Grazing Occultation of 659SF7 Magnitude 6.6 [Red = 0.0] s R659 = 70 Tauri Date: 2018 Mar 22 19h 12m, to 2018 Mar 22 19h 30m Nominal site altitude 100m E. Longit. Latitude U.T. Sun Moon TanZ PA AA CA o ' " o ' " h m s Alt Alt Az o o o 10 0 0 63 15 48.9 19 11 50 -11 31 242 1.66 170.0 178.50 3.30S 10 7 30 63 15 18.3 19 11 56 -11 31 242 1.67 170.0 178.51 3.29S 10 15 0 63 14 47.4 19 12 1 -11 31 242 1.67 170.1 178.52 3.28S 10 22 30 63 14 16.3 19 12 6 -11 31 242 1.67 170.1 178.53 3.27S 10 30 0 63 13 44.8 19 12 12 -11 31 242 1.68 170.1 178.54 3.26S 10 37 30 63 13 13.1 19 12 17 -11 31 242 1.68 170.1 178.55 3.25S 10 45 0 63 12 41.1 19 12 23 -11 31 242 1.69 170.1 178.56 3.24S 10 52 30 63 12 8.8 19 12 28 -11 31 243 1.69 170.1 178.57 3.23S 11 0 0 63 11 36.2 19 12 33 -11 31 243 1.69 170.1 178.59 3.22S 11 7 30 63 11 3.4 19 12 39 -11 31 243 1.70 170.1 178.60 3.21S 11 15 0 63 10 30.2 19 12 44 -11 30 243 1.70 170.1 178.61 3.20S 11 22 30 63 9 56.8 19 12 49 -11 30 243 1.70 170.2 178.62 3.18S 11 30 0 63 9 23.1 19 12 55 -12 30 243 1.71 170.2 178.63 3.17S 11 37 30 63 8 49.1 19 13 0 -12 30 244 1.71 170.2 178.64 3.16S 11 45 0 63 8 14.8 19 13 5 -12 30 244 1.72 170.2 178.65 3.15S 11 52 30 63 7 40.2 19 13 11 -12 30 244 1.72 170.2 178.66 3.14S 12 0 0 63 7 5.4 19 13 16 -12 30 244 1.72 170.2 178.67 3.13S 12 7 30 63 6 30.3 19 13 21 -12 30 244 1.73 170.2 178.68 3.12S 12 15 0 63 5 54.9 19 13 27 -12 30 244 1.73 170.2 178.69 3.11S 12 22 30 63 5 19.2 19 13 32 -12 30 244 1.73 170.2 178.70 3.10S 12 30 0 63 4 43.2 19 13 37 30 245 1.74 170.2 178.71 3.09S 12 37 30 63 4 7.0 19 13 43 30 245 1.74 170.3 178.72 3.08S 12 45 0 63 3 30.4 19 13 48 30 245 1.75 170.3 178.73 3.07S 12 52 30 63 2 53.6 19 13 53 30 245 1.75 170.3 178.74 3.06S 13 0 0 63 2 16.5 19 13 58 30 245 1.75 170.3 178.75 3.05S 13 7 30 63 1 39.1 19 14 4 30 245 1.76 170.3 178.77 3.04S 13 15 0 63 1 1.5 19 14 9 30 246 1.76 170.3 178.78 3.03S 13 22 30 63 0 23.5 19 14 14 30 246 1.77 170.3 178.79 3.02S 13 30 0 62 59 45.3 19 14 19 29 246 1.77 170.3 178.80 3.01S 13 37 30 62 59 6.8 19 14 24 29 246 1.78 170.3 178.81 3.00S 13 45 0 62 58 27.9 19 14 30 29 246 1.78 170.4 178.82 2.98S 13 52 30 62 57 48.9 19 14 35 29 246 1.78 170.4 178.83 2.97S 14 0 0 62 57 9.5 19 14 40 29 246 1.79 170.4 178.84 2.96S 14 7 30 62 56 29.8 19 14 45 29 247 1.79 170.4 178.85 2.95S 14 15 0 62 55 49.9 19 14 51 29 247 1.80 170.4 178.86 2.94S 14 22 30 62 55 9.7 19 14 56 29 247 1.80 170.4 178.87 2.93S 14 30 0 62 54 29.2 19 15 1 29 247 1.80 170.4 178.88 2.92S 14 37 30 62 53 48.4 19 15 6 29 247 1.81 170.4 178.89 2.91S 14 45 0 62 53 7.3 19 15 11 29 247 1.81 170.4 178.90 2.90S 14 52 30 62 52 25.9 19 15 16 29 248 1.82 170.4 178.91 2.89S 15 0 0 62 51 44.3 19 15 21 29 248 1.82 170.5 178.92 2.88S 15 7 30 62 51 2.4 19 15 27 29 248 1.83 170.5 178.93 2.87S 15 15 0 62 50 20.2 19 15 32 29 248 1.83 170.5 178.94 2.86S 15 22 30 62 49 37.7 19 15 37 29 248 1.83 170.5 178.95 2.85S 15 30 0 62 48 54.9 19 15 42 29 248 1.84 170.5 178.96 2.84S 15 37 30 62 48 11.9 19 15 47 28 248 1.84 170.5 178.97 2.83S 15 45 0 62 47 28.5 19 15 52 28 249 1.85 170.5 