MUTUAL PHENOMENA OF JUPITERS SATELLITES IN 2009* (ECLIPSES) DATE(UT) BEGIN TIME END TIME EVENT DL FI1 FI2 DIST SEP SAT Year Mon. Day Hour Min. Hour Min. 2009 1 13 14 24.9 15 4.8 2E3P 0.09 14 9 2.7 2.7 2 2009 5 8 16 5.9 16 12.5 1E4Q 0.05 210 354 8.0 119.3 1 2009 5 16 4 3.9 4 17.1 4E3Q 0.12 156 46 8.4 137.1 4 2009 5 16 18 38.0 18 49.3 4E1P 0.50 169 58 4.3 115.5 4 2009 5 17 21 3.1 21 17.3 4E1Q 0.17 193 282 5.9 377.4 3 2009 5 26 1 18.2 1 26.8 1E4Q 0.29 146 7 1.9 89.0 3 2009 6 2 1 39.4 2 14.0 4E2P 0.76 159 101 9.5 93.5 4 2009 6 3 22 36.5 22 51.2 4E2P 0.56 199 291 9.2 114.4 3 2009 6 4 11 32.9 11 47.8 4E3Q 0.07 211 295 14.5 118.4 4 2009 6 8 21 26.8 21 36.1 3E1Q 0.08 157 81 5.5 58.6 2 2009 6 9 19 24.6 19 39.7 3E1P 0.21 203 267 5.8 53.8 3 2009 6 10 7 21.1 7 37.5 3E4A 0.61 228 335 15.4 134.3 3 2009 6 10 14 30.9 14 44.9 2E4Q 0.32 245 341 12.9 22.1 3 2009 6 11 6 8.4 6 16.8 1E4Q 0.34 201 355 6.9 23.9 2 2009 6 16 1 20.6 1 38.4 3E1P 0.23 157 99 5.9 50.4 3 2009 6 16 8 33.9 8 57.4 3E1P 0.23 172 160 2.9 36.1 3 2009 6 16 23 10.8 23 21.9 3E1P 0.34 203 282 5.9 58.4 3 2009 6 19 5 6.3 5 16.8 4E2Q 0.57 168 37 4.3 127.2 4 2009 6 19 8 28.2 8 37.0 4E1Q 0.20 171 48 3.6 57.6 2 2009 6 19 23 14.5 23 28.1 4E3Q 0.51 184 354 4.2 128.1 1 2009 6 20 4 51.8 5 28.6 4E1P 0.51 189 223 3.3 49.0 3 2009 6 20 9 16.8 9 56.8 4E1P 0.61 193 260 5.6 94.1 4 2009 6 24 2 27.1 2 36.9 3E1P 0.50 201 294 5.7 60.0 3 2009 6 25 14 46.1 14 50.2 1E2Q 0.03 242 326 6.4 38.2 1 2009 6 27 3 37.7 3 44.2 1E3P 0.27 195 354 3.8 231.7 4 2009 6 27 22 11.5 22 21.2 2E4Q 0.32 199 353 7.0 122.2 2 2009 6 29 3 55.1 3 59.8 1E2Q 0.06 243 326 6.4 36.0 1 2009 6 29 14 50.4 15 9.4 3E4A 0.68 119 30 9.6 102.4 3 2009 7 1 5 30.8 5 39.8 3E1P 0.69 199 304 5.3 58.9 3 2009 7 2 17 4.8 17 10.0 1E2Q 0.11 245 325 6.4 33.6 1 2009 7 4 6 21.3 6 28.3 1E3A 0.35 202 352 4.2 65.4 1 2009 7 6 6 14.6 6 20.2 1E2P 0.16 247 325 6.4 31.1 1 2009 7 8 8 26.7 8 35.2 3E1P 0.88 197 312 4.8 55.1 3 2009 7 9 19 25.1 19 31.2 1E2P 0.21 249 324 6.4 28.4 1 2009 7 11 9 6.6 9 14.0 1E3A 0.43 209 349 4.6 56.1 1 2009 7 13 8 35.6 8 42.2 1E2P 0.25 251 324 6.4 25.6 1 2009 7 14 10 41.8 10 51.0 3E2Q 0.10 143 72 8.6 39.2 3 2009 7 15 2 18.9 2 29.1 3E4Q 