... m Geocentric coordinates of the Sun: Right ascension = 121707.665 + t * 9.008 + t * t * 0.001 Declination = -15112.947 + t * -58.350 + t * t * 0.001 Parallax = 8.775 Radius = 1557.553 + t * 0.012 Geocentric coordinates of the Moon: Right ascension = 1713 ...
... h m s May 1 90422.509 15.703 174139.61 -72.52 1.69 18.93 5.20842960 1592737 182707 2 ... h m s Jun 1 91725.201 33.091 164135.43 -154.37 1.55 17.32 5.69025052 1464981 163825 ...
... m s Jan 1 194340.500 409.189 -232755.86 1053.45 6.88 2.63 1.27834238 -1526500 130353 ... o ' " " " " h m s Feb 1 204004.931 -302.668 -143900.72 -881.90 13.42 5.13 0.65553766 ...
... in_alpha h m s s s s Apr 1 12 36 9.2962 9.1168 0.1699 0.0096 2 12 40 5.8439 5.6721 0 ... m s s s s Oct 1 0 37 38.7185 38.7492-0.0216 -0.0091 2 0 41 35.2730 35.3046-0.0253 -0 ...
... m s Jan 1 185315.940 425.402 -244410.69 292.14 6.14 2.35 1.43333609 -346897 121235 2 ... m s Jun 1 60648.832 140.264 242737.45 -705.04 12.43 4.75 0.70752258 -1628172 132809 ...
... 2016 Mar 9 3 h 07 m 43.11 s Min(gamma) = 0.26143 t = time - 2 h 10 m Geocentric coordinates of the Sun: Geocentric coordinates of the Sun: Right ascension = 231919.398 + t * 9.229 + t * t * -0.001 Declination = -42234.941 + t * 58.714 + t * t * 0.003 ...
... pulse is 50 ns - 1 mks (variable) duration and 4 V amplitude with 20 m coaxial cable ... 3- objective lens; 4- diaphragm FOV; 5- electronics of PMT protection with ...
... This color image was obtained with Fuji color film (Super Plus 400) in focal plane of the 70-cm reflector (F = 27 m) at Lisniki Observatory by A.M.Evtushevsky. ...
... m s Jan 1 200624.633 187.005 -210244.80 1327.58 9.55 3.65 0.92063901 -2609373 132521 ... s o ' " " " " h m s May 1 32143.645 -27.208 203702.83 -745.22 14.07 5.38 0.62492565 ...