M A R T E
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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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305 Nov 1 16 24 31 - 22 23 7 2.23293 18.57 1.459541 29.9 23.073 13 44 47 9 21 120 13 57 26 18 33 240 1.4 4.2 4.19 0.970 19.8 0.12 151.20 7.36 133.22 -1.24 0.71 281 2.07 35 101
306 Nov 2 16 27 37 - 22 30 30 2.23527 18.59 1.458331 29.7 24.072 13 43 57 9 20 120 13 56 25 18 31 239 1.4 4.2 4.19 0.971 19.7 0.12 141.42 7.04 123.60 -1.48 0.71 280 2.07 35 100
307 Nov 3 16 30 44 - 22 37 41 2.23758 18.61 1.457126 29.4 25.072 13 43 8 9 20 121 13 55 25 18 30 239 1.4 4.2 4.18 0.971 19.5 0.12 131.65 6.73 113.97 -1.73 0.70 280 2.07 35 100
308 Nov 4 16 33 52 - 22 44 40 2.23986 18.63 1.455927 29.1 26.071 13 42 19 9 20 121 13 54 25 18 29 239 1.4 4.2 4.18 0.972 19.4 0.12 121.87 6.41 104.34 -1.97 0.69 280 2.07 35 100
309 Nov 5 16 36 60 - 22 51 25 2.24211 18.65 1.454732 28.9 27.070 13 41 31 9 20 121 13 54 25 18 27 239 1.4 4.2 4.17 0.972 19.2 0.12 112.10 6.09 94.71 -2.22 0.69 280 2.06 34 100
310 Nov 6 16 40 9 - 22 57 57 2.24434 18.67 1.453543 28.6 28.070 13 40 44 9 19 121 13 53 25 18 26 239 1.4 4.2 4.17 0.973 19.1 0.11 102.32 5.77 85.07 -2.46 0.68 279 2.06 34 99
311 Nov 7 16 43 18 - 23 4 15 2.24653 18.68 1.452360 28.3 29.069 13 39 57 9 19 121 13 52 25 18 25 239 1.4 4.2 4.17 0.973 18.9 0.11 92.54 5.45 75.44 -2.71 0.67 279 2.06 34 99
312 Nov 8 16 46 28 - 23 10 21 2.24870 18.70 1.451182 28.1 30.069 13 39 10 9 19 121 13 51 25 18 24 239 1.3 4.1 4.16 0.974 18.7 0.11 82.77 5.12 65.81 -2.96 0.67 279 2.06 34 99
313 Nov 9 16 49 38 - 23 16 12 2.25083 18.72 1.450010 27.8 31.068 13 38 24 9 18 122 13 50 25 18 22 238 1.3 4.1 4.16 0.974 18.6 0.11 72.99 4.80 56.17 -3.20 0.66 278 2.06 33 98
314 Nov 10 16 52 49 - 23 21 50 2.25294 18.74 1.448844 27.5 32.068 13 37 39 9 18 122 13 50 25 18 21 238 1.3 4.1 4.15 0.974 18.4 0.11 63.21 4.48 46.54 -3.45 0.66 278 2.06 33 98
315 Nov 11 16 56 0 - 23 27 14 2.25503 18.75 1.447684 27.3 33.067 13 36 54 9 18 122 13 49 25 18 20 238 1.3 4.1 4.15 0.975 18.3 0.10 53.44 4.15 36.90 -3.69 0.65 278 2.06 33 98
316 Nov 12 16 59 12 - 23 32 24 2.25708 18.77 1.446530 27.0 34.067 13 36 10 9 17 122 13 48 24 18 19 238 1.3 4.1 4.15 0.975 18.1 0.10 43.66 3.82 27.26 -3.94 0.64 278 2.06 33 98
317 Nov 13 17 2 25 - 23 37 20 2.25911 18.79 1.445382 26.7 35.066 13 35 26 9 17 122 13 47 24 18 18 238 1.3 4.1 4.14 0.976 17.9 0.10 33.88 3.49 17.62 -4.19 0.64 277 2.06 32 97
318 Nov 14 17 5 38 - 23 42 1 2.26112 18.80 1.444240 26.5 36.066 13 34 43 9 17 122 13 47 24 18 17 238 1.3 4.1 4.14 0.976 17.8 0.10 24.10 3.16 7.98 -4.43 0.63 277 2.06 32 97
319 Nov 15 17 8 51 - 23 46 28 2.26310 18.82 1.443105 26.2 37.065 13 34 0 9 16 122 13 46 24 18 16 238 1.3 4.1 4.13 0.977 17.6 0.10 14.32 2.83 358.34 -4.68 0.63 277 2.05 32 97