0.07 176 2 1.8 78.4 1 2009 7 15 11 17.9 11 25.9 3E1A 0.97 194 320 4.2 48.9 3 2009 7 16 21 47.1 21 54.1 1E2P 0.30 253 323 6.4 22.8 1 2009 7 18 11 53.9 12 1.7 1E3A 0.55 216 346 4.9 45.3 1 2009 7 19 3 26.1 3 29.4 2E1Q 0.05 188 347 1.8 127.1 3 2009 7 20 10 58.7 11 6.2 1E2P 0.35 255 323 6.4 19.8 1 2009 7 21 14 16.3 14 28.3 3E2P 0.36 142 76 8.9 29.9 3 2009 7 22 14 6.1 14 13.6 3E1P 0.87 192 328 3.5 40.2 3 2009 7 22 16 31.9 16 35.6 2E1Q 0.10 187 349 1.7 36.1 3 2009 7 23 23 7.0 23 14.9 4E2Q 0.06 194 318 6.9 37.8 1 2009 7 24 0 11.4 0 19.4 1E2P 0.39 257 322 6.3 16.9 1 2009 7 24 16 59.4 17 16.0 4E3Q 0.22 210 298 13.7 56.6 4 2009 7 25 14 44.2 14 52.4 1E3A 0.44 224 344 5.2 33.5 1 2009 7 27 13 24.3 13 32.8 1E2P 0.43 259 322 6.3 13.9 1 2009 7 28 17 56.2 18 10.9 3E2P 0.63 142 81 9.2 20.5 3 2009 7 29 16 52.2 16 59.2 3E1P 0.66 189 335 2.8 29.5 3 2009 7 31 2 38.7 2 47.7 1E2P 0.46 262 322 6.3 11.0 1 2009 8 1 17 38.1 17 46.9 1E3A 0.38 232 342 5.4 21.3 1 2009 8 3 15 53.4 16 3.1 1E2P 0.49 264 321 6.2 8.1 1 2009 8 4 21 44.1 22 1.5 3E2P 0.92 141 86 9.4 11.4 3 2009 8 5 19 37.3 19 43.6 3E1P 0.44 187 343 1.9 17.2 3 2009 8 7 5 10.0 5 20.4 1E2P 0.52 267 321 6.1 5.3 1 2009 8 8 20 38.0 20 47.6 1E3A 0.33 242 340 5.5 9.4 1 2009 8 10 18 27.4 18 38.6 1E2P 0.53 270 321 6.0 2.7 1 2009 8 12 1 42.7 2 3.4 3E2T 1.00 141 92 9.4 3.1 3 2009 8 14 7 47.5 7 59.8 1E2P 0.54 273 322 5.9 0.3 1 2009 8 15 23 47.4 23 58.4 1E3P 0.30 252 338 5.6 2.9 1 2009 8 16 16 24.4 17 9.0 1E3A 0.47 36 13 3.6 2.1 1 2009 8 16 20 22.8 21 8.4 1E3A 0.36 70 22 5.6 2.8 1 2009 8 17 21 9.1 21 22.8 1E2P 0.53 277 322 5.8 2.0 1 2009 8 19 6 0.2 6 25.7 3E2P 1.00 142 99 9.2 4.5 3 2009 8 20 17 42.0 18 2.2 3E2Q 0.03 216 251 8.9 5.6 3 2009 8 21 10 35.3 10 50.8 1E2P 0.51 281 322 5.6 4.0 1 2009 8 22 4 36.3 4 50.0 1E2P 0.10 74 37 5.9 4.2 1 2009 8 23 3 15.2 3 29.5 1E3P 0.28 265 337 5.4 11.3 1 2009 8 24 1 21.6 1 35.4 1E3P 0.17 94 23 6.4 12.3 1 2009 8 25 0 5.6 0 23.9 1E2P 0.47 286 323 5.4 5.7 1 2009 8 25 18 8.1 18 21.0 1E2P 0.18 79 38 6.1 6.5 1 2009 8 26 10 54.1 11 29.5 3E2P 0.80 144 109 8.7 9.9 3 2009 8 27 22 41.5 22 55.5 3E2Q 0.03 218 261 9.3 12.8 3 2009 8 28 13 46.9 14 10.4 1E2P 0.39 292 325 5.0 7.0 1 2009 