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Major S.P. and Semerenko R.L.
ASTROMETRIC OBSERVATIONS OF THE MARTIAN SATELLITES FROM TARIJA, 1988
Abstract
141 topocentric positions of Phobos and 113 of Deimos are presented as
obtained from photographic observations performed during August and
November 1988 at the 60-cm reflector of the Tarija Observatory, Bolivia.
I.Introduction
A set of photographic observations of the Martian system was
made in the frame of the ground-based observing project for the Phobos
mission at the Tarija Observatory (TO), Bolivia, during the opposition
of Mars, between August and November 1988.
Most of plates were rapidly processed at the same time. Reduction of the
plates was done by such a method using the measures on the reference stars
only to determine a required orientation angle and scale factor. The planet
-relative coordinates of Phobos and Deimos had been transmitted to orbit
centres in due course by 15 November 1988.
However, because the Mars' images are overexposed, the deduced planet-
satellite coordinates suffer from the magnitude error and systematic errors
due to estimation of the position of the planetary center. With this in
mind we have rereduced the observations in "full mode" in order to determine
equatorial coordinates of the Martian satellites.
II.Observations
The observations were made with the 60-cm Cassegrain telescope. The plate
scale is 27.5 arcsec/mm, giving the 6 x 6 cm field of about 30 x 30 arcmin.
During the interval, August - November 1988, more than 200 usable exposures
of the Martian system were taken on ORWO ZU-21 and NP-27 plates with no
filter or other magnitude compensation making one to six exposures on each
plate. When multiple exposures were taken on a single plate the telescope
was shifted in declination or right ascension by a small amount between
exposures. The exposure time varied from 20 to 50 seconds, depending on
the meteorological conditions. The time of observation was recorded to an
accuracy of 0.5 s with the marine chronometer.
III.Astrometric processing and results
With the observations having been carried out, we come back to the Main
Astronomical Observatory (MAO) in Kyiv and started a new examination of
the plates. We found that some faint images of satellites previously not
measured with the ASCORECORD 3DP measuring machine at the TO could be
measured with the ASCOREMAT measuring machine at the MAO. Therefore several
plates were remeasured. In addition, another plates containing the faint
measurable images were also measured.
In order to eliminate the systematic errors of setting, four sets of
measures of each image on the plate were made in different positions of
reversing prism. The means of four such measures were taken as the measures
of the plate.
It was often the case that a given satellite was embedded in the planetary
halo or diffraction spike. So setting of cross-wires on such images, especially
of hardly visible ones are rather doubtful.
In processing the plates, each exposure and each measurement were treated
separately. Measures of Mars and its satellite(s) were reduced by the method
of plate constants.
The reference star positions were taken from a
catalogue specially prepared for this project by H.Potter at the Pulkovo
Observatory. The catalogue is based upon the FK5/J2000 version of the FOCAT-S
star catalogue and has a mean epoch of 1987. The catalogue provides an average
density of 23 stars per square degree and a magnitude range between 6 -11.5
within one degree of Mars' apparent path from July through November 1988.
The positions of satellites, resulting from the plate reduction,
have been compared with the JPL DE403 ephemerides. A number of them were found
to have residuals greater than 1.25 arcsec and these have been rejected.
The nonrejected positions derived from the repeated measurements of a given
exposure were united. The positions of Mars were excluded from the subsequent
discussion.
The astrometric positions of Phobos and Deimos remained after trying
are given in Table 1 and are plotted on Fig. 1.
For each position are given the epoch of observation (the UTC mid-exposure epoch),
right ascension and declination referred to the standard equator and
equinox of J2000, the plate number, the exposure number, the number of
reference stars, the rms star residuals for RA and Dec
(the standard deviations of the plate solutions in RA and Dec), the emulsion,
codes for observer and measuring machine (identified at the end of the table).
