S A T U R N O
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| Punto | |
Posiz.Appar.ORE 00 TU Istante del Transito al Magnitudine Angolo Difetto | Sub-Terr. | Punto Sub-Solare | Polo Nord
DATA AR DECL. Delta Luce r Elong. Meridiano di Greenwich Sor AZS Pass hPas Tran AZT Vis. Sup. Diam. Fase di fase Illum. | Long. Lat. | Long. Lat. Dist. PA | Dist. PA Theta
GA Mes GM ø ' " ø ' " UA Min UA ø GG h m s h m ø h m ø h m ø " ø " ø ø ø ø " " " ø ø
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182 Lug 1 23 43 60 - 4 1 44 9.33422 77.64 9.630662 104.0 9899.714 5 8 50 p 23 33 95 5 21 44 11 9 265 1.1 7.0 17.72 0.997 5.9 0.05 308.30 -0.77 313.52 2.63 0.91 67 -7.91 5 247
183 Lug 2 23 44 2 - 4 1 47 9.31812 77.50 9.630376 104.9 9900.712 5 4 56 p 23 29 95 5 17 44 11 5 265 1.1 7.0 17.75 0.997 5.9 0.05 39.16 -0.77 44.36 2.61 0.91 67 -7.92 5 247
184 Lug 3 23 44 4 - 4 1 52 9.30210 77.37 9.630091 105.9 9901.709 5 1 2 p 23 26 95 5 13 44 11 1 265 1.1 7.0 17.79 0.997 5.8 0.04 130.02 -0.77 135.20 2.59 0.90 67 -7.94 5 247
185 Lug 4 23 44 5 - 4 2 0 9.28615 77.24 9.629806 106.8 9902.706 4 57 8 p 23 22 95 5 9 44 10 57 265 1.1 7.0 17.82 0.997 5.8 0.04 220.88 -0.77 226.04 2.57 0.90 67 -7.95 5 247
186 Lug 5 23 44 6 - 4 2 11 9.27028 77.11 9.629521 107.8 9903.704 4 53 13 p 23 18 95 5 5 44 10 53 265 1.1 7.0 17.85 0.997 5.8 0.04 311.74 -0.76 316.88 2.55 0.90 67 -7.96 5 247
187 Lug 6 23 44 7 - 4 2 23 9.25450 76.97 9.629235 108.7 9904.701 4 49 17 p 23 14 95 5 1 44 10 49 265 1.1 7.0 17.88 0.997 5.7 0.04 42.61 -0.76 47.71 2.54 0.89 67 -7.98 5 247
188 Lug 7 23 44 7 - 4 2 38 9.23881 76.84 9.628950 109.7 9905.698 4 45 22 p 23 10 95 4 57 44 10 45 265 1.1 7.0 17.91 0.998 5.7 0.04 133.47 -0.76 138.55 2.52 0.89 67 -7.99 5 247
189 Lug 8 23 44 7 - 4 2 55 9.22321 76.71 9.628665 110.6 9906.695 4 41 26 p 23 6 95 4 54 44 10 41 265 1.1 7.0 17.94 0.998 5.7 0.04 224.34 -0.75 229.39 2.50 0.89 67 -8.00 5 247
190 Lug 9 23 44 7 - 4 3 15 9.20771 76.59 9.628379 111.6 9907.693 4 37 29 p 23 2 95 4 50 44 10 37 265 1.1 7.0 17.97 0.998 5.6 0.04 315.21 -0.74 320.23 2.48 0.88 67 -8.02 5 247
191 Lug 10 23 44 6 - 4 3 37 9.19232 76.46 9.628094 112.6 9908.690 4 33 33 p 22 58 95 4 46 44 10 33 265 1.1 7.0 18.00 0.998 5.6 0.04 46.08 -0.73 51.06 2.46 0.88 67 -8.03 5 247
192 Lug 11 23 44 5 - 4 4 1 9.17703 76.33 9.627808 113.5 9909.687 4 29 36 p 22 54 95 4 42 44 10 29 265 1.1 7.0 18.03 0.998 5.6 0.04 136.95 -0.73 141.90 2.44 0.87 68 -8.04 5 248
193 Lug 12 23 44 4 - 4 4 28 9.16185 76.20 9.627523 114.5 9910.684 4 25 38 p 22 50 95 4 38 44 10 25 265 1.1 7.0 18.06 0.998 5.5 0.04 227.82 -0.72 232.74 2.42 0.87 68 -8.06 5 248
194 Lug 13 23 44 2 - 4 4 57 9.14679 76.08 9.627237 115.4 9911.682 4 21 40 p 22 46 95 4 34 44 10 21 265 1.1 7.0 18.09 0.998 5.5 0.04 318.69 -0.70 323.57 2.41 0.86 68 -8.07 5 248
195 Lug 14 23 43 60 - 4 5 28 9.13185 75.95 9.626951 116.4 9912.679 4 17 42 p 22 42 95 4 30 44 10 17 265 1.0 7.0 18.12 0.998 5.4 0.04 49.56 -0.69 54.40 2.39 0.86 68 -8.08 5 248