178.98 2.82S 15 52 30 62 46 44.9 19 15 57 28 249 1.85 170.5 178.99 2.81S 16 0 0 62 46 1.0 19 16 2 28 249 1.86 170.5 179.00 2.80S 16 7 30 62 45 16.8 19 16 7 28 249 1.86 170.6 179.01 2.79S 16 15 0 62 44 32.3 19 16 12 28 249 1.87 170.6 179.02 2.78S 16 22 30 62 43 47.6 19 16 18 28 249 1.87 170.6 179.03 2.77S 16 30 0 62 43 2.5 19 16 23 28 249 1.88 170.6 179.04 2.76S 16 37 30 62 42 17.2 19 16 28 28 250 1.88 170.6 179.05 2.75S 16 45 0 62 41 31.6 19 16 33 28 250 1.88 170.6 179.06 2.74S 16 52 30 62 40 45.7 19 16 38 28 250 1.89 170.6 179.07 2.73S 17 0 0 62 39 59.5 19 16 43 28 250 1.89 170.6 179.08 2.72S 17 7 30 62 39 13.1 19 16 48 28 250 1.90 170.6 179.10 2.71S 17 15 0 62 38 26.3 19 16 53 28 250 1.90 170.6 179.11 2.70S 17 22 30 62 37 39.3 19 16 58 28 250 1.91 170.7 179.12 2.69S 17 30 0 62 36 52.0 19 17 3 28 251 1.91 170.7 179.13 2.68S 17 37 30 62 36 4.4 19 17 8 28 251 1.92 170.7 179.14 2.67S 17 45 0 62 35 16.6 19 17 13 27 251 1.92 170.7 179.15 2.66S 17 52 30 62 34 28.4 19 17 18 27 251 1.93 170.7 179.16 2.65S 18 0 0 62 33 40.0 19 17 23 27 251 1.93 170.7 179.17 2.64S 18 7 30 62 32 51.2 19 17 28 27 251 1.94 170.7 179.18 2.63S 18 15 0 62 32 2.2 19 17 33 27 252 1.94 170.7 179.19 2.62S 18 22 30 62 31 12.9 19 17 38 27 252 1.95 170.7 179.20 2.61S 18 30 0 62 30 23.3 19 17 42 27 252 1.95 170.7 179.21 2.60S 18 37 30 62 29 33.5 19 17 47 27 252 1.96 170.8 179.22 2.59S 18 45 0 62 28 43.3 19 17 52 27 252 1.96 170.8 179.23 2.58S 18 52 30 62 27 52.9 19 17 57 27 252 1.97 170.8 179.24 2.57S 19 0 0 62 27 2.2 19 18 2 27 252 1.97 170.8 179.25 2.56S 19 7 30 62 26 11.1 19 18 7 27 253 1.98 170.8 179.26 2.55S 19 15 0 62 25 19.8 19 18 12 27 253 1.98 170.8 179.27 2.54S 19 22 30 62 24 28.3 19 18 17 27 253 1.99 170.8 179.28 2.53S 19 30 0 62 23 36.4 19 18 22 27 253 1.99 170.8 179.29 2.52S 19 37 30 62 22 44.3 19 18 27 27 253 2.00 170.8 179.30 2.51S 19 45 0 62 21 51.8 19 18 31 27 253 2.00 170.8 179.31 2.50S 19 52 30 62 20 59.1 19 18 36 26 253 2.01 170.9 179.32 2.49S 20 0 0 62 20 6.1 19 18 41 26 254 2.01 170.9 179.33 2.48S 20 7 30 62 19 12.8 19 18 46 26 254 2.02 170.9 179.34 2.47S 20 15 0 62 18 19.2 19 18 51 26 254 2.03 170.9 179.35 2.46S 20 22 30 62 17 25.4 19 18 56 26 254 2.03 170.9 179.36 2.45S 20 30 0 62 16 31.2 19 19 0 26 254 2.04 170.9 179.36 2.44S 20 37 30 62 15 36.8 19 19 5 26 254 2.04 170.9 179.37 2.43S 20 45 0 62 14 42.1 19 19 10 26 254 2.05 170.9 179.38 2.42S 20 52 30 62 13 47.1 19 19 15 26 255 2.05 170.9 179.39 2.41S 21 0 0 62 12 51.8 19 19 20 26 255 2.06 170.9 179.40 2.40S 21 7 30 62 11 56.2 19 19 24 26 255 2.06 171.0 179.41 2.39S 21 15 0 62 11 0.4 19 19 29 26 255 2.07 171.0 179.42 2.38S 21 22 30 62 10 4.2 19 19 34 26 255 2.08 171.0 179.43 2.37S 21 30 0 62 9 7.8 19 19 39 26 255 2.08 171.0 179.44 2.36S 21 37 30 62 8 11.1 19 19 43 26 255 2.09 171.0 179.45 2.35S 21 45 0 62 7 14.1 19 19 48 26 256 2.09 171.0 179.46 2.34S 21 52 30 62 6 16.8 19 19 53 25 256 2.10 171.0 179.47 2.33S 22 0 0 62 5 19.3 19 19 57 25 256 2.10 171.0 179.48 2.32S 22 7 30 62 4 21.4 19 20 2 25 256 2.11 171.0 179.49 2.31S 22 15 0 62 3 23.3 19 20 7 25 256 2.12 