TABLE I. Astrometric topocentric positions of Phobos and Deimos from
the Tarija Observatory (Lat=21 35 36.0 S, Long= 4 18 30.0 W, Height=2000 m)
-----------------------------------------------------------------------------
Object Date 1988 RA J2000 Dec J2000 Pl Exp Ob Em RS rms res MM
-----------------------------------------------------------------------------
Phobos 8 14.215396 00 46 41.511 -00 26 29.47 055 3 MS ZU 3 TK
8 14.216319 00 46 41.542 -00 26 30.63 055 4 MS ZU 3 T
8 14.216954 00 46 41.591 -00 26 29.29 055 5 MS ZU 3 TK
8 18.209221 00 48 57.905 -00 18 09.39 079 1 S ZU 8 .35 .28 TK
8 18.210637 00 48 57.934 -00 18 09.77 079 2 S ZU 8 .42 .28 TK
8 18.211762 00 48 57.963 -00 18 09.00 079 3 S ZU 8 .40 .17 TK
8 18.212772 00 48 57.951 -00 18 08.87 079 4 S ZU 7 .48 .36 TK
8 18.213781 00 48 57.977 -00 18 08.82 079 5 S ZU 6 .41 .31 TK
8 18.214909 00 48 58.000 -00 18 09.17 079 6 S ZU 6 .33 .24 TK
8 18.385935 00 48 58.812 -00 18 26.42 082 3 S ZU 5 .51 .04 TK
8 18.387696 00 48 58.900 -00 18 26.93 082 5 S ZU 5 .36 .39 T
8 19.152554 00 49 22.885 -00 16 56.18 084 1 M ZU 2 TK
8 19.160896 00 49 22.996 -00 16 54.54 084 3 M ZU 4 .17 .43 TK
8 19.164907 00 49 23.030 -00 16 54.07 084 4 M ZU 3 TK
8 19.170106 00 49 23.042 -00 16 52.91 084 5 M ZU 4 .24 .15 TK
8 19.182230 00 49 23.077 -00 16 51.89 085 2 M NP 4 .04 .28 TK
8 19.185693 00 49 23.069 -00 16 51.25 085 3 M NP 3 TK
8 19.316142 00 49 22.658 -00 17 12.37 086 5 M NP 3 T
8 19.323175 00 49 22.793 -00 17 12.60 087 1 M ZU 3 TK
8 19.328728 00 49 23.008 -00 17 13.29 087 2 M ZU 2 TK
8 19.339410 00 49 23.311 -00 17 12.55 087 3 M ZU 2 TK
8 19.348012 00 49 23.650 -00 17 12.68 087 4 M ZU 2 TK
8 19.351186 00 49 23.804 -00 17 11.80 087 6 M ZU 3 TK
8 20.259090 00 49 44.309 -00 16 11.28 088 1 S NP 8 .21 .25 TK
8 20.260534 00 49 44.335 -00 16 11.46 088 3 S NP 8 .24 .19 TK
8 20.262641 00 49 44.350 -00 16 11.92 088 4 S NP 8 .27 .16 TK
8 20.264055 00 49 44.373 -00 16 12.07 088 5 S NP 8 .23 .22 TK
8 20.265526 00 49 44.408 -00 16 12.04 088 6 S NP 7 .29 .31 TK
8 20.269453 00 49 44.460 -00 16 12.63 089 1 S ZU 7 .20 .24 TK
8 20.270404 00 49 44.491 -00 16 12.36 089 2 S ZU 8 .29 .15 TK
8 20.271184 00 49 44.506 -00 16 12.97 089 3 S ZU 8 .32 .20 TK
8 20.271964 00 49 44.523 -00 16 12.79 089 4 S ZU 8 .36 .30 TK
8 20.272973 00 49 44.529 -00 16 12.93 089 5 S ZU 7 .28 .25 TK
8 20.280883 00 49 44.732 -00 16 13.72 090 1 S ZU 8 .38 .15 TK
8 20.281604 00 49 44.754 -00 16 13.47 090 2 S ZU 8 .32 .24 TK
8 20.282671 00 49 44.767 -00 16 13.39 090 3 S ZU 8 .16 .20 TK
8 20.283393 00 49 44.812 -00 16 13.80 090 4 S ZU 8 .18 .31 TK
8 20.284230 00 49 44.812 -00 16 13.38 090 5 S ZU 8 .25 .28 TK
8 21.202348 00 50 03.337 -00 15 22.85 092 2 M ZU 5 .24 .43 TK
8 21.215510 00 50 03.427 -00 15 24.54 091 4 M ZU 6 .18 .46 TK
8 21.230433 00 50 03.621 -00 15 26.95 091 5 M ZU 6 .25 .49 TK
8 21.234560 00 50 03.708 -00 15 27.88 092 3 M ZU 5 .15 .55 TK
8 21.245932 00 50 04.011 -00 15 28.28 092 4 M ZU 5 .10 .55 TK
8 21.256266 00 50 04.313 -00 15 27.55 092 5 M ZU 4 .25 .54 TK
8 21.271505 00 50 04.861 -00 15 26.72 092 6 M ZU 4 .06 .72 TK
8 22.198383 00 50 20.094 -00 14 55.69 093 3 S ZU 5 .06 .17 K
8 22.199104 00 50 20.049 -00 14 55.46 093 4 S ZU 5 .09 .55 K
8 22.200028 00 50 20.090 -00 14 56.11 093 5 S ZU 5 .20 .34 K