196 Lug 15 23 43 57 - 4 6 1 9.11703 75.83 9.626666 117.4 9913.676 4 13 44 p 22 39 95 4 26 44 10 13 265 1.0 7.0 18.15 0.998 5.4 0.04 140.43 -0.68 145.24 2.37 0.85 68 -8.10 5 248
197 Lug 16 23 43 54 - 4 6 37 9.10234 75.71 9.626380 118.3 9914.673 4 9 45 p 22 35 95 4 22 44 10 9 265 1.0 7.0 18.18 0.998 5.3 0.04 231.31 -0.67 236.07 2.35 0.84 68 -8.11 5 248
198 Lug 17 23 43 51 - 4 7 15 9.08778 75.59 9.626094 119.3 9915.671 4 5 46 p 22 31 95 4 18 44 10 5 265 1.0 7.0 18.20 0.998 5.3 0.04 322.18 -0.65 326.90 2.33 0.84 68 -8.12 5 248
199 Lug 18 23 43 47 - 4 7 56 9.07336 75.47 9.625809 120.3 9916.668 4 1 46 p 22 27 95 4 14 44 10 1 265 1.0 7.0 18.23 0.998 5.2 0.04 53.06 -0.64 57.74 2.31 0.83 68 -8.14 5 248
200 Lug 19 23 43 43 - 4 8 38 9.05908 75.35 9.625523 121.2 9917.665 3 57 46 p 22 23 95 4 10 44 9 57 265 1.0 7.0 18.26 0.998 5.2 0.04 143.93 -0.62 148.57 2.29 0.82 68 -8.15 5 248
201 Lug 20 23 43 39 - 4 9 23 9.04494 75.23 9.625237 122.2 9918.662 3 53 46 p 22 19 95 4 6 44 9 53 265 1.0 7.0 18.29 0.998 5.1 0.04 234.81 -0.60 239.40 2.28 0.82 68 -8.16 5 248
202 Lug 21 23 43 34 - 4 10 10 9.03095 75.11 9.624951 123.2 9919.660 3 49 45 p 22 15 95 4 2 44 9 49 265 1.0 7.0 18.32 0.998 5.1 0.04 325.69 -0.58 330.23 2.26 0.81 68 -8.17 5 248
203 Lug 22 23 43 29 - 4 10 60 9.01712 75.00 9.624665 124.2 9920.657 3 45 44 p 22 11 95 3 58 44 9 45 265 1.0 7.0 18.35 0.998 5.0 0.03 56.57 -0.56 61.06 2.24 0.80 68 -8.19 5 248
204 Lug 23 23 43 23 - 4 11 51 9.00345 74.89 9.624379 125.2 9921.654 3 41 43 p 22 7 95 3 54 44 9 41 265 1.0 7.0 18.38 0.998 5.0 0.03 147.45 -0.54 151.89 2.22 0.79 68 -8.20 5 248
205 Lug 24 23 43 18 - 4 12 45 8.98994 74.77 9.624093 126.1 9922.651 3 37 41 p 22 3 95 3 50 44 9 37 265 1.0 7.0 18.40 0.998 4.9 0.03 238.33 -0.52 242.72 2.20 0.78 68 -8.21 5 248
206 Lug 25 23 43 11 - 4 13 40 8.97659 74.66 9.623807 127.1 9923.648 3 33 39 p 21 59 95 3 46 44 9 33 265 1.0 7.0 18.43 0.998 4.8 0.03 329.21 -0.50 333.54 2.18 0.78 68 -8.22 5 248
207 Lug 26 23 43 5 - 4 14 38 8.96342 74.55 9.623521 128.1 9924.646 3 29 36 p 21 55 95 3 42 44 9 28 265 1.0 6.9 18.46 0.998 4.8 0.03 60.09 -0.48 64.37 2.17 0.77 68 -8.24 5 248
208 Lug 27 23 42 58 - 4 15 38 8.95043 74.44 9.623235 129.1 9925.643 3 25 34 p 21 51 95 3 38 44 9 24 265 1.0 6.9 18.48 0.998 4.7 0.03 150.97 -0.45 155.19 2.15 0.76 68 -8.25 5 248
209 Lug 28 23 42 51 - 4 16 40 8.93762 74.34 9.622949 130.1 9926.640 3 21 30 p 21 47 95 3 34 44 9 20 265 1.0 6.9 18.51 0.998 4.6 0.03 241.85 -0.43 246.02 2.13 0.75 68 -8.26 5 248
210 Lug 29 23 42 43 - 4 17 45 8.92500 74.23 9.622663 131.1 9927.637 3 17 27 p 21 43 95 3 30 44 9 16 265 1.0 6.9 18.54 0.998 4.6 0.03 332.74 -0.40 336.84 2.11 0.74 69 -8.27 5 249
211 Lug 30 23 42 35 - 4 18 51 8.91256 74.13 9.622377 132.1 9928.634 3 13 23 p 21 39 95 3 26 44 9 12 265 1.0 6.9 18.56 0.998 4.5 0.03 63.62 -0.38 67.67 2.09 0.73 69 -8.28 5 249
212 Lug 31 23 42 27 - 4 19 59 8.90032 74.03 9.622091 133.1 9929.631 3 9 19 p 21 35 95 3 21 44 9 8 265 1.0 6.9 18.59 0.999 4.4 0.03 154.50 -0.35 158.49 2.07 0.72 69 -8.29 5 249
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