「Perigee」の共起表現一覧(1語右で並び替え)
該当件数 : 154件
| r when the Earth, moon and sun are aligned at | perigee and perihelion. |
| The | perigee and apogee were 314.0 and 464.1 miles (505 an |
| It was placed in an orbital | Perigee and Apogee of 368 km and 372 km at an inclina |
| First, the long axis (line of the apsides: | perigee and apogee) of the Moon's elliptical orbit pr |
| Perigee Books. | |
| ization with the anomalistic month (period of | perigee), but groupings of 3 tritos cycles (≈ 33 year |
| similar period in the position of the Moon's | perigee, caused by the action of the Sun. |
| It peaked in brightness and arrived at | perigee for observers on Earth on February 24, 2009, |
| o the parameters eccentricity and argument of | perigee for which eccentricity zero (circular orbit) |
| Because the argument of | perigee is slowly perturbed by the oblateness of the |
| e value 63.4 deg is that then the argument of | perigee is not perturbed by the J2 term of the gravit |
| a-vehicular activity) and equipped with a new | perigee kick motor. |
| akes to the Earth on its elliptical orbit, or | perigee, leading to the technical name for a supermoo |
| It swung by Earth on December 20, 1998 at a | perigee of about 1000 km. |
| This implies an argument of | perigee of either 0 or 180 degrees. |
| 55 Gm - 60,000-year | perigee of Mars (last achieved on August 27, 2003) |
| manoeuvred into a geostationary orbit with a | perigee of 35,785 kilometres (22,236 mi) and an apoge |
| AT was deployed into a low Earth orbit with a | perigee of 650 kilometers (400 mi), an apogee of 650 |
| It operates in a Molniya orbit with a | perigee of 900 kilometres (560 mi), an apogee of 39,0 |
| It was left in an orbit with a | perigee of 421 kilometres (262 mi), an apogee of 1,31 |
| h an apogee of 699.9 kilometres (434.9 mi), a | perigee of 690.5 kilometres (429.1 mi), and 98.3° inc |
| Due to the low | perigee of its orbit, LOFTI-1 decayed quickly, and re |
| It ended up in a low Earth orbit with a | perigee of 167 kilometres (104 mi), an apogee of 1,00 |
| It orbited the Earth with a | perigee of 323 km and an apogee of 2,440 km, and with |
| manoeuvred into a geostationary orbit with a | perigee of 35,781 kilometres (22,233 mi) and an apoge |
| The | perigee of its orbit was 441 kilometers and apogee wa |
| The orbit of this satellite had a | perigee of 400 km (240 mi) and an apogee of 776 km (4 |
| ly 95 minutes, with an apogee of 608 km and a | perigee of 497 km. |
| 308 was placed into a low Earth orbit with a | perigee of 271 kilometres (168 mi), an apogee of 408 |
| 25 was operated in a low Earth orbit, with a | perigee of 223 kilometres (139 mi), an apogee of 361 |
| Kosmos 191 was operated in an orbit with a | perigee of 261 kilometres (162 mi), an apogee of 451 |
| It was operated in an orbit with a | perigee of 262 kilometres (163 mi), an apogee of 444 |
| 4 was launched into a low Earth orbit, with a | perigee of 225 kilometres (140 mi), an apogee of 970 |
| os 1 was placed into a low Earth orbit with a | perigee of 207 kilometres (129 mi), an apogee of 649 |
| It was operated in an orbit with a | perigee of 266 kilometres (165 mi), an apogee of 471 |
| Kosmos 176 was operated in an orbit with a | perigee of 193 kilometres (120 mi), an apogee of 1,39 |
| launched into Earth orbit in May 2011, with a | perigee of 10,000 kilometers (6,200 mi) and an apogee |
| ave located the spacecraft in an orbit with a | perigee of 1,025 kilometres (637 mi) and an apogee of |
| It was operated in an orbit with a | perigee of 268 kilometres (167 mi), an apogee of 449 |
| 750 was placed into a low Earth orbit with a | perigee of 272 kilometres (169 mi), an apogee of 803 |
| Kosmos 221 was operated in an orbit with a | perigee of 214 kilometres (133 mi), an apogee of 2,01 |