8 23.153858 00 50 33.292 -00 14 37.79 094 2 M ZU 4 .18 .31 K
8 23.162286 00 50 33.504 -00 14 38.48 094 3 M ZU 4 .16 .47 K
8 24.242770 00 50 47.284 -00 14 06.45 096 1 M ZU 4 .27 .16 TK
8 24.243867 00 50 47.315 -00 14 05.20 096 2 S ZU 4 .22 .25 TK
8 24.244618 00 50 47.293 -00 14 05.68 096 3 S ZU 4 .14 .38 TK
8 24.245714 00 50 47.335 -00 14 05.12 096 4 S ZU 4 .17 .31 TK
8 24.247157 00 50 47.311 -00 14 04.75 096 5 S ZU 4 .01 .57 TK
8 24.248024 00 50 47.301 -00 14 04.64 096 6 S ZU 4 .22 .22 TK
8 24.264476 00 50 47.185 -00 14 02.42 097 1 S ZU 4 .08 .41 TK
8 24.265832 00 50 47.163 -00 14 01.28 097 3 S ZU 4 .19 .24 TK
8 24.266497 00 50 47.175 -00 14 02.79 097 4 S ZU 4 .23 .15 T
8 24.267362 00 50 47.202 -00 14 01.20 097 5 S ZU 5 .15 .35 TK
8 24.272095 00 50 47.119 -00 14 01.25 098 1 S NP 4 .34 .74 T
8 24.272615 00 50 47.073 -00 14 02.51 098 2 S NP 4 .00 .30 T
8 24.273366 00 50 47.074 -00 14 01.29 098 3 S NP 4 .00 .26 T
8 24.274463 00 50 47.074 -00 14 00.91 098 4 S NP 4 .01 .49 T
8 24.275415 00 50 47.079 -00 14 01.34 098 5 S NP 5 .19 .17 T
8 24.290079 00 50 46.798 -00 14 01.20 099 3 S ZU 4 .07 .50 T
8 24.291377 00 50 46.744 -00 14 00.95 099 4 S ZU 4 .12 .46 T
8 24.293080 00 50 46.708 -00 14 01.53 099 6 S ZU 4 .03 .35 T
9 8.109426 00 46 56.981 -00 41 40.00 102 3 S ZU 2 TK
9 8.114737 00 46 56.907 -00 41 40.85 102 5 S ZU 3 TK
9 8.117392 00 46 56.857 -00 41 41.57 102 6 S ZU 3 TK
9 8.253858 00 46 53.565 -00 41 33.36 104 1 S ZU 2 K
9 8.256918 00 46 53.271 -00 41 33.39 104 2 S ZU 2 K
9 8.262893 00 46 52.874 -00 41 34.62 104 3 S ZU 3 K
9 8.264365 00 46 52.821 -00 41 34.74 104 4 S ZU 4 .04 .05 K
9 9.217760 00 46 14.472 -00 44 53.23 106 1 M ZU 4 .34 .68 TK
9 9.223821 00 46 14.038 -00 44 54.20 106 2 M ZU 4 .24 .40 TK
9 9.238513 00 46 12.923 -00 44 57.68 106 3 M ZU 4 .44 .21 TK
9 9.239871 00 46 12.816 -00 44 58.04 106 4 M ZU 4 .24 .51 TK
9 9.241602 00 46 12.656 -00 44 58.59 106 5 M ZU 4 .22 .40 TK
9 9.348314 00 46 04.405 -00 45 51.75 108 1 M ZU 3 TK
9 9.352614 00 46 04.225 -00 45 53.57 108 2 M ZU 3 T
9 9.359195 00 46 03.847 -00 45 56.91 108 3 M ZU 3 T
9 9.363466 00 46 03.707 -00 45 58.46 108 4 M ZU 3 T
9 9.366036 00 46 03.632 -00 45 59.85 108 5 M ZU 3 T
9 10.173530 00 45 33.384 -00 48 21.03 109 3 S ZU 3 TK
9 10.177167 00 45 33.109 -00 48 21.54 109 4 S ZU 3 TK
9 10.178263 00 45 32.978 -00 48 21.55 109 5 S ZU 3 TK
9 17.183392 00 39 19.047 -01 16 50.89 116 4 M ZU 2 T
9 17.189972 00 39 18.397 -01 16 53.28 117 1 M ZU 2 T
9 17.191270 00 39 18.293 -01 16 53.52 117 2 M ZU 2 T
9 17.195108 00 39 17.961 -01 16 54.11 117 5 M ZU 2 T
9 19.107446 00 37 19.050 -01 25 11.87 120 1 M ZU 2 TK
9 19.108831 00 37 18.934 -01 25 12.29 120 2 M ZU 2 TK
9 19.109841 00 37 18.772 -01 25 12.41 120 3 M ZU 2 TK
9 19.112467 00 37 18.559 -01 25 13.00 120 4 M ZU 2 TK
9 19.116942 00 37 18.121 -01 25 13.90 120 5 M ZU 2 TK
9 19.119020 00 37 17.899 -01 25 14.64 120 6 M ZU 2 K
9 19.240102 00 37 05.916 -01 26 19.97 122 2 M ZU 3 TK
9 19.245038 00 37 05.573 -01 26 22.20 122 3 M ZU 3 TK
9 19.255492 00 37 04.912 -01 26 26.75 122 4 M ZU 3 TK
9 19.260363 00 37 04.654 -01 26 28.26 122 5 M ZU 3 T
9 19.260364 00 37 04.598 -01 26 28.71 122 5 M ZU 3 K
9 19.261462 00 37 04.572 -01 26 28.61 122 6 M ZU 3 TK
9 19.268042 00 37 04.279 -01 26 30.26 123 1 M ZU 2 T
