details on observations of this object, see the line for 315) 19 Ari in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "19ari" in the Observation Index (text file). There is also a list which includes filenames.

316) delari * * * * * * * * * * del Ari = HD 19787 * * * * * * *
At RA 47.907 DEC 19.727 K2III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2915 2 2 E0-G0 15.62 15.71 75.5 76.0

2935 2 2 E0-G0 15.81 15.87 74.3 74.8

2936 1 1 E0-G0 15.94 15.94 73.6 73.6

2940 2 2 E0-G0 15.65 15.78 75.0 75.8

TOTAL 7 7 (1) 15.62 15.94 73.6 76.0

For details on observations of this object, see the line for 316) del Ari in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "delari" in the Observation Index (text file). There is also a list which includes filenames.

317) hd1038 * * * * * * * * * * HD 1038 = HR 48 * * * * * * *
At RA 3.660 DEC -18.933 M1III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2924 2 2 E0-G0 15.08 15.23 77.4 77.9

2925 10 10 E0-G0 14.27 16.00 58.4 79.2

2926 8 8 E0-G0 13.47 16.00 53.8 72.0

2927 10 10 E0-G0 14.27 15.97 64.9 79.8

2928 10 10 E0-G0 13.18 15.97 52.0 80.6

2930 10 10 E0-G0 12.69 16.00 48.9 72.6

2932 5 5 E0-G0 13.99 15.88 56.8 69.1

2933 5 5 E0-G0 12.42 14.09 47.1 57.3

2942 4 4 E0-G0 11.43 14.00 80.4 84.2

TOTAL 64 64 (1) 11.43 16.00 47.1 84.2

For details on observations of this object, see the line for 317) HD 1038 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd1038" in the Observation Index (text file). There is also a list which includes filenames.

318) hd9053 * * * * * * * * * * HD 9053 = HR 429 * * * * * * *
At RA 22.091 DEC -43.318 M0IIIa... Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2924 4 4 E0-G0 10.70 12.97 100.3 116.2

2925 8 8 E0-G0 9.820 15.04 84.8 123.4

2926 8 8 E0-G0 13.99 15.99 67.6 93.3

2927 8 8 E0-G0 9.372 14.82 86.9 127.7

2928 6 6 E0-G0 8.866 13.50 96.8 133.1

2929 8 8 E0-G0 10.34 15.88 72.8 119.0

2930 10 10 E0-G0 9.224 14.90 86.1 129.2

2931 8 8 E0-G0 11.26 15.11 84.2 112.0

TOTAL 60 60 (1) 8.866 15.99 67.6 133.1

For details on observations of this object, see the line for 318) HD 9053 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd9053" in the Observation Index (text file). There is also a list which includes filenames.

319) 33psc * * * * * * * * * * 33 Psc = HD 28 * * * * * * *
At RA 1.334 DEC -5.708 K0IIIb Variable of RS CVn type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2925 2 2 E0-G0 14.34 14.54 67.6 68.1

2929 2 2 E0-G0 12.38 12.80 62.2 63.5

2930 2 2 E0-G0 14.60 14.90 73.7 73.7

2931 2 2 E0-G0 15.78 15.89 73.3 73.5

2933 6 6 E0-G0 14.30 15.99 72.2 73.7

2934 2 2 E0-G0 13.66 13.90 65.9 66.5

2940 2 2 E0-G0 15.40 15.58 73.6 73.7

2941 2 2 E0-G0 15.73 15.85 73.4 73.5

2942 2 2 E0-G0 15.67 15.80 73.4 73.6

2970 6 6 E0-G0 13.73 15.87 73.3 73.7

2972 6 6 E0-G0 14.52 15.99 72.9 73.7

TOTAL 34 34 (1) 12.38 15.99 62.2 73.7

For details on observations of this object, see the line for 319) 33 Psc in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "33psc" in the Observation Index (text file). There is also a list which includes filenames.