| It was operated in an orbit with a | perigee of 256 kilometres (159 mi), an apogee of 454 |
| 391 was placed into a low Earth orbit with a | perigee of 267 kilometres (166 mi), an apogee of 803 |
| s 31 was placed into a low Earth orbit with a | perigee of 221 kilometres (137 mi), an apogee of 485 |
| Kosmos 277 was operated in an orbit with a | perigee of 256 kilometres (159 mi), an apogee of 412 |
| 803 was placed into a low Earth orbit with a | perigee of 505 kilometres (314 mi), an apogee of 555 |
| with an apogee of 490 kilometres (300 mi), a | perigee of 253 kilometres (157 mi), 48.7 degrees of i |
| with an apogee of 444 kilometres (276 mi), a | perigee of 263 kilometres (163 mi), 70.9 degrees of i |
| 459 was placed into a low Earth orbit with a | perigee of 199 kilometres (124 mi), an apogee of 286 |
| It was operated in an orbit with a | perigee of 263 kilometres (163 mi), an apogee of 451 |
| Kosmos 173 was operated in an orbit with a | perigee of 261 kilometres (162 mi), an apogee of 471 |
| os 7 was placed into a low Earth orbit with a | perigee of 197 kilometres (122 mi), an apogee of 356 |
| with an apogee of 651 kilometres (405 mi), a | perigee of 605 kilometres (376 mi), 55 degrees of inc |
| Kosmos 283 was operated in an orbit with a | perigee of 196 kilometres (122 mi), an apogee of 1,36 |
| It was operated in an orbit with a | perigee of 268 kilometres (167 mi), an apogee of 462 |
| It was operated in an orbit with a | perigee of 233 kilometres (145 mi), an apogee of 1,69 |
| It was operated in an orbit with a | perigee of 197 kilometres (122 mi), an apogee of 1,43 |
| It was operated in an orbit with a | perigee of 264 kilometres (164 mi), an apogee of 466 |
| 29 was operated in a low Earth orbit, with a | perigee of 138 kilometres (86 mi), an apogee of 511 k |
| with an apogee of 445 kilometres (277 mi), a | perigee of 287 kilometres (178 mi), 48.3 degrees of i |
| It was operated in an orbit with a | perigee of 190 kilometres (120 mi), an apogee of 344 |
| et, Kosmos 36 was in a low Earth orbit with a | perigee of 253 kilometres (157 mi), an apogee of 476 |
| s 26 was placed into a low Earth orbit with a | perigee of 268 kilometres (167 mi), an apogee of 376 |
| 19 was operated in a low Earth orbit, with a | perigee of 206 kilometres (128 mi), an apogee of 578 |
| It was operated in an orbit with a | perigee of 251 kilometres (156 mi), an apogee of 549 |
| It was operated in an orbit with a | perigee of 214 kilometres (133 mi), an apogee of 1,97 |
| s 51 was placed into a low Earth orbit with a | perigee of 258 kilometres (160 mi), an apogee of 537 |
| It was operated in an orbit with a | perigee of 208 kilometres (129 mi), an apogee of 1,20 |
| It was operated in an orbit with a | perigee of 268 kilometres (167 mi), an apogee of 484 |
| Kosmos 311 was operated in an orbit with a | perigee of 263 kilometres (163 mi), an apogee of 438 |
| with an apogee of 723 kilometres (449 mi), a | perigee of 714 kilometres (444 mi) and 98.4 degrees o |
| Kosmos 257 was operated in an orbit with a | perigee of 261 kilometres (162 mi), an apogee of 396 |
| with an apogee of 510 kilometres (320 mi), a | perigee of 255 kilometres (158 mi), 48.8 degrees of i |
| It was operated in an orbit with a | perigee of 158 kilometres (98 mi), an apogee of 208 k |
| 1375 was placed into a low Earth orbit with a | perigee of 986 kilometres (613 mi), an apogee of 1,00 |
| Kosmos 233 was operated in an orbit with a | perigee of 198 kilometres (123 mi), an apogee of 1,40 |
| It was operated in an orbit with a | perigee of 197 kilometres (122 mi), an apogee of 1,37 |
| s 11 was placed into a low Earth orbit with a | perigee of 240 kilometres (150 mi), an apogee of 858 |