9 19.273704 00 37 03.976 -01 26 32.90 123 2 M ZU 3 TK
9 19.276222 00 37 03.849 -01 26 32.83 123 3 M ZU 3 TK
9 19.279154 00 37 03.753 -01 26 33.69 123 4 M ZU 3 TK
9 20.058639 00 36 17.837 -01 29 19.25 126 1 S ZU 4 .41 .28 K
9 20.060226 00 36 17.676 -01 29 19.82 126 2 S ZU 3 K
9 20.061468 00 36 17.589 -01 29 19.40 126 3 S ZU 4 .08 .01 K
9 20.062737 00 36 17.434 -01 29 20.05 126 4 S ZU 3 K
9 20.064180 00 36 17.296 -01 29 20.25 126 5 S ZU 4 .20 .41 K
9 20.214443 00 36 02.981 -01 30 36.43 128 1 S ZU 5 .15 .14 K
9 20.218656 00 36 02.760 -01 30 37.78 128 2 S ZU 5 .08 .12 K
9 20.222956 00 36 02.507 -01 30 39.40 128 3 S ZU 5 .23 .16 K
10 18.108696 00 07 34.736 -02 34 32.49 141 1 M ZU 10 .18 .29 K
10 18.116403 00 07 34.296 -02 34 30.80 141 2 M ZU 11 .15 .26 K
10 18.117673 00 07 34.152 -02 34 30.61 141 3 M ZU 11 .17 .21 K
10 18.120445 00 07 34.015 -02 34 30.01 141 4 M ZU 10 .17 .23 K
10 18.126172 00 07 33.644 -02 34 29.32 141 5 M ZU 9 .16 .23 K
10 18.127285 00 07 33.540 -02 34 29.27 141 6 M ZU 7 .20 .21 K
10 19.076786 00 07 00.419 -02 33 17.25 148 1 M ZU 7 .13 .13 TK
10 19.078115 00 07 00.330 -02 33 17.38 148 2 M ZU 8 .30 .28 TK
10 19.081920 00 07 00.122 -02 33 16.95 148 3 M ZU 10 .31 .14 TK
10 19.087086 00 06 59.780 -02 33 15.26 148 4 M ZU 11 .18 .25 T
10 19.088182 00 06 59.694 -02 33 16.22 148 5 M ZU 11 .11 .22 TK
11 2.255766 00 03 50.028 -01 44 55.02 161 1 S ZU 4 .39 .00 T
11 2.257903 00 03 50.074 -01 44 55.16 161 2 S ZU 4 .02 .07 T
11 4.168600 00 04 10.575 -01 34 12.24 163 1 S ZU 5 .10 .23 K
11 4.172699 00 04 10.665 -01 34 11.46 163 3 S ZU 5 .04 .27 K
11 4.173566 00 04 10.633 -01 34 11.22 163 4 S ZU 5 .11 .08 K
11 7.041158 00 05 00.963 -01 16 26.38 166 3 S ZU 5 .17 .18 K
11 8.152211 00 05 28.439 -01 08 39.54 172 1 M ZU 5 .01 .28 K
11 8.153827 00 05 28.439 -01 08 38.59 172 2 M ZU 5 .09 .24 K
11 8.155184 00 05 28.435 -01 08 38.11 172 3 M ZU 5 .14 .34 K
11 10.064196 00 06 20.271 -00 55 16.40 176 1 M ZU 5 .06 .20 K
11 10.069651 00 06 20.370 -00 55 13.63 176 2 M ZU 5 .03 .13 K
11 10.075914 00 06 20.492 -00 55 10.14 176 3 M ZU 5 .15 .30 K
11 10.084631 00 06 20.524 -00 55 05.52 176 4 M ZU 5 .16 .28 K
11 10.091126 00 06 20.583 -00 55 02.40 176 5 M ZU 5 .25 .12 K
Deimos 8 18.210637 00 48 55.074 -00 19 00.49 079 2 S ZU 8 .42 .28 T
8 18.211762 00 48 55.130 -00 19 00.03 079 3 S ZU 8 .40 .17 T
8 18.212772 00 48 55.162 -00 18 59.90 079 4 S ZU 7 .48 .36 T
8 18.213781 00 48 55.234 -00 18 59.92 079 5 S ZU 6 .41 .31 T
8 18.214909 00 48 55.290 -00 18 59.51 079 6 S ZU 6 .33 .24 T
8 18.229311 00 48 55.860 -00 18 56.16 081 1 S NP 6 .43 .08 T
8 18.231447 00 48 55.913 -00 18 56.95 081 3 S NP 6 .33 .23 T
8 18.232283 00 48 55.949 -00 18 55.80 081 4 S NP 5 .41 .21 T
8 18.233120 00 48 56.010 -00 18 54.96 081 5 S NP 5 .53 .20 T
8 18.234303 00 48 56.077 -00 18 56.32 081 6 S NP 6 .40 .17 T
8 18.235400 00 48 56.116 -00 18 54.90 081 7 S NP 6 .41 .17 T
8 19.152554 00 49 17.486 -00 17 26.56 084 1 M ZU 4 .37 .10 TK
8 19.160896 00 49 17.602 -00 17 27.51 084 3 M ZU 4 .17 .09 TK
8 19.164907 00 49 17.662 -00 17 28.84 084 4 M ZU 3 TK
8 19.175649 00 49 17.829 -00 17 29.78 085 1 M NP 4 .24 .02 TK
8 19.185693 00 49 17.929 -00 17 30.32 085 3 M NP 3 TK
8 19.277144 00 49 19.609 -00 17 36.28 086 3 M NP 3 TK
8 19.328728 00 49 20.746 -00 17 36.13 087 2 M ZU 2 TK