171.0 179.50 2.30S 22 22 30 62 2 24.8 19 20 12 25 256 2.12 171.1 179.51 2.29S 22 30 0 62 1 26.1 19 20 16 25 256 2.13 171.1 179.52 2.28S 22 37 30 62 0 27.1 19 20 21 25 257 2.13 171.1 179.53 2.27S 22 45 0 61 59 27.8 19 20 26 25 257 2.14 171.1 179.54 2.26S 22 52 30 61 58 28.3 19 20 30 25 257 2.15 171.1 179.55 2.25S 23 0 0 61 57 28.4 19 20 35 25 257 2.15 171.1 179.56 2.24S 23 7 30 61 56 28.3 19 20 40 25 257 2.16 171.1 179.57 2.23S 23 15 0 61 55 27.9 19 20 44 25 257 2.17 171.1 179.58 2.22S 23 22 30 61 54 27.2 19 20 49 25 257 2.17 171.1 179.59 2.21S 23 30 0 61 53 26.2 19 20 53 25 258 2.18 171.1 179.60 2.20S 23 37 30 61 52 24.9 19 20 58 25 258 2.18 171.1 179.61 2.19S 23 45 0 61 51 23.3 19 21 3 25 258 2.19 171.2 179.62 2.18S 23 52 30 61 50 21.5 19 21 7 24 258 2.20 171.2 179.63 2.18S 24 0 0 61 49 19.4 19 21 12 24 258 2.20 171.2 179.64 2.17S 24 7 30 61 48 16.9 19 21 16 24 258 2.21 171.2 179.65 2.16S 24 15 0 61 47 14.2 19 21 21 24 258 2.22 171.2 179.66 2.15S 24 22 30 61 46 11.2 19 21 26 24 259 2.22 171.2 179.67 2.14S 24 30 0 61 45 8.0 19 21 30 24 259 2.23 171.2 179.67 2.13S 24 37 30 61 44 4.4 19 21 35 24 259 2.24 171.2 179.68 2.12S 24 45 0 61 43 0.5 19 21 39 24 259 2.24 171.2 179.69 2.11S 24 52 30 61 41 56.4 19 21 44 24 259 2.25 171.2 179.70 2.10S 25 0 0 61 40 52.0 19 21 48 24 259 2.26 171.3 179.71 2.09S 25 7 30 61 39 47.3 19 21 53 24 259 2.26 171.3 179.72 2.08S 25 15 0 61 38 42.3 19 21 57 24 260 2.27 171.3 179.73 2.07S 25 22 30 61 37 37.0 19 22 2 24 260 2.28 171.3 179.74 2.06S 25 30 0 61 36 31.5 19 22 6 24 260 2.28 171.3 179.75 2.05S 25 37 30 61 35 25.6 19 22 11 24 260 2.29 171.3 179.76 2.04S 25 45 0 61 34 19.5 19 22 15 24 260 2.30 171.3 179.77 2.03S 25 52 30 61 33 13.1 19 22 20 23 260 2.31 171.3 179.78 2.02S 26 0 0 61 32 6.4 19 22 24 23 260 2.31 171.3 179.79 2.01S 26 7 30 61 30 59.4 19 22 28 23 260 2.32 171.3 179.80 2.01S 26 15 0 61 29 52.1 19 22 33 23 261 2.33 171.3 179.81 2.00S 26 22 30 61 28 44.6 19 22 37 23 261 2.33 171.4 179.82 1.99S 26 30 0 61 27 36.7 19 22 42 23 261 2.34 171.4 179.82 1.98S 26 37 30 61 26 28.6 19 22 46 23 261 2.35 171.4 179.83 1.97S 26 45 0 61 25 20.2 19 22 51 23 261 2.36 171.4 179.84 1.96S 26 52 30 61 24 11.5 19 22 55 23 261 2.36 171.4 179.85 1.95S 27 0 0 61 23 2.5 19 22 59 23 261 2.37 171.4 179.86 1.94S 27 7 30 61 21 53.3 19 23 4 23 262 2.38 171.4 179.87 1.93S 27 15 0 61 20 43.7 19 23 8 23 262 2.39 171.4 179.88 1.92S 27 22 30 61 19 33.9 19 23 12 23 262 2.39 171.4 179.89 1.91S 27 30 0 61 18 23.7 19 23 17 23 262 2.40 171.4 179.90 1.90S 27 37 30 61 17 13.3 19 23 21 23 262 2.41 171.4 179.91 1.89S 27 45 0 61 16 2.6 19 23 25 22 262 2.42 171.5 179.92 1.88S 27 52 30 61 14 51.7 19 23 30 22 262 2.43 171.5 179.93 1.88S 28 0 0 61 13 40.4 19 23 34 22 263 2.43 171.5 179.94 1.87S 28 7 30 61 12 28.8 19 23 38 22 263 2.44 171.5 179.94 1.86S 28 15 0 61 11 17.0 19 23 43 22 263 2.45 171.5 179.95 1.85S 28 22 30 61 10 4.9 19 23 47 22 263 2.46 171.5 179.96 1.84S 28 30 0 61 8 52.5 19 23 51 22 263 2.47 171.5 179.97 1.83S 28 37 30 61 7 39.8 19 23 55 22 263 2.47 171.5 179.98 1.82S 28 45 0 61 6 26.8 19 24 0 