| s 49 was placed into a low Earth orbit with a | perigee of 260 kilometres (160 mi), an apogee of 472 |
| It was operated in an orbit with a | perigee of 388 kilometres (241 mi), an apogee of 1,99 |
| l 2 was placed into a low Earth orbit, with a | perigee of 289 kilometres (180 mi), an apogee of 1,34 |
| as in an elliptical medium Earth orbit with a | perigee of 218.82 kilometres (135.97 mi) and apogee o |
| 275 was placed into a low Earth orbit with a | perigee of 273 kilometres (170 mi), an apogee of 780 |
| It was operated in an orbit with a | perigee of 263 kilometres (163 mi), an apogee of 433 |
| n inclination of 63.4 degrees, an argument of | perigee of -90 degree and an orbital period of one ha |
| Kosmos 268 was operated in an orbit with a | perigee of 212 kilometres (132 mi), an apogee of 2,06 |
| with an apogee of 752 kilometres (467 mi), a | perigee of 726 kilometres (451 mi) and 98.28 degrees |
| It was operated in an orbit with a | perigee of 261 kilometres (162 mi), an apogee of 429 |
| It was operated in an orbit with a | perigee of 266 kilometres (165 mi), an apogee of 473 |
| 901 was placed into a low Earth orbit with a | perigee of 269 kilometres (167 mi), an apogee of 820 |
| It was operated in an orbit with a | perigee of 266 kilometres (165 mi), an apogee of 445 |
| Kosmos 211 was operated in an orbit with a | perigee of 197 kilometres (122 mi), an apogee of 1,39 |
| It was operated in an orbit with a | perigee of 267 kilometres (166 mi), an apogee of 466 |
| It was operated in an orbit with a | perigee of 266 kilometres (165 mi), an apogee of 461 |
| 106 was placed into a low Earth orbit with a | perigee of 281 kilometres (175 mi), an apogee of 553 |
| s 70 was placed into a low Earth orbit with a | perigee of 223 kilometres (139 mi), an apogee of 1,17 |
| Kosmos 303 was operated in an orbit with a | perigee of 259 kilometres (161 mi), an apogee of 426 |
| It was operated in an orbit with a | perigee of 265 kilometres (165 mi), an apogee of 486 |
| It was operated in an orbit with a | perigee of 277 kilometres (172 mi), an apogee of 534 |
| It was operated in an orbit with a | perigee of 256 kilometres (159 mi), an apogee of 477 |
| 849 was placed into a low Earth orbit with a | perigee of 264 kilometres (164 mi), an apogee of 865 |
| 148 was placed into a low Earth orbit with a | perigee of 270 kilometres (170 mi), an apogee of 404 |
| It was operated in an orbit with a | perigee of 262 kilometres (163 mi), an apogee of 468 |
| It was operated in an orbit with a | perigee of 265 kilometres (165 mi), an apogee of 455 |
| It was operated in an orbit with a | perigee of 211 kilometres (131 mi), an apogee of 446 |
| Kosmos 245 was operated in an orbit with a | perigee of 260 kilometres (160 mi), an apogee of 443 |
| It was operated in an orbit with a | perigee of 268 kilometres (167 mi), an apogee of 472 |
| It was operated in an orbit with a | perigee of 264 kilometres (164 mi), an apogee of 470 |
| It was operated in an orbit with a | perigee of 259 kilometres (161 mi), an apogee of 476 |
| It was operated in an orbit with a | perigee of 147 kilometres (91 mi), an apogee of 205 k |
| 394 was placed into a low Earth orbit with a | perigee of 522 kilometres (324 mi), an apogee of 552 |
| Kosmos 295 was operated in an orbit with a | perigee of 262 kilometres (163 mi), an apogee of 433 |
| 497 was placed into a low Earth orbit with a | perigee of 271 kilometres (168 mi), an apogee of 787 |
| 521 was placed into a low Earth orbit with a | perigee of 987 kilometres (613 mi), an apogee of 992 |
| It was operated in an orbit with a | perigee of 265 kilometres (165 mi), an apogee of 472 |
| 32 was operated in a low Earth orbit, with a | perigee of 233 kilometres (145 mi), an apogee of 350 |