8 19.339410 00 49 21.151 -00 17 35.54 087 3 M ZU 2 TK
8 20.259090 00 49 44.361 -00 15 46.15 088 1 S NP 8 .21 .25 T
8 20.260534 00 49 44.302 -00 15 46.33 088 3 S NP 8 .24 .19 T
8 20.262641 00 49 44.304 -00 15 46.33 088 4 S NP 8 .27 .16 T
8 20.264055 00 49 44.285 -00 15 46.71 088 5 S NP 8 .23 .22 T
8 20.265526 00 49 44.340 -00 15 46.67 088 6 S NP 7 .29 .31 T
8 20.269453 00 49 44.328 -00 15 46.80 089 1 S ZU 7 .20 .24 T
8 20.270404 00 49 44.287 -00 15 47.28 089 2 S ZU 8 .29 .15 T
8 20.271184 00 49 44.259 -00 15 48.02 089 3 S ZU 8 .32 .20 T
8 20.271964 00 49 44.283 -00 15 47.63 089 4 S ZU 8 .36 .30 T
8 20.272973 00 49 44.281 -00 15 48.32 089 5 S ZU 7 .28 .25 T
8 20.281604 00 49 44.246 -00 15 49.55 090 2 S ZU 8 .32 .24 T
8 20.282671 00 49 44.185 -00 15 50.10 090 3 S ZU 8 .16 .20 T
8 20.283393 00 49 44.190 -00 15 50.30 090 4 S ZU 8 .18 .31 T
8 21.160352 00 50 08.532 -00 14 40.87 091 3 M NP 6 .16 .51 K
8 21.202348 00 50 08.786 -00 14 35.94 092 2 M ZU 5 .24 .43 T
8 21.230433 00 50 08.844 -00 14 32.21 091 5 M NP 6 .25 .49 TK
8 24.242770 00 50 41.444 -00 14 43.21 096 1 S ZU 4 .27 .16 T
8 24.243867 00 50 41.415 -00 14 43.55 096 2 S ZU 4 .22 .25 TK
8 24.244618 00 50 41.411 -00 14 43.21 096 3 S ZU 4 .14 .38 TK
8 24.245714 00 50 41.393 -00 14 43.30 096 4 S ZU 4 .17 .31 TK
8 24.247157 00 50 41.409 -00 14 44.03 096 5 S ZU 4 .01 .57 TK
8 24.248024 00 50 41.427 -00 14 43.61 096 6 S ZU 4 .22 .22 TK
8 24.264477 00 50 41.417 -00 14 47.12 097 1 S ZU 4 .08 .41 TK
8 24.265111 00 50 41.421 -00 14 45.87 097 2 S ZU 4 .11 .06 T
8 24.265832 00 50 41.372 -00 14 46.69 097 3 S ZU 4 .19 .24 T
8 24.266497 00 50 41.456 -00 14 47.32 097 4 S ZU 4 .23 .15 T
8 24.267362 00 50 41.371 -00 14 45.93 097 5 S ZU 5 .15 .35 T
8 24.272095 00 50 41.356 -00 14 47.55 098 1 S NP 4 .34 .74 T
8 24.272615 00 50 41.383 -00 14 47.87 098 2 S NP 4 .00 .30 TK
8 24.273366 00 50 41.384 -00 14 48.23 098 3 S NP 4 .00 .26 TK
8 24.274463 00 50 41.368 -00 14 47.93 098 4 S NP 4 .01 .49 TK
8 24.275415 00 50 41.385 -00 14 48.45 098 5 S NP 5 .19 .17 TK
8 24.288606 00 50 41.390 -00 14 49.66 099 1 S ZU 4 .13 .33 T
8 24.289357 00 50 41.405 -00 14 50.59 099 2 S ZU 4 .10 .23 TK
8 24.290079 00 50 41.408 -00 14 49.75 099 3 S ZU 4 .07 .50 TK
8 24.291377 00 50 41.409 -00 14 50.46 099 4 S ZU 4 .12 .46 TK
8 24.292243 00 50 41.418 -00 14 50.73 099 5 S ZU 5 .16 .13 TK
8 24.293080 00 50 41.393 -00 14 50.84 099 6 S ZU 4 .03 .35 TK
9 8.114737 00 46 58.172 -00 40 52.55 102 5 S ZU 3 T
9 9.217760 00 46 16.174 -00 44 25.32 106 1 M ZU 4 .34 .68 T
9 9.223821 00 46 15.758 -00 44 26.80 106 2 M ZU 4 .24 .40 T
9 9.238513 00 46 14.736 -00 44 30.47 106 3 M ZU 4 .44 .21 T
9 9.239871 00 46 14.662 -00 44 30.79 106 4 M ZU 4 .24 .51 T
9 9.241602 00 46 14.512 -00 44 31.55 106 5 M ZU 4 .22 .40 T
9 9.248760 00 46 14.052 -00 44 34.06 107 1 M ZU 4 .81 .56 T
9 9.348314 00 46 06.856 -00 45 03.74 108 1 M ZU 3 T
9 9.359195 00 46 06.108 -00 45 08.30 108 3 M ZU 3 T
9 9.363466 00 46 05.836 -00 45 10.16 108 4 M ZU 3 T
9 19.107446 00 37 22.320 -01 25 03.97 120 1 M ZU 2 T
9 19.108831 00 37 22.258 -01 25 04.20 120 2 M ZU 2 T
9 19.109841 00 37 22.131 -01 25 04.75 120 3 M ZU 2 T
9 19.112467 00 37 21.979 -01 25 03.83 120 4 M ZU 2 T
9 19.116942 00 37 21.660 -01 25 04.27 120 5 M ZU 2 T