22 263 2.48 171.5 179.99 1.81S 28 52 30 61 5 13.6 19 24 4 22 264 2.49 171.5 180.00 1.80S 29 0 0 61 4 0.0 19 24 8 22 264 2.50 171.5 180.01 1.79S 29 7 30 61 2 46.2 19 24 12 22 264 2.51 171.6 180.02 1.78S 29 15 0 61 1 32.1 19 24 17 22 264 2.52 171.6 180.03 1.78S 29 22 30 61 0 17.7 19 24 21 22 264 2.52 171.6 180.04 1.77S 29 30 0 60 59 3.0 19 24 25 22 264 2.53 171.6 180.04 1.76S 29 37 30 60 57 48.0 19 24 29 21 264 2.54 171.6 180.05 1.75S 29 45 0 60 56 32.8 19 24 33 21 264 2.55 171.6 180.06 1.74S 29 52 30 60 55 17.2 19 24 38 21 265 2.56 171.6 180.07 1.73S 30 0 0 60 54 1.4 19 24 42 21 265 2.57 171.6 180.08 1.72S 30 7 30 60 52 45.3 19 24 46 21 265 2.58 171.6 180.09 1.71S 30 15 0 60 51 28.9 19 24 50 21 265 2.59 171.6 180.10 1.70S 30 22 30 60 50 12.3 19 24 54 21 265 2.59 171.6 180.11 1.69S 30 30 0 60 48 55.3 19 24 58 21 265 2.60 171.7 180.12 1.69S 30 37 30 60 47 38.1 19 25 2 21 265 2.61 171.7 180.12 1.68S 30 45 0 60 46 20.5 19 25 7 21 266 2.62 171.7 180.13 1.67S 30 52 30 60 45 2.7 19 25 11 21 266 2.63 171.7 180.14 1.66S 31 0 0 60 43 44.7 19 25 15 21 266 2.64 171.7 180.15 1.65S 31 7 30 60 42 26.3 19 25 19 21 266 2.65 171.7 180.16 1.64S 31 15 0 60 41 7.6 19 25 23 21 266 2.66 171.7 180.17 1.63S 31 22 30 60 39 48.7 19 25 27 21 266 2.67 171.7 180.18 1.62S 31 30 0 60 38 29.5 19 25 31 20 266 2.68 171.7 180.19 1.62S 31 37 30 60 37 10.0 19 25 35 20 266 2.69 171.7 180.20 1.61S 31 45 0 60 35 50.2 19 25 39 20 267 2.70 171.7 180.20 1.60S 31 52 30 60 34 30.1 19 25 43 20 267 2.71 171.8 180.21 1.59S 32 0 0 60 33 9.8 19 25 47 20 267 2.72 171.8 180.22 1.58S 32 7 30 60 31 49.1 19 25 51 20 267 2.73 171.8 180.23 1.57S 32 15 0 60 30 28.2 19 25 55 20 267 2.74 171.8 180.24 1.56S 32 22 30 60 29 7.0 19 25 59 20 267 2.75 171.8 180.25 1.55S 32 30 0 60 27 45.5 19 26 3 20 267 2.76 171.8 180.26 1.55S 32 37 30 60 26 23.8 19 26 7 20 268 2.77 171.8 180.27 1.54S 32 45 0 60 25 1.7 19 26 11 20 268 2.78 171.8 180.27 1.53S 32 52 30 60 23 39.4 19 26 15 20 268 2.79 171.8 180.28 1.52S 33 0 0 60 22 16.8 19 26 19 20 268 2.80 171.8 180.29 1.51S 33 7 30 60 20 53.9 19 26 23 20 268 2.81 171.8 180.30 1.50S 33 15 0 60 19 30.7 19 26 27 20 268 2.82 171.8 180.31 1.49S 33 22 30 60 18 7.2 19 26 30 19 268 2.83 171.9 180.32 1.49S 33 30 0 60 16 43.5 19 26 34 19 268 2.85 171.9 180.33 1.48S 33 37 30 60 15 19.5 19 26 38 19 269 2.86 171.9 180.33 1.47S 33 45 0 60 13 55.2 19 26 42 19 269 2.87 171.9 180.34 1.46S 33 52 30 60 12 30.6 19 26 46 19 269 2.88 171.9 180.35 1.45S 34 0 0 60 11 5.7 19 26 50 19 269 2.89 171.9 180.36 1.44S 34 7 30 60 9 40.6 19 26 54 19 269 2.90 171.9 180.37 1.43S 34 15 0 60 8 15.2 19 26 57 19 269 2.91 171.9 180.38 1.43S 34 22 30 60 6 49.5 19 27 1 19 269 2.93 171.9 180.39 1.42S 34 30 0 60 5 23.5 19 27 5 19 269 2.94 171.9 180.39 1.41S 34 37 30 60 3 57.3 19 27 9 19 270 2.95 171.9 180.40 1.40S 34 45 0 60 2 30.7 19 27 13 19 270 2.96 172.0 180.41 1.39S 34 52 30 60 1 3.9 19 27 16 19 270 2.97 172.0 180.42 1.38S 35 0 0 59 59 36.8 19 27 20 19 270 2.98 172.0 180.43 1.37S 35 7 30 59 58 9.4 19 27 24 18 270 3.00 172.0 180.44 1.37S 35 15 0 59 56 41.8 19 27 28 18 