320) sao147241 * * * * * * * * * * sao147241 = HD 1879 * * * * * * *
At RA 5.768 DEC -15.943 M0III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2925 8 8 E0-G0 15.33 15.98 66.0 76.4

2928 8 8 E0-G0 12.44 15.19 56.0 80.5

2929 2 2 E0-G0 15.21 15.42 65.4 66.5

2930 4 4 E0-G0 12.93 15.98 53.9 73.6

2931 2 2 E0-G0 15.72 15.84 68.5 69.5

2934 2 2 E0-G0 15.08 15.22 64.7 65.4

2941 4 4 E0-G0 14.96 15.99 70.7 77.3

2942 4 4 E0-G0 15.25 16.00 72.4 76.6

2972 2 2 E0-G0 14.13 14.34 78.4 78.7

2988 2 2 E0-G0 15.35 15.54 75.7 76.3

TOTAL 38 38 (1) 12.44 16.00 53.9 80.5

For details on observations of this object, see the line for 320) sao147241 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao147241" in the Observation Index (text file). There is also a list which includes filenames.

321) HIP001200 * * * * * * * * * * HIP001200 = HIP001200 * * * * * * *
At RA 3.755 DEC 66.114 K2 Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2947 11 11 U2-U3 34.14 38.57 57.2 75.8

TOTAL 11 11 (1) 34.14 38.57 57.2 75.8

For details on observations of this object, see the line for 321) HIP001200 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HIP001200" in the Observation Index (text file). There is also a list which includes filenames.

322) hd14890 * * * * * * * * * * HD 14890 = HR 700 * * * * * * *
At RA 35.777 DEC -37.576 K2III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2947 8 7 U2-U3 37.67 43.92 48.9 58.3

TOTAL 8 7 (1) 37.67 43.92 48.9 58.3

For details on observations of this object, see the line for 322) HD 14890 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd14890" in the Observation Index (text file). There is also a list which includes filenames.

323) hd41047 * * * * * * * * * * HD 41047 = HR 2131 * * * * * * *
At RA 90.318 DEC -33.912 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2947 7 7 U2-U3 44.70 45.62 44.4 47.6

TOTAL 7 7 (1) 44.70 45.62 44.4 47.6

For details on observations of this object, see the line for 323) HD 41047 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd41047" in the Observation Index (text file). There is also a list which includes filenames.

324) hd20356 * * * * * * * * * * HD 20356 = hd20356 * * * * * * *
At RA 49.091 DEC -5.730 K5 Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2948 21 21 U2-U3 40.20 46.65 29.5 46.2

2949 2 2 U2-U3 45.49 45.74 46.0 46.1

TOTAL 23 23 (1) 40.20 46.65 29.5 46.2

For details on observations of this object, see the line for 324) HD 20356 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hd20356" in the Observation Index (text file). There is also a list which includes filenames.

325) HST-S294-D_K10.6 * * * * * * * * * * HST-S294-D_K10.6 = HST-S294-D_K10.6 * * * * * * *
At RA 0. DEC 0. SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2949 1 -none- U2-U3

TOTAL 1 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 325) HST-S294-D_K10.6 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HST-S294-D_K10.6" in the Observation Index (text file). There is also a list which includes filenames.

326) HIP009404 * * * * * * * * * * HIP009404 = HD 12345 * * * * * * *
At RA 30.203 DEC -12.875 G8III High proper-motion Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2949 2 2 U2-U3 45.87 45.98 39.8 40.2

TOTAL 2 2 (1) 45.87 45.98 39.8 40.2

For details on observations of this object, see the line for 326) HIP009404 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HIP009404" in the Observation Index (text file). There is also a list which includes filenames.

327) HIP013989 * * * * * * * * * * HIP013989 = HD 18667 * * * * * * *
At RA 45.034 DEC .235 G8V Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2949 1 1 U2-U3 41.91 41.91 39.4 39.4

TOTAL 1 1 (1) 41.91 41.91 39.4 39.4

For details on observations of this object, see the line for 327) HIP013989 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "HIP013989" in the Observation Index (text file). There is also a list which includes filenames.