9 19.119021 00 37 21.508 -01 25 04.66 120 6 M ZU 2 T
9 19.234935 00 37 12.748 -01 25 19.75 122 1 M ZU 3 T
9 19.240102 00 37 12.324 -01 25 20.07 122 2 M ZU 3 T
9 19.245038 00 37 11.869 -01 25 21.24 122 3 M ZU 3 T
9 19.255492 00 37 11.042 -01 25 23.16 122 4 M ZU 3 T
9 19.260363 00 37 10.558 -01 25 24.75 122 5 M ZU 3 T
9 19.261462 00 37 10.532 -01 25 25.11 122 6 M ZU 3 T
9 19.268042 00 37 09.900 -01 25 25.97 123 1 M ZU 2 T
9 19.273704 00 37 09.428 -01 25 27.38 123 2 M ZU 3 T
9 19.276222 00 37 09.228 -01 25 28.40 123 3 M ZU 3 T
9 19.279154 00 37 08.983 -01 25 28.68 123 4 M ZU 3 T
9 20.214443 00 36 07.544 -01 30 26.48 128 1 S ZU 5 .15 .14 K
9 20.218656 00 36 07.322 -01 30 26.60 128 2 S ZU 5 .08 .12 K
9 20.222956 00 36 07.074 -01 30 26.78 128 3 S ZU 5 .23 .16 K
9 20.226304 00 36 06.890 -01 30 27.29 128 4 S ZU 5 .28 .28 K
10 18.108696 00 07 37.437 -02 34 29.04 141 1 M ZU 10 .18 .29 K
10 18.116403 00 07 37.137 -02 34 27.18 141 2 M ZU 11 .15 .26 K
10 18.117673 00 07 37.042 -02 34 26.61 141 3 M ZU 11 .17 .21 K
10 18.120445 00 07 36.953 -02 34 26.17 141 4 M ZU 10 .17 .23 K
10 18.126172 00 07 36.729 -02 34 24.90 141 5 M ZU 9 .16 .23 K
10 18.127286 00 07 36.693 -02 34 24.51 141 6 M ZU 7 .20 .21 K
10 18.199424 00 07 33.477 -02 34 08.63 143 1 M ZU 11 .10 .18 K
10 18.202916 00 07 33.322 -02 34 07.96 143 2 M ZU 11 .13 .16 K
10 18.207679 00 07 33.163 -02 34 07.39 143 3 M ZU 10 .08 .15 K
10 18.210334 00 07 32.950 -02 34 06.75 143 4 M ZU 7 .11 .27 K
10 19.076786 00 06 58.306 -02 34 07.20 148 1 M ZU 7 .13 .13 T
10 19.078115 00 06 58.327 -02 34 06.13 148 2 M ZU 8 .30 .28 T
10 19.081920 00 06 58.166 -02 34 05.94 148 3 M ZU 10 .31 .14 T
10 19.184788 00 06 56.242 -02 33 42.06 150 1 M ZU 7 .12 .19 T
10 19.187443 00 06 56.136 -02 33 41.34 150 2 M ZU 9 .19 .18 T
10 19.190388 00 06 56.112 -02 33 40.55 150 3 M ZU 10 .18 .17 T
10 19.191497 00 06 56.075 -02 33 40.48 150 4 M ZU 10 .21 .22 T
10 22.058233 00 05 34.012 -02 27 23.93 154 1 M ZU 6 .10 .20 TK
10 22.061753 00 05 33.867 -02 27 23.91 154 2 M ZU 6 .16 .16 TK
11 4.173566 00 04 08.263 -01 34 16.06 163 4 S ZU 5 .11 .08 K
11 4.191460 00 04 08.432 -01 34 12.72 164 2 S ZU 4 .40 .64 K
11 4.192904 00 04 08.439 -01 34 12.40 164 3 S ZU 4 .36 .72 K
11 4.194347 00 04 08.455 -01 34 12.36 164 4 S ZU 4 .49 .64 K
11 8.152211 00 05 24.584 -01 09 22.91 172 1 M ZU 5 .01 .28 K
11 8.153827 00 05 24.621 -01 09 22.88 172 2 M ZU 5 .09 .24 K
11 8.155184 00 05 24.637 -01 09 22.18 172 3 M ZU 5 .14 .34 K
Ob=Observer codes: M = S.P.Major, S= R.L.Semerenko
MM=Measuring machine codes: T = TO ASCORECORD 3 DP, K = MAO ASCOREMAT
-----------------------------------------------------------------------------
IY.Conclusion
We presented above 254 observations of Martian satellites. They are distributed
between 22 nights in four months. The reported coordinates of satellites
in the combination with accurate ephemereis of Mars may yield more reliable
data than measured planet-satellites coordinates.
Photographic Survey of the Northern Sky (Фотографічний огляд Північного неба - ФОН)
Catalogues of Astrometric Positions and Photometric Stellar Magnitudes of SS Bodies (Каталоги астрометричних положень та фотометричних зоряних величин тіл Сонячної системи)
Yizhakevych O. M.; Eglitis I.; Shatokhina, S. V.; Andruk, V. M.; Protsyuk, Yu. I.