270 3.01 172.0 180.44 1.36S 35 22 30 59 55 13.9 19 27 31 18 270 3.02 172.0 180.45 1.35S 35 30 0 59 53 45.7 19 27 35 18 271 3.03 172.0 180.46 1.34S 35 37 30 59 52 17.2 19 27 39 18 271 3.05 172.0 180.47 1.33S 35 45 0 59 50 48.4 19 27 42 18 271 3.06 172.0 180.48 1.32S 35 52 30 59 49 19.4 19 27 46 18 271 3.07 172.0 180.49 1.32S 36 0 0 59 47 50.1 19 27 50 18 271 3.09 172.0 180.49 1.31S 36 7 30 59 46 20.5 19 27 53 18 271 3.10 172.0 180.50 1.30S 36 15 0 59 44 50.6 19 27 57 18 271 3.11 172.1 180.51 1.29S 36 22 30 59 43 20.4 19 28 1 18 271 3.13 172.1 180.52 1.28S 36 30 0 59 41 50.0 19 28 4 18 272 3.14 172.1 180.53 1.27S 36 37 30 59 40 19.3 19 28 8 18 272 3.15 172.1 180.54 1.27S 36 45 0 59 38 48.3 19 28 12 18 272 3.17 172.1 180.54 1.26S 36 52 30 59 37 17.1 19 28 15 17 272 3.18 172.1 180.55 1.25S 37 0 0 59 35 45.5 19 28 19 17 272 3.19 172.1 180.56 1.24S 37 7 30 59 34 13.7 19 28 22 17 272 3.21 172.1 180.57 1.23S 37 15 0 59 32 41.6 19 28 26 17 272 3.22 172.1 180.58 1.23S 37 22 30 59 31 9.3 19 28 29 17 272 3.24 172.1 180.58 1.22S 37 30 0 59 29 36.6 19 28 33 17 273 3.25 172.1 180.59 1.21S 37 37 30 59 28 3.7 19 28 36 17 273 3.27 172.1 180.60 1.20S 37 45 0 59 26 31.0 19 28 40 17 273 3.28 172.1 180.61 1.19S 37 52 30 59 24 57.6 19 28 43 17 273 3.30 172.2 180.62 1.19S 38 0 0 59 23 23.8 19 28 47 17 273 3.31 172.2 180.62 1.18S 38 7 30 59 21 49.8 19 28 50 17 273 3.33 172.2 180.63 1.17S 38 15 0 59 20 15.5 19 28 54 17 273 3.34 172.2 180.64 1.16S 38 22 30 59 18 41.0 19 28 57 17 273 3.36 172.2 180.65 1.15S 38 30 0 59 17 6.2 19 29 1 17 274 3.37 172.2 180.66 1.15S 38 37 30 59 15 31.0 19 29 4 16 274 3.39 172.2 180.66 1.14S 38 45 0 59 13 55.7 19 29 8 16 274 3.40 172.2 180.67 1.13S 38 52 30 59 12 20.0 19 29 11 16 274 3.42 172.2 180.68 1.12S 39 0 0 59 10 44.1 19 29 14 16 274 3.44 172.2 180.69 1.11S 39 7 30 59 9 7.9 19 29 18 16 274 3.45 172.2 180.70 1.11S 39 15 0 59 7 31.5 19 29 21 16 274 3.47 172.2 180.70 1.10S 39 22 30 59 5 54.7 19 29 24 16 274 3.49 172.3 180.71 1.09S 39 30 0 59 4 17.7 19 29 28 16 275 3.50 172.3 180.72 1.08S 39 37 30 59 2 40.5 19 29 31 16 275 3.52 172.3 180.73 1.07S 39 45 0 59 1 2.9 19 29 34 16 275 3.54 172.3 180.74 1.07S 39 52 30 58 59 25.1 19 29 38 16 275 3.56 172.3 180.74 1.06S 40 0 0 58 57 47.1 19 29 41 16 275 3.57 172.3 180.75 1.05S Path coordinates are referred to WGS84 (as used by GPS), with the nominal site altitude being referenced to Mean Sea Level. The path is adjusted for the effects of refraction at low moon altitudes. 659 is variable: 659 = NSV 15985, 6.46, range 0.02, V, Type BY: 659 is triple: Graze prediction is based on the mean position of Aa,Ab 7.74 7.00 0.10" 92.1 (FIN 342) Graze path of Aa approximately 0.0 km south, and 0.1 secs earlier compared to prediction Graze path of Ab approximately 0.0 km north, and 0.1 secs later compared to prediction - refer to graze profile for exact distances Aa,Ab 7.74 7.00 0.10" 92.1 (FIN 342) Graze path of Ab approximately 0.0 km north, and 0.2 secs later compared to Aa - refer to graze profile for exact distances AB 6.4 13.4 129" 339.4 (BUP 57) Graze path of B approximately 336.4 km south, and 49.9 secs earlier compared to A - refer to graze profile for exact distances Librations Long -3.71 Lat +6.78 P +179.25 D +7.02 Illumination of moon 29%+ Elongation of Moon 66 Vertical Profile Scale approx. 