「ORBIT」の共起表現(1語右で並び替え)3ページ目

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共起表現

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for tests of the LK Lunar lander in low Earth	orbit, as part of the Soviet lunar programme.
arth asteroid, which basically shares the same	orbit as Earth itself around the sun, is a very dang
ule engine to raise the spacecraft into a high	orbit, as had been done in Apollo 4, in order to com
Soviet Union launches the Voskhod 1 into Earth	orbit as the first spacecraft with a multi-person cr
he orbital plane is a defining parameter of an	orbit; as in general, it will take a very large amou
d the satellite into a geosynchronous transfer	orbit, as had originally been planned.
s engines) that must be carried all the way to	orbit, as opposed to oxidizer mass that would be bur
celestial body has been discovered in the same	orbit as Earth.
The ATDA in	orbit as seen from Gemini 9A.
anymede, by contrast, is not in a heliocentric	orbit as it orbits Jupiter.
COSPAR ID: 1960-ETA 2 or 1960-007B(still in	orbit as of March 2007)
th its apogee and its perigee to geostationary	orbit as well as to decrease the orbital inclination
ed to go past the Moon and into a heliocentric	orbit as planned, but did reach an altitude of 102,3
sses close to the Sun on its highly elliptical	orbit; as the comet warms, parts of it sublimate.
lan to draw two outlying planets into the same	orbit as Juconda.
ed position over the years due to their mutual	orbit as binary stars.
-orbit testing, it was placed in geostationary	orbit at 10° East, from where it provided broadcast
eansat-2 and three further CubeSats in a polar	orbit at 730 km altitude.
s 524 was successfully launched into low Earth	orbit at 13:19:58 GMT on 11 October 1972.
ime that two female mission commanders were in	orbit at the same time.
o have operated in a Sun-synchronous low Earth	orbit, at an altitude of 480 kilometres (300 mi) and
ing launch, it was positioned in geostationary	orbit at a longitude of 90° West for on-orbit testin
It was launched into a geosynchronous	orbit at 22:43 GMT on 18 August 2008, by a Proton-M/
It was meant to circle the Earth on a circular	orbit at 750 km altitude, inclined 17.5 ° from the E
o the star HD 109749, taking only 5.24 days to	orbit at the distance of 0.063 AU.
e fixing submanifold may not intersect a gauge	orbit at all or it may intersect it more than once.
It takes only 4.188 days (or 100.5 hours) to	orbit at an orbital distance of 7.6 gigameters (0.05
-orbit testing, it was placed in geostationary	orbit at 123° East, from where it provides communica
ur I rocket and successfully entered low Earth	orbit at approximately 285 miles above the Earth, it
orbit testing, it was placed in geosynchronous	orbit at 145° East, from where it provides communica
aunch, GOES 11 was positioned in geostationary	orbit at a longitude of 104° West for testing and on
-orbit testing, it was placed in geostationary	orbit at 30° West, from where it provides communicat
This planet takes about 499 days to	orbit at an orbital distance about 1.28 AU and range
By comparison, geostationary satellites	orbit at 5.6 Earth radii and GPS satellites orbit at
is an extrasolar planet that takes 198 days to	orbit at the distance of 0.78 AU.
Lewis was to have raised itself into a higher	orbit, at an altitude of 523 kilometres (325 mi).
s 558 was successfully launched into low Earth	orbit at 13:19:58 GMT on 17 May 1973.
is intended to be positioned in geostationary	orbit at a longitude of 113º East, where it will rep
gnitude orange dwarf that takes 26.28 years to	orbit at 10.3 AU around the primary in an elliptical
It was found to have a retrograde	orbit, at a very high angle of inclination to the pl
r 6.06 μpc from the star, taking 1.25 years to	orbit at 29.9 km/s around the star.
of 2003 into a sun-synchronous 830 km circular	orbit at a local time of 0800-2000 UT.
-orbit testing, it was placed in geostationary	orbit at 162° East, from where it provides communica
-orbit testing, it was placed in geostationary	orbit at 123° West, from where it provided communica
on July 17, 1991 into a Sun-synchronous polar	orbit at a height of 782-785 km.
e to the parent star, taking only 3.92 days to	orbit at the average distance of 7.9 gigameters.