Catalog of asteroid positions and magnitudes from digitized photographic observations in Baldone (Latvia)
Shatokhina, S. V.; Relke, H.; Yuldoshev, Q.; Andruk, V. M.; Protsyuk, Yu. I.; Muminov, M.
Catalog of asteroid positions and B-values from digitized photographic observations of the Northern Sky Survey (Kitab part)
Shatokhina, S. V.; Kazantseva, L. V.; Yizhakevych, O. M.; Andruk, V. M.
Catalogue of asteroids from digitized photographic plates of the Northern Sky Survey project
Eglitis, I.; Eglite, M.; Kazantseva, L. V.; Shatokhina, S. V.; Protsyuk, Yu. I.; Kovylianskaya, O. E.; Andruk, V. M.
Astrometric and photometric processing of Pluto digitized photographic
observations 1961- 1996
Yizhakevych E.M., Andruk V.N., Pakuliak L.K.
Catalogs of the topocentric positions of Uranus, Neptune and their satellites, obtained from photographic observations at the MAO NAS of Ukraine in 1963-1990.
Yizhakevych O., Andruk V., Pakuliak L.
The Catalogue of Topocentric positions of Saturn’s moons,
obtained from photographic observations in 1961-1990 at MAO NASU.
V. Golovnya, E. Izhakevich, I. Kulyk,
S. Major, S. Shatokhina
The catalogue of astrometric
positions of Mars, Phobos and Deimos.
O. Yizhakevich, I. Kulyk, S. Major,
S. Shatokhina
Catalogue of astrometric
positions of the satellites of Saturn, Uranus, and Neptune at
1990 opposition.
I. Kulyk, K. Jockers, N. Karpov, A. Sergeev
Positions of the inner Jovian moons.
I. Kulyk, K. Jockers
Photometric magnitudes of
the small inner Jovian moons.
V. V. Golovnya, S. P. Major
Positions of selected minor planets,
obtained from the Golosiiv.
S. P. Major and R. L. Semerenko
Astrometric observations of the martian
satellites from Tarija, 1988.
S. V. Shatokhina
Astrometric positions of the external planets and their satellites.
Astrometric and Photometric Catalogues for research in stellar kinematics (Астрометричні та фотометричні каталоги для зоряно-кінематичних досліджень)
N. V. Kharchenko
The programme of
the Main Meridional Section of the Galaxy (MEGA): The catalogue of stellar
astrometric characteristics with astrophysical supplements.
N. V. Kharchenko
All-Sky Compiled Catalogue
of 2.5 Million Stars (ASCC-2.5, 2-nd version).
N. Kharchenko, A. Piskunov, R.-D. Scholz
The catalogue of radial velocities
of galactic stars with high precision astrometric data (CRVAD).
N. V. Kharchenko, L. K. Pakulyak,
A. E. Piskunov
Subsystem of open clusters
in the post-HIPPARCOS era: cluster structural parameters and
proper motions.
A. N. Belikov, N. V. Kharchenko,
A. E. Piskunov, E. Schilbach
The extremely young open cluster NGC 6611.
I. Compiled catalogue, absorption map and the HR diagram.
A. N. Belikov, N. V. Kharchenko,
A. E. Piskunov, E. Schilbach, R.-D. Scholz,
A. I. Yatsenko
Study of the Per OB2 star forming complex.
I. The compiled catalogue of kinematic and photometric data.
N. Kharchenko, E. Kilpio, O. Malkov, E. Schilbach
Mira kinematics in the post-HIPPARCOS era.
S. P. Rybka & A. I. Yatsenko
GPM1 −
a catalog of absolute proper motions of stars with respect to galaxies.
S. P. Rybka & A. I. Yatsenko
GPM −
a catalog of absolute proper motions of stars with respect to galaxies.
A. I. Yatsenko & S. P. Rybka
List of candidates for Red Clump Giants
identified from 2MASS photometry in 10 sky areas.
S. P. Rybka & A. I. Yatsenko
Catalogue of 2.2 million
candidates for Red Clump giants selected from the 2MASS down to Ks = 11 magnitude
at galacic latidudes 5° < |b| < 30°.
S. P. Rybka & A. I. Yatsenko
Compiled catalogue of
stellar proper motions at the South Galactic Pole.
S. P. Rybka & A. I. Yatsenko
Compiled catalogue of proper motions
and infrared photometry of stars at the North Galactic Pole.
V. N. Andruk
Photometric survey near
the Main Galactic Meridian: Photoelectric U, B, V, R stellar
magnitudes.
V. N. Andruk, V. G. Parusimov,
T. B. Dudnik, D. E. Ostrovskij
The catalogue of positions and
stellar magnitudes in the R system of 700 stars in Hyades.
Measurements, astrometric and photographic reduction.
Astrometric and Photometric Catalogues for research in stellar kinematics (Астрометричні та фотометричні каталоги для зоряно-кінематичних досліджень)
N. V. Kharchenko
The programme of
the Main Meridional Section of the Galaxy (MEGA): The catalogue of stellar
astrometric characteristics with astrophysical supplements.
N. V. Kharchenko
All-Sky Compiled Catalogue
of 2.5 Million Stars (ASCC-2.5, 2-nd version).
N. Kharchenko, A. Piskunov, R.-D. Scholz
The catalogue of radial velocities
of galactic stars with high precision astrometric data (CRVAD).
