「ORBIT」の共起表現(1語右で並び替え)11ページ目

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共起表現

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It travels in a highly eccentric	orbit which has a perihelion (closest approach to th
+2.80 to +3.08 over the course of the binary's	orbit, which takes 1.4402 days to complete.
th an unusual, almost perpendicular retrograde	orbit which brings it into the inner solar system by
derian gland is a gland found within the eye's	orbit which occurs in vertebrates (reptiles, amphibi
quent flights, the landing occurred during the	orbit which provided the nominal launch opportunity.
st Silvio Berlusconi, to return into the PdL's	orbit, while Menia remained firmly behind Fini.
In a spacecraft, this is an	orbit, while for aircraft it is their landing locati
for maximum flexibility to ensure delivery to	orbit while allowing the Alliance's three members to
rvice Module (CSM) remained in a lunar parking	orbit while the Lunar Module (LM) landed.
ission, STS-82, to re-boost Hubble to a higher	orbit while still in orbiter payload bay.
ination of 0° or 180° corresponds to a face-on	orbit, while an inclination of 90° corresponds to an
ked, such as raising or lowering the station's	orbit, whilst the remaining 502 kilograms (1,110 lb)
William	Orbit Widescreen Mix (6:33)
Late in the mission, the	orbit will be lowered to an elliptical one with the
The parameters of the osculating Kepler	orbit will then only slowly change and the osculatin
Ideally, every gauge	orbit will intersect this submanifold once and only
cial satellite, to increase the time until its	orbit will decay and it re-enters the atmosphere.
perturbing (non-Keplarian) forces on an actual	orbit will cause the osculating eccentricity vector
The launch of its own satellite on	orbit will be Azerbaijan's first action in realizing
in different directions are commensurate, the	orbit will lie on a one- or two-dimensional manifold
Further observations of the	orbit will be required.
tellite that is in (a prograde) subsynchronous	orbit will appear to drift eastward as seen from the
The	orbit will continue to decay and eventually the stag
The lengths of its	orbit will oscillate slightly above and below the 2:
oint, however, this trend will reverse and its	orbit will increase.
This	orbit will carry the system as close as 17.4 kly (5.
The inclination of this	orbit will carry the stars as much as 1.3 kly (0.4 k
next close encounter of 2009 DD45 with Earth's	orbit will be in 2067.
he asteroid were quickly found and the present	orbit will take the asteroid past the Earth on Octob
for a while, make dimmer) the stars that they	orbit with respect to Earth.
It was operated in an	orbit with a perigee of 262 kilometres (163 mi), an
edae caused by the planet's gravity during its	orbit with the Doppler spectroscopy.
loser to the Sun and Earth can have Mars's old	orbit, with a hydrogen bomb being used to blow Earth
A trojan object shares an	orbit with a larger object, but does not collide wit
Ariel 6 operated in an	orbit with an apogee of 651 kilometres (405 mi), a p
It was operated in an	orbit with a perigee of 265 kilometres (165 mi), an
Kosmos 283 was operated in an	orbit with a perigee of 196 kilometres (122 mi), an
FASTSAT was deployed into a low Earth	orbit with a perigee of 650 kilometers (400 mi), an
d Lewis was successfully placed into a parking	orbit with an apogee of 134 kilometres (83 mi), a pe
It was operated in an	orbit with a perigee of 211 kilometres (131 mi), an
Kosmos 245 was operated in an	orbit with a perigee of 260 kilometres (160 mi), an
year 2200, the comet will have a centaur-like	orbit with a perihelion (closest distance to the Sun
It was operated in an	orbit with a perigee of 268 kilometres (167 mi), an
observations verified the satellite was in an	orbit with a period of almost 24 hours at a 33° incl
It was operated in an	orbit with a perigee of 268 kilometres (167 mi), an
The pair	orbit with a period of 22,423 days (61.4 years) and
It was operated in an	orbit with a perigee of 233 kilometres (145 mi), an
It was operated in an	orbit with a perigee of 264 kilometres (164 mi), an
as launched on 15 November 1972 into low Earth	orbit with a periapsis of 443 km and an apoapsis of
It was operated in an	orbit with a perigee of 259 kilometres (161 mi), an
d resulted in Explorer 9 being deployed into a	orbit with an apogee of 2,581 kilometres (1,604 mi),
An elliptical	orbit with a period of about 400 years was calculate
The inclination of Mars'	orbit with respect to Saturn's ecliptic is 2.36°, wh
It was operated in an	orbit with a perigee of 197 kilometres (122 mi), an
It was operated in an	orbit with a perigee of 147 kilometres (91 mi), an a
Kosmos 394 was placed into a low Earth	orbit with a perigee of 522 kilometres (324 mi), an
It was operated in an	orbit with a perigee of 264 kilometres (164 mi), an
It operates in a Molniya	orbit with a perigee of 900 kilometres (560 mi), an
Kosmos 295 was operated in an	orbit with a perigee of 262 kilometres (163 mi), an
Discoverer 29 was operated in a low Earth	orbit, with a perigee of 138 kilometres (86 mi), an
Kosmos 497 was placed into a low Earth	orbit with a perigee of 271 kilometres (168 mi), an
Placed into an	orbit with an apogee of 185,000 kilometres (115,000
PICOSat flies in a 800 km circular	orbit with a 67 degree inclination.