328) 2MASS_star3_K9.0 * * * * * * * * * * 2MASS_star3_K9.0 = 2MASS_star3_K9.0 * * * * * * *
At RA 0. DEC 0. SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2949 3 -none- U2-U3

TOTAL 3 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 328) 2MASS_star3_K9.0 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "2MASS_star3_K9.0" in the Observation Index (text file). There is also a list which includes filenames.

331) 17mon * * * * * * * * * * 17 Mon = HD 49161 * * * * * * *
At RA 101.833 DEC 8.037 K4III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2997 6 6 D0-H0 62.41 64.00 70.9 74.1

2999 4 3 D0-H0 52.08 59.87 74.6 74.7

3000 9 9 D0-H0 50.41 64.00 72.6 74.7

3013 2 2 D0-H0 63.87 63.99 72.0 72.5

3017 2 2 D0-H0 61.90 62.61 74.0 74.2

3018 4 4 D0-H0 62.79 63.89 70.6 73.4

TOTAL 27 26 (1) 50.41 64.00 70.6 74.7

For details on observations of this object, see the line for 331) 17 Mon in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "17mon" in the Observation Index (text file). There is also a list which includes filenames.

346) hr1799 * * * * * * * * * * HR 1799 = HD 35536 * * * * * * *
At RA 81.257 DEC -10.329 K5III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2994 2 2 D0-H0 62.16 62.72 74.4 74.6

2995 10 10 D0-H0 49.14 63.46 57.1 74.2

2996 8 8 D0-H0 53.84 63.98 61.7 72.3

2998 4 4 D0-H0 57.46 63.00 64.9 70.3

3013 5 5 D0-H0 59.20 63.67 73.5 75.5

3016 2 2 D0-H0 63.93 64.00 72.5 73.0

TOTAL 31 31 (1) 49.14 64.00 57.1 75.5

For details on observations of this object, see the line for 346) HR 1799 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hr1799" in the Observation Index (text file). There is also a list which includes filenames.

347) sao129596 * * * * * * * * * * sao129596 = HD 12076 * * * * * * *
At RA 29.615 DEC -7.078 M0 Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2998 2 2 D0-H0 62.64 63.17 73.6 73.8

3001 2 2 D0-H0 57.69 59.25 74.3 74.3

3002 2 2 D0-H0 62.58 63.16 73.6 73.8

TOTAL 6 6 (1) 57.69 63.17 73.6 74.3

For details on observations of this object, see the line for 347) sao129596 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao129596" in the Observation Index (text file). There is also a list which includes filenames.

348) hip42913 * * * * * * * * * * hip42913 = HD 74956 * * * * * * *
At RA 131.176 DEC -54.709 A1V Eclipsing binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2750 3 3 B3-M0 94.56 98.20 103.7 107.3

2761 6 6 B3-M0 101.5 121.5 80.6 100.5

2762 8 8 B3-M0 109.5 126.4 74.8 92.8

2770 3 2 B3-M0 119.2 122.8 79.2 83.1

TOTAL 20 19 (1) 94.56 126.4 74.8 107.3

For details on observations of this object, see the line for 348) hip42913 in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "hip42913" in the Observation Index (text file). There is also a list which includes filenames.

349) musgr * * * * * * * * * * mu. Sgr = HD 166937 * * * * * * *
At RA 273.441 DEC -21.059 B2III: Eclipsing binary of Algol type SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2443 3 3 E0-G1 64.38 64.91 154.1 157.4

TOTAL 3 3 (1) 64.38 64.91 154.1 157.4

For details on observations of this object, see the line for 349) mu. Sgr in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "musgr" in the Observation Index (text file). There is also a list which includes filenames.

350) gamhya * * * * * * * * * * gam Hya = HD 115659 * * * * * * *
At RA 199.730 DEC -23.172 G8III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2681 6 6 B3-D1 22.78 23.88 61.3 68.5

TOTAL 6 6 (1) 22.78 23.88 61.3 68.5

For details on observations of this object, see the line for 350) gam Hya in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gamhya" in the Observation Index (text file). There is also a list which includes filenames.