320 Nov 16 17 12 5 - 23 50 41 2.26505 18.84 1.441977 25.9 38.065 13 33 18 9 16 122 13 45 24 18 15 238 1.3 4.1 4.13 0.977 17.5 0.10 4.54 2.50 348.70 -4.93 0.62 277 2.05 31 97
321 Nov 17 17 15 20 - 23 54 39 2.26697 18.85 1.440856 25.7 39.064 13 32 36 9 15 122 13 45 24 18 14 237 1.3 4.1 4.13 0.977 17.3 0.09 354.77 2.17 339.06 -5.17 0.61 276 2.05 31 96
322 Nov 18 17 18 35 - 23 58 21 2.26887 18.87 1.439741 25.4 40.064 13 31 55 9 15 123 13 44 24 18 13 237 1.3 4.1 4.12 0.978 17.1 0.09 344.98 1.84 329.41 -5.42 0.61 276 2.05 31 96
323 Nov 19 17 21 50 - 24 1 49 2.27074 18.88 1.438633 25.1 41.063 13 31 14 9 15 123 13 43 24 18 12 237 1.3 4.1 4.12 0.978 17.0 0.09 335.20 1.51 319.77 -5.66 0.60 276 2.05 30 96
324 Nov 20 17 25 6 - 24 5 2 2.27259 18.90 1.437533 24.9 42.063 13 30 33 9 14 123 13 43 24 18 11 237 1.3 4.1 4.12 0.979 16.8 0.09 325.42 1.17 310.12 -5.91 0.60 275 2.05 30 95
325 Nov 21 17 28 22 - 24 7 60 2.27441 18.92 1.436440 24.6 43.062 13 29 53 9 14 123 13 42 24 18 10 237 1.3 4.1 4.11 0.979 16.7 0.09 315.64 0.84 300.47 -6.16 0.59 275 2.05 30 95
326 Nov 22 17 31 39 - 24 10 42 2.27620 18.93 1.435354 24.4 44.062 13 29 13 9 13 123 13 41 24 18 9 237 1.3 4.1 4.11 0.979 16.5 0.08 305.86 0.51 290.82 -6.40 0.58 275 2.04 30 95
327 Nov 23 17 34 56 - 24 13 9 2.27797 18.95 1.434275 24.1 45.062 13 28 34 9 13 123 13 41 24 18 8 237 1.3 4.1 4.11 0.980 16.3 0.08 296.07 0.17 281.17 -6.65 0.58 275 2.04 29 95
328 Nov 24 17 38 13 - 24 15 21 2.27971 18.96 1.433205 23.8 46.061 13 27 55 9 12 123 13 40 24 18 8 237 1.3 4.1 4.10 0.980 16.2 0.08 286.29 -0.16 271.52 -6.89 0.57 274 -2.04 29 94
329 Nov 25 17 41 31 - 24 17 17 2.28143 18.97 1.432142 23.6 47.061 13 27 16 9 12 123 13 39 24 18 7 237 1.3 4.1 4.10 0.981 16.0 0.08 276.50 -0.50 261.86 -7.14 0.57 274 -2.04 29 94
330 Nov 26 17 44 49 - 24 18 57 2.28312 18.99 1.431087 23.3 48.060 13 26 38 9 11 123 13 39 24 18 6 237 1.3 4.1 4.10 0.981 15.8 0.08 266.71 -0.84 252.21 -7.38 0.56 274 -2.04 28 94
331 Nov 27 17 48 7 - 24 20 22 2.28478 19.00 1.430040 23.1 49.060 13 26 0 9 11 123 13 38 24 18 5 237 1.3 4.1 4.10 0.981 15.7 0.08 256.93 -1.17 242.55 -7.63 0.55 273 -2.04 28 93
332 Nov 28 17 51 26 - 24 21 31 2.28642 19.02 1.429001 22.8 50.059 13 25 22 9 10 123 13 37 24 18 5 237 1.3 4.1 4.09 0.982 15.5 0.07 247.14 -1.51 232.90 -7.87 0.55 273 -2.04 27 93
333 Nov 29 17 54 45 - 24 22 24 2.28804 19.03 1.427971 22.5 51.059 13 24 45 9 10 123 13 37 24 18 4 237 1.3 4.1 4.09 0.982 15.4 0.07 237.35 -1.85 223.24 -8.12 0.54 273 -2.03 27 93
334 Nov 30 17 58 4 - 24 23 1 2.28963 19.04 1.426948 22.3 52.058 13 24 8 9 9 123 13 36 24 18 3 237 1.3 4.1 4.09 0.983 15.2 0.07 227.56 -2.18 213.58 -8.36 0.54 273 -2.03 27 93
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