the rocket, it manoeuvred into a geostationary	orbit with a perigee of 35,781 kilometres (22,233 mi
rated from its carrier rocket into a low Earth	orbit with an apogee of 445 kilometres (277 mi), a p
resonance to the 5:2 resonance with Jupiter's	orbit with dynamical lifetimes of 1-100 Ma.
It was operated in an	orbit with a perigee of 190 kilometres (120 mi), an
as launched on May 17, 1968, had an elliptical	orbit with initially apogee of 1086 km, perigee 326
s carrier rocket, Kosmos 36 was in a low Earth	orbit with a perigee of 253 kilometres (157 mi), an
It was left in an	orbit with a perigee of 421 kilometres (262 mi), an
an angle of 6.6 arcseconds, which indicates an	orbit with a semimajor axis whose expected value is
Kosmos 26 was placed into a low Earth	orbit with a perigee of 268 kilometres (167 mi), an
f the spacecraft after just over seven days in	orbit, with the orbital module staying in orbit for
Kosmos 521 was placed into a low Earth	orbit with a perigee of 987 kilometres (613 mi), an
18 March 1965 it was catalogued as being in an	orbit with a perigee of 500 kilometres (270 nmi) and
Six other Little Pocket Mice were sent into	orbit with Skylab 3 in July 1973, though these anima
It was operated in an	orbit with a perigee of 265 kilometres (165 mi), an
Discoverer 32 was operated in a low Earth	orbit, with a perigee of 233 kilometres (145 mi), an
Discoverer 19 was operated in a low Earth	orbit, with a perigee of 206 kilometres (128 mi), an
Kosmos 1241 was placed into a low Earth	orbit with a perigee of 989 kilometres (615 mi), an
/2000 U5 had a barycentric (epoch 1960-Jan-01)	orbit with an apoapsis distance of 5,473 AU, and a p
It was operated in an	orbit with a perigee of 251 kilometres (156 mi), an
e 29, 2004 on a quasi Sun-synchronous circular	orbit with an inclination of about 98.23° and an alt
erbolic trajectory, in order to bring it in an	orbit with an eccentricity of less than 1.
It was operated in an	orbit with a perigee of 214 kilometres (133 mi), an
Kosmos 51 was placed into a low Earth	orbit with a perigee of 258 kilometres (160 mi), an
In 9 minutes, the vehicle reached low earth	orbit with the following parameters: min altitude -
Kosmos 19 was placed into a low Earth	orbit with a perigee of 267 kilometres (166 mi), an
It was operated in an	orbit with a perigee of 208 kilometres (129 mi), an
The satellite separated into an	orbit with an apogee of 699.9 kilometres (434.9 mi),
It was operated in an	orbit with a perigee of 268 kilometres (167 mi), an
ce of aliens once occupied a planet sharing an	orbit with the asteroid belt.
Kosmos 311 was operated in an	orbit with a perigee of 263 kilometres (163 mi), an
It was operated in an	orbit with a perigee of 267 kilometres (166 mi), an
e Procerus, joining at the medial angle of the	orbit with the infratrochlear and nasociliary branch
ecraft launched from Wallops Island to achieve	orbit, with one previous attempt having failed.
BeeSat-1 is operating in a sun synchronous	orbit with an apogee of 723 kilometres (449 mi), a p
Kosmos 257 was operated in an	orbit with a perigee of 261 kilometres (162 mi), an
rated from its carrier rocket into a low Earth	orbit with an apogee of 510 kilometres (320 mi), a p
It was operated in an	orbit with a perigee of 158 kilometres (98 mi), an a
Kosmos 1375 was placed into a low Earth	orbit with a perigee of 986 kilometres (613 mi), an
t effort to build a rocket capable of reaching	orbit with a commercial payload.
as launched on 27 September 2003 into an Earth	orbit with a height between 675 and 695 km.