8 29 7 35.5 7 47.8 1E2P 0.28 83 38 6.3 9.0 1 2009 8 30 7 40.9 8 13.9 1E3P 0.32 288 338 4.8 17.2 1 2009 8 30 12 4.1 12 50.0 1E3A 0.43 326 347 2.4 14.0 1 2009 8 31 4 56.4 5 4.3 1E3Q 0.04 107 22 6.5 23.4 1 2009 9 1 3 49.9 4 30.9 1E2P 0.25 303 329 4.4 7.7 1 2009 9 1 20 58.2 21 9.9 1E2P 0.38 87 39 6.4 11.6 1 2009 9 5 10 19.2 10 30.4 1E2P 0.50 90 39 6.5 14.2 1 2009 9 8 23 37.4 23 48.2 1E2P 0.61 93 39 6.6 16.9 1 2009 9 12 12 54.9 13 5.2 1E2P 0.71 96 39 6.6 19.6 1 2009 9 16 2 10.5 2 20.4 1E2P 0.82 98 38 6.7 22.3 1 2009 9 19 15 25.7 15 35.2 1E2A 0.92 101 38 6.7 24.9 1 2009 9 20 23 17.4 23 21.3 2E1Q 0.16 174 10 1.8 88.1 3 2009 9 23 4 39.5 4 48.7 1E2A 0.96 103 38 6.7 27.5 1 2009 9 24 12 24.1 12 27.7 2E1Q 0.09 173 12 2.0 9.6 3 2009 9 26 17 53.2 18 1.9 1E2P 0.89 105 37 6.7 29.9 1 2009 9 28 1 30.8 1 34.1 2E1Q 0.05 172 13 2.1 74.1 4 2009 9 30 7 5.8 7 14.1 1E2P 0.78 107 37 6.7 32.2 1 2009 10 3 20 18.4 20 26.2 1E2P 0.66 109 36 6.7 34.3 1 2009 10 7 9 30.0 9 37.4 1E2P 0.56 111 36 6.7 36.3 1 2009 10 10 22 41.7 22 48.6 1E2P 0.44 113 35 6.7 38.2 1 2009 10 14 11 52.7 11 59.0 1E2P 0.33 115 35 6.7 39.8 1 2009 10 18 1 3.8 1 9.5 1E2P 0.23 117 34 6.6 41.3 1 2009 10 21 14 14.2 14 19.3 1E2Q 0.14 118 34 6.6 42.6 1 2009 10 25 3 24.7 3 29.1 1E2Q 0.05 120 33 6.5 43.7 1 -------------------------------------------------------------------------------------- *) The predictions are based on J. Lieske's E5 version of Sampson's theory. Only events with intensity drops (DL) greater than 0.03, occurring more than 1.5 Jovian radii (DIST) from the planet center, have been included. The letters and headings have the following meanings: E = eclipses O = occults P = partial event A = annular event T = total event Q = penumbral eclipse DL = relative intensity drop FI1 = orbital angle of first satellite (measured from superior conjunction with Jupiter, geocentric for an occultation, heliocentric for an eclipse) FI2 = orbital angle of second satellite DIST = planetocentric distance of target satellite in Jovian radii SEP = separation between the satellites in arcsec at midevent SAT = satellite(s) within 10 arcsec of target satellite (except for the eclipsing satellite)