351) omitau * * * * * * * * * * omi Tau = HD 21120 * * * * * * *
At RA 51.203 DEC 9.029 G6III Spectroscopic binary SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

3018 2 2 D0-H0 63.84 63.99 71.9 72.4

TOTAL 2 2 (1) 63.84 63.99 71.9 72.4

For details on observations of this object, see the line for 351) omi Tau in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "omitau" in the Observation Index (text file). There is also a list which includes filenames.

352) eta02pic * * * * * * * * * * eta02 Pic = HD 33042 * * * * * * *
At RA 76.242 DEC -49.578 K5III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2992 1 1 D0-H0 59.22 59.22 89.3 89.3

2993 1 1 D0-H0 63.70 63.70 55.1 55.1

2994 4 4 D0-H0 50.97 56.11 97.1 108.6

2997 6 6 D0-H0 61.21 63.92 66.5 83.2

3001 10 10 D0-H0 49.02 63.98 64.9 113.0

3002 2 2 D0-H0 63.72 63.81 55.4 56.8

3010 7 7 D0-H0 59.83 63.96 58.7 87.6

3011 2 2 D0-H0 58.65 59.53 88.5 90.9

3012 4 4 D0-H0 63.37 64.00 61.3 72.9

3013 2 2 D0-H0 63.92 63.98 59.0 61.1

3015 4 4 D0-H0 59.00 63.99 59.3 89.9

3017 2 2 D0-H0 63.67 63.84 68.1 70.2

3018 5 5 D0-H0 60.77 63.82 68.3 84.7

TOTAL 50 50 (1) 49.02 64.00 55.1 113.0

For details on observations of this object, see the line for 352) eta02 Pic in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "eta02pic" in the Observation Index (text file). There is also a list which includes filenames.

353) sao234465 * * * * * * * * * * AC Pic = HD 45002 * * * * * * *
At RA 95.420 DEC -56.362 M3III Semi-regular pulsating Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

3001 6 6 D0-H0 54.77 62.71 76.2 106.5

3002 2 2 D0-H0 63.49 63.70 43.1 47.0

3011 2 2 D0-H0 61.05 61.92 80.9 85.0

3012 4 4 D0-H0 63.82 63.97 50.7 65.0

3018 4 4 D0-H0 62.26 63.96 61.3 79.0

3026 1 1 D0-H0 62.07 62.07 80.0 80.0

TOTAL 19 19 (1) 54.77 63.97 43.1 106.5

For details on observations of this object, see the line for 353) AC Pic in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "sao234465" in the Observation Index (text file). There is also a list which includes filenames.

354) 31leo * * * * * * * * * * 31 Leo = HD 87837 * * * * * * *
At RA 151.976 DEC 9.998 K4III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2998 5 4 D0-H0 52.02 61.86 74.7 75.9

2999 1 1 D0-H0 58.64 58.64 75.5 75.5

3000 8 7 D0-H0 49.20 63.84 73.2 75.9

3003 2 2 D0-H0 63.90 63.98 71.9 72.2

3012 3 2 D0-H0 42.14 44.52 75.3 75.5

3013 2 2 D0-H0 59.86 60.90 75.0 75.3

3015 2 2 D0-H0 63.77 63.97 71.6 72.2

3016 4 4 D0-H0 59.96 63.61 73.6 75.2

3017 2 2 D0-H0 63.93 64.00 72.5 73.0

3018 6 6 D0-H0 57.46 63.99 71.8 75.6

TOTAL 35 32 (1) 42.14 64.00 71.6 75.9

For details on observations of this object, see the line for 354) 31 Leo in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "31leo" in the Observation Index (text file). There is also a list which includes filenames.

355) 29ori * * * * * * * * * * 29 Ori = HD 35369 * * * * * * *
At RA 80.987 DEC -7.808 G8III Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

3015 2 2 D0-H0 63.64 63.90 73.1 73.4

3016 2 2 D0-H0 62.18 62.84 73.9 74.1

3026 4 3 D0-H0 63.02 63.56 70.9 73.6

3027 3 3 D0-H0 50.77 62.89 73.9 74.3

TOTAL 11 10 (1) 50.77 63.90 70.9 74.3

For details on observations of this object, see the line for 355) 29 Ori in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "29ori" in the Observation Index (text file). There is also a list which includes filenames.