It takes only 4.125 days (or 99 hours) to	orbit at a distance of 8.3 gigameters (0.0555 AU) aw
led the presence of a long-period planet in an	orbit at around 5 AU from the star.
Florida carrying the Skylab space station into	orbit, at 17:30 GMT, on May 14, 1973.
s 611 was successfully launched into low Earth	orbit at 09:29:58 GMT on 28 November 1973.
ngine would carry the spacecraft to a circular	orbit at an altitude of about 25,000 miles around th
It is positioned in geostationary	orbit at a longitude of 70 degrees East.
na 15 - an unmanned Soviet spacecraft in lunar	orbit at the time, began its descent to the lunar su
It is positioned in geostationary	orbit at a longitude of 119° West, from where it is
The article says "...parking	orbit at 185 km altitude 0 minutes after launch."
MJ planet taking 33.15 Ms to	orbit at 154.1 Gm or 4.99 μpc from the star at 36% e
It will replace AMOS-1 in geosynchronous	orbit at 4°W.
Its NORAD ID is 17527; it is in a polar	orbit at roughly 900km altitude, but has not been ac
The satellite is to fly in a 400 km high polar	orbit at an inclination of 97 degrees.
tal period is approximately 570 days, and they	orbit at a distance of approximately 4000 km (closes
ed to be the source of long-period comets that	orbit at thousands of times Pluto's distance from th
was tested against a US Air Force satellite in	orbit at a distance of 432 km (268 mi).
from its primary star, as compared to Earth's	orbit at approximately one astronomical unit away fr
rocket placed the craft into a nearly circular	orbit at an altitude of 697 kilometres (433 mi) and
Unlike comets, which spend most of their	orbit at Jupiter-like or greater distances from the
was extended after Odyssey entered the mapping	orbit at Mars.
orbit testing, it was placed in geosynchronous	orbit at 11° West, from where it provides communicat
This planet orbits in an eccentric	orbit at 1.76 AU from its star (HD 128311).
s, the variation of the Moon in its elliptical	orbit at each event causes the actual eclipse time t
This star takes 2117 days or 5.797 years to	orbit at the average distance of 3.27 Astronomical U
s 498 was successfully launched into low Earth	orbit at 09:29:58 GMT on 5 July 1972.
es of weather patterns from an almost circular	orbit, at an altitude ranging from 435.5 miles (700.
s 608 was successfully launched into low Earth	orbit at 12:29:58 GMT on 20 November 1973.
s 545 was successfully launched into low Earth	orbit at 11:44:50 GMT on 24 January 1973.
lly reached an inclined (13.1°) geosynchronous	orbit at 34.8°East.
Arabsat 1B was placed into a geosynchronous	orbit at a longitude of 26° East.
-orbit testing, it was placed in geostationary	orbit at 73° East, from where it provides broadcast
However the satellite failed to	orbit at any stage.
It was intended to operate in a circular	orbit at an altitude of around 1,000 kilometres (620
entire planet whilst circling Earth in a polar	orbit at 514 km altitude.
s 487 was successfully launched into low Earth	orbit at 11:59:59 GMT on 21 April 1972.
TDRS-G will reside in geosynchronous	orbit at 22,300 miles (35,888 kilometers) at 178 deg
It is positioned in Geostationary	orbit at a longitude of 110° West, from where it is
ts (such as asteroids, moons, or planets) that	orbit at the same (or very similar) distance from th
e spacecraft is intended for a sun-synchronous	orbit at an altitude of 684 km (425 mi) and an incli
RVIS-2 operates in a Sun-synchronous low Earth	orbit, at an altitude of 1,200 kilometres (750 mi) a
carrier rocket, into a Geosynchronous transfer	orbit at 09:23, launched by an H-IIA carrier rocket
s 580 was successfully launched into low Earth	orbit at 11:24:55 GMT on 22 August 1973.
It will be operated in geosynchronous	orbit, at a longitude of 7º West.
s 553 was successfully launched into low Earth	orbit at 11:49:55 GMT on 12 April 1973.
o reach 2.94 km/s at infinity from a low Earth	orbit at, say 200 km altitude, requires a 3.61 km/s
ment Shuttle performance during launch, boost,	orbit, atmospheric entry and landing phases.