2.59 km/arcsec at mean distance of moon Horizontal Scale Factor 1.90 deg/min At longitude 25.00: Limiting Magnitudes for various telescope apertures (in cm) CA\Tdia 5 10 15 20 25 30 35 -1.9 3.1 4.5 5.2 5.6 5.9 6.0 6.1 0.1 3.5 4.9 5.6 6.0 6.3 6.5 6.6 2.1 4.9 6.3 7.1 7.5 7.8 8.1 8.2 4.1 4.9 6.3 7.1 7.5 7.9 8.1 8.2 6.1 5.7 7.1 7.9 8.4 8.7 9.0 9.2 ------------------------------------------------------------------------------ Double star catalogue details WDS entries RA Dec Name Y1 Y2 N PA PA Sep Sep M1 M2 04256+1556FIN 342Aa,Ab 1959 2014 90 148 178 0.1 0.1 7.74 7.00 F7V +108-026 +15 621 NO 042537.25+155627.9 04256+1556BUP 57AB 1910 2000 4 343 340 124.4 128.2 6.45 13.39 F7V +105-029 +001-003 +15 621 N 042537.25+155627.9 ------------------------------------------------ Interferometric catalogue entries 042537.25+155627.9 HR 1391 FIN 342Aa,Ab HD 27991 HIP 20661 04256+1556 N O Date PA Sep M1 M2 1959.14 147.8 . 0.115 . . . 0.1 . 0.7 2 Fin1959b J 1960.06 132.5 . 0.115 . . . 0.0 . 0.7 4 Fin1960b J 1961.08 111.6 . 0.117 . . . 0.0 . 0.7 2 Fin1961 J 1962.05 70.9 . 0.113 . . . 0.0 . 0.7 3 Fin1962a J 1963.10 : 34.8 . : 0.108 . . . 0.0 . 0.7 6 Fin1963a J 1964.081 352.8 . 0.107 . . . 0.0 . 0.7 5 Fin1964a J 1965.085 318.5 . 0.106 . . . . . 0.7 3 Fin1965a J 1966.124 310.4 . 0.122 . . . 0.0 . 0.7 2 Fin1966a J 1967.137 289.0 . 0.140 . . . 0.0 . 0.7 2 Fin1967a J 1968.123 265.6 . 0.142 . . . 0.0 . 0.7 2 Fin1969a J 1969.107 231.7 . 0.128 . . . 0.0 . 0.7 1 Fin1969a J 1975.7160 48.2 1.7 0.060 0.002 . . . . 517 20 3.8 1 McA1977 Sc 1976.8602 190.7 1.5 0.071 0.004 . . . . 552 20 3.8 1 McA1978b Sc 1976.9229 188.0 1.0 0.076 0.003 . . . . 552 20 3.8 1 McA1979a Sc 1977.0868 182.8 1.0 0.085 0.004 . . . . 552 20 3.8 1 McA1979a Sc 1977.7421 161.5 0.5 0.093 0.007 . . . . 511 41a 3.8 1 McA1980b Sc 1978.1490 148.5 1.5 0.094 0.007 . . . . 470 3.8 1 McA1980b Sc 1978.6183 138.2 0.5 0.108 0.008 . . . . 470 3.8 1 McA1980b Sc 1978.7247 V239.5 . 0.0253 0.0011 . . 0.74 0.27 467 16 . 1 Rad1980 O 1978.7247 V250.8 . 0.050 0.004 . . 0.15 0.56 720 166 . 1 Bvr1979a O 1978.7247 V250.8 . 0.050 0.004 . . 0.38 0.38 445 98 . 1 Bvr1979a O 1978.8757 129.6 2.0 0.123 0.009 . . . . 520 30 3.9 1 BLM1982 S 1979.1734 V136.1 . 0.1151 0.0003 . . 0.35 0.04 411 20 . 1 Rad1982b O 1979.1734 V334.3 . 0.0809 0.0004 . . 0.32 0.07 487 17 . 1 Fek1980 O 1979.857 118. 5. 0.104 0.005 . . 2.0 1. 501 3 2.3 1 Heg1983 S 1979.926 112.5 5. 0.095 0.005 . . 1.0 1. 501 3 2.3 1 Heg1983 S 1980.0711 V 95.0 . 0.0931 0.0013 . . 0.31 0.02 450 50 . 1 Pts1981a O 1980.1532 99.1 . 0.106 . . . . . 470 3.8 1 McA1983 Sc 1980.5950 V 94.3 . 0.0934 0.0010 . . 0.45 0.14 440 50 . 1 Pts1981a O 1980.5950 V 99.4 . 0.0929 0.0007 . . 0.42 0.02 700 70 . 1 Pts1981a O 1980.5950 V 99.4 . 0.0929 0.0007 . . 0.52 0.03 450 50 . 1 Pts1981a O 1980.7291 87.0 . 0.095 . . . . . 