356) gam1cae * * * * * * * * * * gam Cae = HD 32831 * * * * * * *
At RA 76.102 DEC -35.483 K3III Double or multiple star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2994 10 10 D0-H0 44.04 63.99 62.2 102.9

2995 4 4 D0-H0 55.89 62.71 77.0 89.0

2996 4 4 D0-H0 57.10 61.22 80.7 87.4

2997 6 6 D0-H0 60.51 63.99 69.5 82.0

3001 4 4 D0-H0 62.40 64.00 68.8 77.9

3010 8 8 D0-H0 51.11 63.86 64.6 94.7

3012 2 2 D0-H0 60.13 60.98 81.1 82.7

3013 2 2 D0-H0 63.68 63.97 64.1 69.9

3015 4 4 D0-H0 56.82 63.93 70.7 87.7

3017 5 5 D0-H0 61.09 63.89 71.2 80.9

3054 1 1 D0-H0 32.50 32.50 119.6 119.6

TOTAL 50 50 (1) 32.50 64.00 62.2 119.6

For details on observations of this object, see the line for 356) gam Cae in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "gam1cae" in the Observation Index (text file). There is also a list which includes filenames.

357) alfvir * * * * * * * * * * alf Vir = HD 116658 * * * * * * *
At RA 201.298 DEC -11.161 B1III-IV+. Ellipsoidal variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

3154 3 -none- U2-U3

TOTAL 3 0 (1) 0. 0. 0. 0.

For details on observations of this object, see the line for 357) alf Vir in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "alfvir" in the Observation Index (text file). There is also a list which includes filenames.

379) 28mon * * * * * * * * * * 28 Mon = HD 65953 * * * * * * *
At RA 120.306 DEC -1.393 K4III Variable Star SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2992 1 1 D0-H0 51.22 51.22 67.2 67.2

2997 2 2 D0-H0 63.99 64.00 72.8 72.8

2998 4 4 D0-H0 54.34 61.80 68.7 71.8

3015 2 2 D0-H0 62.24 62.95 71.9 72.2

3016 2 2 D0-H0 59.22 60.30 70.8 71.2

3017 2 2 D0-H0 63.62 63.88 72.8 72.9

TOTAL 13 13 (1) 51.22 64.00 67.2 72.9

For details on observations of this object, see the line for 379) 28 Mon in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "28mon" in the Observation Index (text file). There is also a list which includes filenames.

380) 30gem * * * * * * * * * * 30 Gem = HD 48433 * * * * * * *
At RA 100.997 DEC 13.228 K1III Star in double system SIMBAD

JD Number
Total Observations
Successful Baseline
   desig. Projected
(meters) Baseline
range Position
(deg.) Angle
range

2997 4 4 D0-H0 63.38 63.94 71.2 74.1

2999 3 3 D0-H0 55.72 61.00 75.9 77.5

3000 6 6 D0-H0 55.40 63.94 71.2 77.6

3002 4 4 D0-H0 54.15 60.65 76.0 77.8

3017 2 2 D0-H0 63.14 63.60 73.8 74.4

TOTAL 19 19 (1) 54.15 63.94 71.2 77.8

For details on observations of this object, see the line for 380) 30 Gem in the Observations By Object table (text file).
To see those observations in context (for instance, to identify calibrators) search for "30gem" in the Observation Index (text file). There is also a list which includes filenames.

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JD	Number Total	Observations Successful	Baseline desig.	Projected (meters)	Baseline range	Position (deg.)	Angle range
2227	6	6	E0-G0	13.23	16.00	71.9	81.5
2235	3	3	E0-G0	15.55	15.70	75.4	76.2
2253	1	1	E0-G0	15.96	15.96	73.2	73.2
2256	3	3	E0-G0	14.97	15.92	73.8	78.1
2257	4	4	E0-G0	13.80	14.88	78.3	80.5
TOTAL	17	17	(1)	13.23	16.00	71.9	81.5