| 1241 was placed into a low Earth orbit with a | perigee of 989 kilometres (615 mi), an apogee of 995 |
| s 19 was placed into a low Earth orbit with a | perigee of 267 kilometres (166 mi), an apogee of 497 |
| It was operated in an orbit with a | perigee of 267 kilometres (166 mi), an apogee of 479 |
| 440 was placed into a low Earth orbit with a | perigee of 272 kilometres (169 mi), an apogee of 788 |
| os 4 was placed into a low Earth orbit with a | perigee of 285 kilometres (177 mi), an apogee of 317 |
| 615 was placed into a low Earth orbit with a | perigee of 270 kilometres (170 mi), an apogee of 834 |
| he craft into an eccentric Earth orbit with a | perigee of 265,679 km and an apogee of 480,762 km - s |
| It was operated in an orbit with a | perigee of 266 kilometres (165 mi), an apogee of 475 |
| It was operated in an orbit with a | perigee of 213 kilometres (132 mi), an apogee of 456 |
| It was operated in an orbit with a | perigee of 264 kilometres (164 mi), an apogee of 477 |
| It was operated in an orbit with a | perigee of 258 kilometres (160 mi), an apogee of 387 |
| 36 was operated in a low Earth orbit, with a | perigee of 223 kilometres (139 mi), an apogee of 445 |
| an apogee of 35,788 kilometres (22,238 mi), a | perigee of 35,784 kilometres (22,235 mi), zero degree |
| os 3 was placed into a low Earth orbit with a | perigee of 204 kilometres (127 mi), an apogee of 1,14 |
| It was operated in an orbit with a | perigee of 237 kilometres (147 mi), an apogee of 528 |
| It was operated in an orbit with a | perigee of 259 kilometres (161 mi), an apogee of 430 |
| Kosmos 265 was operated in an orbit with a | perigee of 261 kilometres (162 mi), an apogee of 413 |
| Kosmos 222 was operated in an orbit with a | perigee of 259 kilometres (161 mi), an apogee of 465 |
| 919 was placed into a low Earth orbit with a | perigee of 269 kilometres (167 mi), an apogee of 822 |
| It was operated in an orbit with a | perigee of 267 kilometres (166 mi), an apogee of 468 |
| 26 was operated in a low Earth orbit, with a | perigee of 229 kilometres (142 mi), an apogee of 713 |
| It was operated in an orbit with a | perigee of 220 kilometres (140 mi), an apogee of 810 |
| Kosmos 285 was operated in an orbit with a | perigee of 257 kilometres (160 mi), an apogee of 452 |
| 662 was placed into a low Earth orbit with a | perigee of 271 kilometres (168 mi), an apogee of 812 |
| Kosmos 137 It was operated in an orbit with a | perigee of 214 kilometres (133 mi), an apogee of 1,64 |
| t with an apogee of 134 kilometres (83 mi), a | perigee of 124 kilometres (77 mi), and 97.5 degrees o |
| h an apogee of 2,581 kilometres (1,604 mi), a | perigee of 635 kilometres (395 mi), 38.8 degrees of i |
| it was catalogued as being in an orbit with a | perigee of 500 kilometres (270 nmi) and an apogee of |
| ified it as being in a Low Earth orbit with a | perigee of 251 kilometres (156 mi), an apogee of 1,02 |
| It was operated in an orbit with a | perigee of 226 kilometres (140 mi), an apogee of 548 |
| ateness of the Earth perturbs the argument of | perigee, so that even if the apogee started near the |
| th is the Moon's orbital period measured from | perigee to perigee - the point in the Moon's orbit wh |
| lsion system to raise both its apogee and its | perigee to geostationary orbit as well as to decrease |
| o make 1 revolution with respect to the lunar | perigee, to be longer (by almost 2 months) than a sid |
| Perigee was 25 April 2007 in Hercules at a distance o | |
| Its | perigee was 609 kilometres (329 nmi) and apogee was 7 |
| efficient, so atmospheric drag at the low GTO | perigee will quickly lower its apogee, removing it as |
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