Beyond	Orbit Azonal Runabout
The eccentric	orbit became clear with the discovery of the brown d
less than 300 days that orbits in an eccentric	orbit, because the parent star is 65% more massive t
rly during its first try on the mission's 37th	orbit, because the orbiter was not at the correct at
weight to be sent to the surface and back into	orbit, because the fuel needed to travel to and from
They maintain	orbit because of the force of gravity between them.
ied the S-55 satellite, but this did not reach	orbit because the third stage failed to ignite.
In this limit, the equation for the	orbit becomes
months studying the planet and its moons from	orbit, before landing on Phobos.
e best and most accurate modeling for the Moon	orbit before the availability of digital computers w
n flaw it failed within three days of reaching	orbit, before it became operational.
fly to put the spacecraft into a parking Earth	orbit, before restarting the engine for flight to th
put from the pilot, and as he began his second	orbit began testing a yaw manoeuvre using the Earth
ates the Oblivion planet that's taken up Earth	orbit behind the Moon and also investigates the land
American mathematician who discovered a stable	orbit between the Earth and the Moon, called an Aren
ve been the perturbations brought about in its	orbit, between successive appearances, by the action
he Einstein Observatory (HEAO 2) satellite, in	orbit between November 1978 and April 1981.
The satellites	orbit between 833 or 870 kilometers (+/- 19 kilomete
of the debris is 110°K, which places it in an	orbit between 4 and 6 AU from the star, or about the
In 1998 the company established	Orbit Bexley Housing Association to take on the mana
In October 2007	Orbit Bexley and Thanet Community were merged to for
See, the thing is that planets can	orbit black holes, yes, but given the fact that enti
Publisher	Orbit Books released the book's cover on February 1,
2010, USA,	Orbit Books ISBN 0-316-07415-2, Pub date 1 September
2011, UK,	Orbit Books ISBN 0-356-50009-8, Pub date 7 July 2011
2011, USA,	Orbit Books ISBN 0-316-12719-1, Pub date 28 June 201
2010, UK,	Orbit Books ISBN 1-841-49972-2, Pub date 2 September
see also	Orbit Books for the UK Book publisher
	Orbit Books purchased the series for UK publication,
In November 2007,	Orbit Books announced that they had purchased the ri
London:	Orbit Books, 2009 (paperback).
Yen Press, like series publisher	Orbit Books, is a division of Hachette Book Group.
First published in September 2010 by	Orbit Books, Blameless is the third book in a projec
Scheduled to be published on June 28, 2011, by	Orbit Books, Heartless is the fourth book in the New
Mayhar also owned and operated The View From	Orbit Bookstore in Nacogdoches, Texas with her husba
because it nearly represents a single-stage to	orbit booster, but is actually a stage and a half bo
Its	orbit brings it further away from the galactic cente
candinavian Skin Trade" was remixed by William	Orbit but never released.
ng up to 100 tonnes of mass to a geostationary	orbit, but was never flown.
L-6/A-2-e launcher successfully achieved Earth	orbit, but the spacecraft failed to escape orbit for
which did launch the oldest satellite still in	orbit, but they did utilize his ionization process a
This time, the player was not confined to	orbit but could land on and explore or mine planets.
n appreciable tidal effect on the planets they	orbit, but several moons in the solar system are und
After 375 seconds, it went outside of Earth	orbit, but it went out disastrously.
rcury, by some called Apollo; it has a similar	orbit, but is by no means similar in magnitude or po
s around the L4 point of Mars in a very stable	orbit, but little is known about its shape so the Ya
the South Pole in an attempt to achieve polar	orbit, but was unsuccessful.
Johann Franz Encke attempted to calculate the	orbit but was left with very large errors.
, 7 hours and 43.2 minutes to go around in its	orbit; but since the Earth-Moon system advances arou
load scientific instrument launched into Earth	orbit by NASA in 1999 on board the Terra (EOS AM) Sa
after launch, and was raised to geostationary	orbit by means of an Inertial Upper Stage.
a Center catalogued 172 spacecraft placed into	orbit by launches which occurred in 1967.
after launch, and was raised to geostationary	orbit by means of an Inertial Upper Stage.
As the second module sent into	orbit by the company, this spacecraft builds on the
for its age and so is possibly pulled into its	orbit by another planet.
en found on Mars in infrared images taken from	orbit by Mars Odyssey's thermal imager.