Kosmos 233 was operated in an	orbit with a perigee of 198 kilometres (123 mi), an
It was operated in an	orbit with a perigee of 197 kilometres (122 mi), an
Kosmos 11 was placed into a low Earth	orbit with a perigee of 240 kilometres (150 mi), an
Kosmos 440 was placed into a low Earth	orbit with a perigee of 272 kilometres (169 mi), an
It was operated in an	orbit with a perigee of 226 kilometres (140 mi), an
Kosmos 49 was placed into a low Earth	orbit with a perigee of 260 kilometres (160 mi), an
Kosmos 4 was placed into a low Earth	orbit with a perigee of 285 kilometres (177 mi), an
a 58.8 by 9.5 nautical mile (108.9 by 17.6 km)	orbit, with the low point over Hadley Rille landing
Kosmos 615 was placed into a low Earth	orbit with a perigee of 270 kilometres (170 mi), an
Kosmos 308 was placed into a low Earth	orbit with a perigee of 271 kilometres (168 mi), an
understood to describe satellites in low Earth	orbit with respect to the sun (the solar vector).
It takes about 33 months to	orbit with semi-amplitude of 17.9 m/s.
It ended up in a low Earth	orbit with a perigee of 167 kilometres (104 mi), an
No unaccelerated	orbit with a semi-major axis less than this distance
the rocket, it manoeuvred into a geostationary	orbit with a perigee of 35,785 kilometres (22,236 mi
Discoverer 25 was operated in a low Earth	orbit, with a perigee of 223 kilometres (139 mi), an
It was operated in an	orbit with a perigee of 266 kilometres (165 mi), an
space craft entering the base's gravitational	orbit with the game play changing from a first perso
It was operated in an	orbit with a perigee of 388 kilometres (241 mi), an
the magnetic field of a giant planet in tight	orbit with that star's own magnetic field.
It was operated in an	orbit with a perigee of 213 kilometres (132 mi), an
It was operated in an	orbit with a perigee of 264 kilometres (164 mi), an
e LM began its landing sequence with a descent	orbit with a perilune of about 50,000 feet (15 km; 8
It was operated in an	orbit with a perigee of 258 kilometres (160 mi), an
Kosmos 191 was operated in an	orbit with a perigee of 261 kilometres (162 mi), an
It was operated in an	orbit with a perigee of 262 kilometres (163 mi), an
Ariel 2 was placed into a low Earth	orbit, with a perigee of 289 kilometres (180 mi), an
Discoverer 34 was launched into a low Earth	orbit, with a perigee of 225 kilometres (140 mi), an
uroral probe was launched August 29, 1996 into	orbit with an apogee of 20 000 km.
and was thought to be located in an elliptical	orbit with a period of 264 days.
tail probe was launched August 3, 1995 into	orbit with an apogee of 200 000 km;
Kosmos 1 was placed into a low Earth	orbit with a perigee of 207 kilometres (129 mi), an
Johann Franz Encke determined a definitive	orbit with a period of 70.68 years.
Discoverer 36 was operated in a low Earth	orbit, with a perigee of 223 kilometres (139 mi), an
It was operated in an	orbit with a perigee of 266 kilometres (165 mi), an
Kosmos 275 was placed into a low Earth	orbit with a perigee of 273 kilometres (170 mi), an
e Counter-Earth followed the Earth on the same	orbit with half a year of delay, it would sometimes
Kosmos 176 was operated in an	orbit with a perigee of 193 kilometres (120 mi), an
It was operated in an	orbit with a perigee of 263 kilometres (163 mi), an
This planet orbits in a highly eccentric	orbit with a semi-major axis of 1.36 AU.
Kosmos 268 was operated in an	orbit with a perigee of 212 kilometres (132 mi), an
the star, taking only 18 days to complete its	orbit with average speed of 86.5 km/s.
It is currently in a geostationary	orbit, with an apogee of 35,788 kilometres (22,238 m
observations have located the spacecraft in an	orbit with a perigee of 1,025 kilometres (637 mi) an
It was operated in an	orbit with a perigee of 268 kilometres (167 mi), an
Kosmos 3 was placed into a low Earth	orbit with a perigee of 204 kilometres (127 mi), an
Mercury also has an elliptical	orbit, with an eccentricity of .2056.