470 3.8 1 McA1983 Sc 1980.8821 83.3 . 0.100 . . . . . 470 2.1 1 McA1984b Sc 1980.939 79.5 1. 0.093 0.008 . . . . 600 50 1.5 1 Ebe1986 S 1982.7551 203.1 . 0.078 . . . . . 549 22 3.8 1 Msn1996b Sc 1982.7661 209.0 . 0.053 . . . . . 549 22 3.8 1 McA1987b Sc 1982.847 208.4 8.7 0.058 0.009 . . . . 550 1.0 1 Tok1983 Ig 1983.0474 191.1 . 0.095 . . . . . 549 22 3.8 1 McA1987b Sc 1983.7108 170.0 . 0.097 . . . . . 549 22 3.8 1 McA1987b Sc 1983.7135 171.0 . 0.078 . . . . . 549 22 3.8 1 McA1987b Sc 1983.9337 143.5 3.1 0.094 0.010 . . . . 550 3 2.0 1 Bnu1984 S 1991.25 336. . 0.099 . 6.999 0.140 7.743 0.278 511 222 0.3 1 HIP1997a Hh 1993.909 71. 1. 0.086 0.002 . . 0.58 0.03 2200 400 5.1 1 Pat1998 Si 1984.0522 159.7 . 0.090 . . . . . 549 22 3.8 1 McA1987b Sc 1984.0577 160.2 . 0.092 . . . . . 549 22 3.8 1 McA1987b Sc 1984.0604 158.0 . 0.085 . . . . . 549 22 3.8 1 McA1987b Sc 1984.8434 138.9 . 0.097 . . . . . 600 14 6.0 1 Bag1987 S 1985.1827 132.7 . 0.092 . . . . . 600 14 6.0 1 Bag1987 S 1985.1856 130.9 . 0.093 . . . . . 600 14 6.0 1 Bag1987 S 1985.744 117.5 . 0.094 <0.005 . . . . 550 1.0 1 Tok1988 Ig 1985.8379 112.1 . 0.094 . . . . . 549 22 3.8 1 McA1987b Sc 1985.8406 112.9 . 0.097 . . . . . 549 22 3.8 1 McA1987b Sc 1986.6600 97.5 . 0.096 . . . . . 6.0 1 Bag1989a S 1986.6984 94.6 . 0.096 . . . . . 6.0 1 Bag1989a S 1986.8864 89.7 . 0.094 . . . . . 549 22 3.8 1 McA1989 Sc 1986.8890 88.3 . 0.096 . . . . . 549 22 3.8 1 McA1989 Sc 1987.2716 77.5 . 0.109 . . . . . 549 22 3.8 1 Msn1996b Sc 1987.7655 65.4 . 0.087 . . . . . 549 22 3.8 1 McA1989 Sc 1988.1646 50.3 . 0.075 . . . . . 549 22 3.6 1 McA1993 Sc 1988.6559 . . < 0.036 . . . . . 549 22 3.8 1 Msn1996b Sc 1988.6582 :340.6 . : 0.025 . . . . . 549 22 3.8 1 Hrt1992b Sc 1988.8030 . . < 0.05 . . . . . 2.1 1 Iso1990b S 1988.9095 . . < 0.080 . . . . . 538 76 1.8 1 McA1997 Sc 1988.9095 . . < 0.076 . . . . . n 1.8 1 McA1997 Sc 1989.1639 16.5 . 0.088 . . . . . 538 76 1.8 1 McA1997 Sc 1989.1666 13.1 . 0.090 . . . . . 538 76 1.8 1 McA1997 Sc 1989.2292 201.9 . 0.071 . . . . . 467 16 3.8 1 Hrt2000a Sc 1989.2292 198.5 . 0.066 . . . . . 549 22 3.8 1 McA1990 Sc 1989.7068 178.9 . 0.081 . . . . . 549 22 3.8 1 Hrt1992b Sc 1989.7148 . . < 0.036 . . . . . 549 22 3.8 1 Msn1996b Sc 1989.7148 . . < 0.033 . . . . . 467 16 3.8 1 Msn1996b Sc 1989.9333 169.0 . 0.094 . . . . . 549 22 4.0 1 Hrt1993 Sc 1990.2697 167.0 . 0.093 . . . . . 508 41a 3.8 2 Hrt1992b Sc 1990.7552 148.6 . 0.093 . . . . . 549 22 3.8 1 Hrt1992b Sc 1991.7218 . . < 0.030 . . . . . 549 22 4.0 1 Msn1996b Sc 1991.7247 . . < 0.035 . . . . . 549 22 4.0 1 Msn1996b Sc 1991.7247 . . < 0.034 . . . . . 538 76 4.0 1 Msn1996b Sc 1991.8967 119.9 . 0.099 . . . . . 549 22 3.8 1 Msn1993a Sc 1993.9199 68.2 . 0.089 . . . . . 549 22 2.5 1 Hrt1997 Sc 1995.7629 184.6 . 0.078 . . . . . 549 22 2.5 1 Hrt1997 Sc 1995.9213 179.2 . 0.083 . . . . . 549 22 2.5 1 Hrt1997 Sc 1996.8688 154.5 . 0.087 . . . . . 549 22 2.5 1 Hrt2000a Sc 1997.8244 125.2 . 0.096 . . . . . 501 8 3.5 1 Hor1999 S 1997.8271 125.0 . 0.095 . . . . . 451 5 3.5 1 Hor1999 S 1997.8298 . . . . . . 