They are joined, immediately beneath the	orbit, by filaments from the facial nerve, forming w
It was successfully placed into	orbit by International Launch Services, who also lau
very, and boosted to a geosynchronous transfer	orbit by means of a PAM-D upper stage.
Simulations of its	orbit by scientists of the Deep Space 1 project pred
intended to have been launched into low Earth	orbit by the Soyuz 11A511 carrier rocket.
after launch, and was raised to geosynchronous	orbit by means of an Inertial Upper Stage.
its launch it raised itself into geostationary	orbit by means of its onboard R-4D apogee motor, and
ction satellites were lifted to geosynchronous	orbit by a fourth stage of a new, experimental desig
After its launch into Geo-synchronous transfer	orbit by Soyuz, AMOS-2 was taken to its final geo-st
board the Terra satellite launched into Earth	orbit by NASA in 1999.
s later successfully transferred to its proper	orbit by the Inertial Upper Stage booster.
It will raise itself into geostationary	orbit by means of its onboard R-4D apogee motor.
intended to have been launched into low Earth	orbit by the Soyuz 11A511 carrier rocket.
Galileo was launched into	orbit by the Space Shuttle Atlantis mission STS-34 o
l subsequently raise itself into geostationary	orbit by means of its onboard propulsion system.
ficial satellite, Sputnik 1, had been put into	orbit by the Soviets in 1957, and this could be cons
January 31 after a calculation of the comet's	orbit by Hidewo Hirose (Tokyo, Japan) after he took
Soyuz capsule will be launched into low-earth	orbit by a Soyuz rocket.
satellite, Explorer I, was confirmed to be in	orbit by the use of the phrase "Goldstone has the bi
In 1968 it was taken into lunar	orbit by the Apollo 8 astronauts.
It was launched into low Earth	orbit by a Falcon 1 rocket on July 14, 2009.
struction by 2015 with manned missions to Mars	orbit by the mid-2030s.
ched into an 817 km high polar sun synchronous	orbit by the eighth flight of India's Polar Satellit
A's Mars Observer spacecraft into heliocentric	orbit, by means of a Transfer Orbit Stage.
ng launch, it raised itself to a geostationary	orbit by means of its onboard SVM-5 apogee motor, at
a Center catalogued 157 spacecraft placed into	orbit by launches which occurred in 1968.
energy with Earth; this will alter Cruithne's	orbit by a little over half a million kilometres (wh
star being eclipsed for about two days of each	orbit by HD 77581.
to be raised to its operational geosynchronous	orbit by means of an Inertial Upper Stage, which con
Both satellites were carried to	orbit by Delta 2914 rockets.
one day by 1993 RP), and the first to have an	orbit calculated well enough to receive a number.
dent in 1977, Dr. Butler learned techniques of	orbit calculation when he attended the Summer Scienc
my with a curriculum based on observations and	orbit calculations of an asteroid.
When the first parabolic	orbit calculations were made in 1886, there was a si
he worked on such space technology problems as	orbit calculations, reentry paths, and space rendezv
knowledged especially for his work in asteroid	orbit calculations, which brought him the Amateur Ac
Kippes, acknowledged for his work in asteroid	orbit calculations.
fundamental plane is the plane of the Earth's	orbit, called the ecliptic plane.
headquarters, a hidden space station in Earth	orbit called Salvation III.
is could not be done from the Gulf and a third	orbit, called Ethan Charlie, was created in Laos.
The orbital speed at any position in the	orbit can be computed from the distance to the centr
ermine various celestial parallax, and Earth's	orbit can be used for stellar parallax.
Using this method, the inclination of the	orbit can be determined, revealing the planet's true
No	orbit can be prepared from such limited data, but it
However, the	orbit cannot be closed.
ed: “Remote sensing images or photographs from	orbit cannot provide direct information about the or
The inclination of this	orbit carries the star system as much as 0.75 kly (0
The inclination of its	orbit carries it as far as 90 parsecs above the gala
car that extends up and down from his left eye	orbit, caused by a sharpened stick held by 7-year-ol
termined from the slight wobble in the Earth's	orbit caused by the gravitational attraction of the
n is beginning to cross a resonance in Earth's	orbit caused by the other planets.
believed to measure 2.5 km in diameter, and to	orbit Celle at a distance of about 30 km.

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共起表現

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