SwissCube-1 is operating in a sun synchronous	orbit with an apogee of 752 kilometres (467 mi), a p
Kosmos 750 was placed into a low Earth	orbit with a perigee of 272 kilometres (169 mi), an
Kosmos 221 was operated in an	orbit with a perigee of 214 kilometres (133 mi), an
It was operated in an	orbit with a perigee of 237 kilometres (147 mi), an
It was operated in an	orbit with a perigee of 261 kilometres (162 mi), an
It was operated in an	orbit with a perigee of 256 kilometres (159 mi), an
It was operated in an	orbit with a perigee of 266 kilometres (165 mi), an
Kosmos 391 was placed into a low Earth	orbit with a perigee of 267 kilometres (166 mi), an
Kosmos 31 was placed into a low Earth	orbit with a perigee of 221 kilometres (137 mi), an
onfiguration could launch 4,790 kg to the same	orbit with four liquid boosters added .
It was operated in an	orbit with a perigee of 259 kilometres (161 mi), an
ly written by and recorded by Beck and William	Orbit with the intention of being a Beck track, but
Kosmos 277 was operated in an	orbit with a perigee of 256 kilometres (159 mi), an
Kosmos 265 was operated in an	orbit with a perigee of 261 kilometres (162 mi), an
Kosmos 901 was placed into a low Earth	orbit with a perigee of 269 kilometres (167 mi), an
The inclination of Mercury's	orbit with respect to that of Mars is 5.16°, which i
It was operated in an	orbit with a perigee of 266 kilometres (165 mi), an
Kosmos 211 was operated in an	orbit with a perigee of 197 kilometres (122 mi), an
Kosmos 803 was placed into a low Earth	orbit with a perigee of 505 kilometres (314 mi), an
around which an extrasolar planet is known to	orbit with a mean distance from the central star sli
It was operated in an	orbit with a perigee of 267 kilometres (166 mi), an
It was operated in an	orbit with a perigee of 266 kilometres (165 mi), an
rated from the carrier rocket into a low Earth	orbit with an apogee of 490 kilometres (300 mi), a p
Kosmos 222 was operated in an	orbit with a perigee of 259 kilometres (161 mi), an
Kosmos 106 was placed into a low Earth	orbit with a perigee of 281 kilometres (175 mi), an
Kosmos 70 was placed into a low Earth	orbit with a perigee of 223 kilometres (139 mi), an
rated from its carrier rocket into a low Earth	orbit with an apogee of 444 kilometres (276 mi), a p
ATDA in	orbit, with its payload fairing still attached.
Kosmos 459 was placed into a low Earth	orbit with a perigee of 199 kilometres (124 mi), an
Kosmos 919 was placed into a low Earth	orbit with a perigee of 269 kilometres (167 mi), an
The inclination of Mercury's	orbit with respect to Saturn's ecliptic is 6.38°, wh
n orbits the nucleus and its smallest possible	orbit, with lowest energy, is called the Bohr radius
It was operated in an	orbit with a perigee of 267 kilometres (166 mi), an
Discoverer 26 was operated in a low Earth	orbit, with a perigee of 229 kilometres (142 mi), an
Kosmos 303 was operated in an	orbit with a perigee of 259 kilometres (161 mi), an
arge distance, using a polar highly elliptical	orbit with its apogee above that area.
It was operated in an	orbit with a perigee of 220 kilometres (140 mi), an
progresses the two boys drift further into his	orbit, with unsettling results.
It was operated in an	orbit with a perigee of 265 kilometres (165 mi), an
Kosmos 285 was operated in an	orbit with a perigee of 257 kilometres (160 mi), an
It was operated in an	orbit with a perigee of 263 kilometres (163 mi), an
to determine the parameters of the satellite's	orbit with a greater degree of precision.
Kosmos 662 was placed into a low Earth	orbit with a perigee of 271 kilometres (168 mi), an
The craft is in a nearly circular	orbit with an eccentricity of 0.028, and having lost
It was operated in an	orbit with a perigee of 277 kilometres (172 mi), an
It was operated in an	orbit with a perigee of 256 kilometres (159 mi), an
Kosmos 173 was operated in an	orbit with a perigee of 261 kilometres (162 mi), an
Kosmos 849 was placed into a low Earth	orbit with a perigee of 264 kilometres (164 mi), an
These two stars have an	orbit with a semi-major axis of 3.4″, which is appro

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共起表現

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