N. V. Kharchenko, L. K. Pakulyak,
A. E. Piskunov
Subsystem of open clusters
in the post-HIPPARCOS era: cluster structural parameters and
proper motions.
A. N. Belikov, N. V. Kharchenko,
A. E. Piskunov, E. Schilbach
The extremely young open cluster NGC 6611.
I. Compiled catalogue, absorption map and the HR diagram.
A. N. Belikov, N. V. Kharchenko,
A. E. Piskunov, E. Schilbach, R.-D. Scholz,
A. I. Yatsenko
Study of the Per OB2 star forming complex.
I. The compiled catalogue of kinematic and photometric data.
N. Kharchenko, E. Kilpio, O. Malkov, E. Schilbach
Mira kinematics in the post-HIPPARCOS era.
S. P. Rybka & A. I. Yatsenko
GPM1 −
a catalog of absolute proper motions of stars with respect to galaxies.
S. P. Rybka & A. I. Yatsenko
GPM −
a catalog of absolute proper motions of stars with respect to galaxies.
A. I. Yatsenko & S. P. Rybka
List of candidates for Red Clump Giants
identified from 2MASS photometry in 10 sky areas.
S. P. Rybka & A. I. Yatsenko
Catalogue of 2.2 million
candidates for Red Clump giants selected from the 2MASS down to Ks = 11 magnitude
at galacic latidudes 5° < |b| < 30°.
S. P. Rybka & A. I. Yatsenko
Compiled catalogue of
stellar proper motions at the South Galactic Pole.
S. P. Rybka & A. I. Yatsenko
Compiled catalogue of proper motions
and infrared photometry of stars at the North Galactic Pole.
V. N. Andruk
Photometric survey near
the Main Galactic Meridian: Photoelectric U, B, V, R stellar
magnitudes.
V. N. Andruk, V. G. Parusimov,
T. B. Dudnik, D. E. Ostrovskij
The catalogue of positions and
stellar magnitudes in the R system of 700 stars in Hyades.
Measurements, astrometric and photographic reduction.
A. S. Kharin, V. N. Andruk,
S. Bartasiute, G. Z. Butenko, I. P. Vedenicheva,
A. V. Perekhod, A. V. Sergeev
UVR CCD photometry of stars in five sky fields
with matched IR/radio sources.
G. A. Ivanov
Catalogue
of stars with high-proper motions. Version 2.0.
G. A. Ivanov
Cross-identifications
of stars with high-proper motions. Version 3.0.
A. S. Kharin, V. N. Andruk,
S. Bartasiute, G. Z. Butenko, I. P. Vedenicheva,
A. V. Perekhod, A. V. Sergeev
UVR CCD photometry of stars in five sky fields
with matched IR/radio sources.
G. A. Ivanov
Catalogue
of stars with high-proper motions. Version 2.0.
G. A. Ivanov
Cross-identifications
of stars with high-proper motions. Version 3.0.
Catalogues of Positions and Orbital Elements of Geosynchronous Space Objects (Каталоги положень та орбітальних елементів геосинхронних небесних об'єктів)
L. N. Kizyun, Yu. I. Safronov
Catalogue of positions
of the geostationary and quasigeostationary Earth satellites.
M. I. Demchyk, A. G. Kirichenko, L. M. Kizyun,
V. U. Klimik, K. A. Kudak, G. M. Matso, O. E. Starodubtseva
Some results of
observation and identification of geosynchronous space objects.
A. G. Kirichenko, L. M. Kizyun, M. I. Demchyk,
V. U. Klimik, K. A. Kudak, G. M. Matso
Catalogue GOCKU(97-98)
of positions and orbital elements of geosynchronous space objects observed in 1997−1998.
Problem of the passive object observations.
A. G. Kirichenko, L. M. Kizyun,
V. U. Klimik, K. A. Kudak, G. M. Matso,
M. I. Demchyk Catalogue GOCKU99
of positions and obital elements of geosynchronous space objects observed in 1999.
Peculiarities of controlled geosynchronous satellite identification.
A. G. Kirichenko, L. M. Kizyun, M. I. Demchyk,
V. U. Klimik, K. A. Kudak, G. M. Matso, M. R. Nesteruk
Catalogue GOCKU-2000 of
positions and orbital elements of the geosynchronous space objects
observed in 2000. Observations of uncontrolled space objects for
the purpose of possible collision detection.
L. M. Kizyun, V. U. Klimik, M. R. Nesteruk
GOCK-2001 catalogue of positions and orbital elements
of the geosynchronous space objects observed in 2001.
Investigation of active geostationary satellites
corrections using the results of observations corrections.
L. M. Kizyun, V. U. Klimik
GOCK-2002 catalogue of positions and orbital elements
of the geosynchronous space objects observed in 2002.
Prognosis of uncontrolled motion for
identification of the satellite observations.
L. M. Kizyun
GOCK-2005 catalogue of positions and orbital elements
of the geosynchronous space objects observed in 2005.
L. N. Kizyun
Catalogue of positions and
orbital elements of geosynchronous satellite Intelsat 6 F-4
observed in Kyiv in 1983−1989.
| | L.Pakuliak. Questions, remarks and propositions are welcome. |
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