0.29 0.15 648 41 3.5 1 Hor2004 S 1997.8298 127.1 . 0.095 . . . . . 648 41 3.5 1 Hor1999 S 1999.0095 . . . . . . 0.17 0.15 648 41 3.5 1 Hor2004 S 1999.0095 99.2 . 0.096 . . . . . 648 41 3.5 1 Hor2002a S 2004.1045 305.5 . 0.092 . . . 0.67 . 698 39 3.5 1 Hor2008 S 2004.1071 125.5 . 0.100 . . . 0.94 . 550 40 3.5 1 Hor2008 S 2004.9726 286.5 . 0.096 . . . 0.46 . 754 44 3.5 1 Hor2008 S 2007.0096 232.1 . 0.069 . . . 0.54 . 698 39 3.5 1 Hor2010 S 2007.0123 230.9 . 0.069 . . . 0.17 . 550 40 3.5 1 Hor2010 S 2007.8191 212.2 . 0.0460 . . . 0.17 . 550 40 3.5 1 Hor2011b S 2007.8191 . . . . . . 0.30 . 698 40 3.5 1 Hor2011b S 2008.0690 196.9 . 0.066 . . . 0.20 . 698 39 3.5 1 Hor2010 S 2008.6970 . . . . . . 0.34 . 692 40 3.5 1 Hor2009 S 2008.6970 173.0 . 0.084 . . . 0.37 . 447 60 3.5 1 Hor2009 S 2008.6996 172.5 1.7 0.083 0.003 . . 0.00 0.12 698 39 3.5 1 Hor2012a S 2008.7731 170.1 0.2 0.0840 0.0003 . . 0.3 . 657 5 4.1 1 Tok2010 S ------------------------------------------------ AAVSO Variable star entry Variable identifier Type Max Min Ph Epoch Period NSV 15985 BY: 6.46 ( 0.02 V ------------------------------------------------------------------------------ Results of Observer Scan UT Site Long. Lat. Dist. h m s Forssa 23.6 60.8 114km 19 20 58.2 Hämeenlinna 24.4 61.0 82km 19 21 27.4 Hämeenlinnanväylä 24.9 60.2 156km 19 21 44.6 Hamina 27.2 60.6 83km 19 23 6.2 Hartola 26.0 61.6 5km 19 22 24.7 Helsinki Kaivopuisto 25.0 60.2 163km 19 21 46.5 Iisalmi 27.2 63.5 230km 19 23 5.7 Imatra 28.8 61.2 13km 19 24 0.5 Järvenpää 25.1 60.5 126km 19 21 51.4 Joensuu Jakokoski 30.0 62.7 190km 19 24 41.4 Jyväskylä Rihlaperä 25.7 62.2 69km 19 22 13.4 Kalajoki 23.9 64.3 256km 19 21 9.4 Kangasala 24.0 61.4 45km 19 21 11.7 Kaskinen 21.2 62.4 21km 19 19 28.1 Keljonlahdentie 25.7 62.2 67km 19 22 14.7 Kemiö 22.8 60.1 197km 19 20 26.5 Kokkola 23.1 63.8 200km 19 20 39.6 Kouvola 26.7 60.9 60km 19 22 47.5 Kuopio Huuhanmäki 27.6 62.9 168km 19 23 21.7 Lahti Pirttiharju 25.6 61.0 65km 19 22 9.3 Laitila 21.7 60.9 135km 19 19 45.4 Lappeenranta 28.2 61.1 15km 19 23 40.4 Loimaa 23.1 60.8 118km 19 20 36.7 Loviisa 26.2 60.5 111km 19 22 31.8 Maarianhamina 19.9 60.1 241km 19 18 38.8 Mäntyharju 26.9 61.4 2km 19 22 55.2 Merikarvia 21.5 61.9 31km 19 19 38.6 Mikkeli Kiiskinmäki 27.2 61.7 35km 19 23 7.6 Nilsiä 28.1 63.2 208km 19 23 36.9 Nurmes 29.1 63.5 260km 19 24 12.9 Pirkkola 24.9 60.2 156km 19 21 44.7 Pori 21.8 61.5 67km 19 19 49.8 Porvoo 25.7 60.4 127km 19 22 13.2 Pyhäjärvi 26.0 63.7 224km 19 22 22.9 Rautalampi 26.7 62.6 120km 19 22 48.7 Salo 23.1 60.4 167km 19 20 39.8 Savonlinna 28.9 61.9 82km 19 24 3.9 Seinäjoki 22.8 62.8 86km 19 20 29.1 Siuntio 24.2 60.2 173km 19 21 18.9 Tallinna 24.8 59.4 247km 19 21 39.0 Tampere Kauppi 23.8 61.5 36km 19 21 4.1 Turku Isoheikkilä 22.2 60.5 172km 19 20 6.0 Ulvila Vesitorni 21.9 61.4 71km 19 19 54.6 Uusikaarlepyy 22.5 63.5 160km 19 20 17.1 Vaasa Sundom 21.6 63.0 95km 19 19 41.4 Vantaa 25.0 60.3 146km 19 21 47.4 Varkaus 27.9 62.3 112km 19 23 29.8 Viitasaari 25.9 63.1 160km 19 22 18.8 Virrat 23.8 62.2 38km 19 21 3.9