「lunar」の共起表現(1語右で並び替え)8ページ目

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lunar

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luoride to separate the raw materials from the lunar rocks.
The first robot lunar rover to land on the Moon was the Soviet vesse
The concept of a lunar rover predated Apollo, with a 1950s series in
Harrison Schmitt of Apollo 17 said, "....the Lunar Rover proved to be the reliable, safe and flex
Scarab is a new generation lunar rover designed to assist astronauts take rock
time of nearly 200 days and use of an advanced lunar rover and a lunar flier as well as logistics v
Scott and Jim Irwin train on Earth to use the Lunar Rover on Apollo 15
72 the Apollo 16 then Apollo 17 also carried a Lunar rover.
This article is about the lunar rover.
the Apollo 16 team trained at Schooner in the lunar rover.
transmission in vacuum as a test for a future lunar rover.
ker in Russian) was the second of two unmanned lunar rovers landed on the Moon by the Soviet Union
The Soviet space program launched lunar rovers this was known as the Lunokhod program
Lunokhod 1 was the first of two unmanned lunar rovers successfully landed on the Moon by the
nd Scientific Matters in 1960 and directed the Lunar Roving Vehicle program.
The Lunar Roving Vehicle (LRV) was a battery-powered fou
ters on the design and perfection of the novel Lunar Roving vehicle carried to the Moon on the Apol
The Apollo 15 Lunar Roving Vehicle on the Moon in 1971.
The Apollo 17 Lunar Roving Vehicle on the Moon in 1972.
The Lunar Roving Vehicle was carried, stowed on Quadrant
s) was the fifth Soviet attempt at an unmanned lunar sample return.
in repository for the Apollo moon rocks is the Lunar Sample Building at the Lyndon B. Johnson Space
) was the fourth Soviet attempt at an unmanned lunar sample return.
The author states that the "Apollo 17 lunar sample on open display at the Smithsonian Inst
oard the Surveyor 5 in 1967 and later analyzed lunar samples from the Apollo 11 mission.
The mission successfully returned 170 grams of lunar samples to the Earth on 22 August 1976.
oject Mercury and served as a back-up site for lunar samples brought back to Earth on the Apollo mi
e has worked on cosmic-ray heavy-ion tracks in lunar samples, as well as infrared and UV spectra of
lysis of solar cosmic-ray-produced nuclides in lunar samples.
re large areas and return a greater variety of lunar samples.
but there is a significant fraction of Ti3+ in lunar samples.
This eclipse is a part of Lunar Saros 120 series, repeating every 18 years and
This event marks the beginning of lunar saros cycle 156, and will be visually inpercep
Lunar saros cycle series 125, repeating every 18 yea
Lunar Saros series 131, has 72 lunar eclipses.
Lunar Saros cycle series 123, repeating every 18 yea
Lunar saros series 130, repeating every 18 years and
Lunar saros series 132, repeating every 18 years and
Lunar saros cycle series 129, repeating every 18 yea
Lunar Saros cycle series 128, repeating every 18 yea
Lunar Saros series 132, repeating every 18 years and
The total lifetime of the lunar Saros series 131 is 1280 years.
Lunar saros series 138 has 19 total eclipses between
For the lunar Saros series 131, the first total eclipse of 1
Chief lunar scientist Mike Wargo says the new maps can pin
-January 5, 2002) was an English geologist and lunar scientist.
The Silent Whales of Lunar Sea (Noise International, 1995)
Event flyers from MOMIX's repertoire - Lunar Sea and Opus Cactus
Lunar Sea - This piece is a continuum of light, dark
He was the second Director of the Lunar Section of the British Astronomical Associatio
abyte cart size, many features standard to the Lunar series such as voice acting and video sequence
Alex developed the initial three titles of the Lunar series, with Game Arts as co-developer and pub
Songs featured on The Lunar Sessions CD were: "Chinese Whispers", "Don't G
record an official batch of demos entitled The Lunar Sessions.
Clavius Base is a lunar settlement in the fictional Space Odyssey univ
ent Marsh and is named as such for its angular lunar shape.
Base, as seen from the cockpit of the Aries Ib lunar shuttle.
hining diamond set in a bright ring around the lunar silhouette.
The mean lunar slope over each area from which signals were r
He was an active member of the Lunar Society often held at Erasmus Darwin House and
1755-1831), English botanist and member of the Lunar Society of Birmingham.
sting Boulton bring along fellow member of the Lunar Society William Small on his visit to member J
ship with James Watt and his membership of the Lunar Society of Birmingham.
I was under the impression that the Lunar Society was mostly a British affair.
othecaries of London, a member of Birmingham's Lunar Society and a Trustee of the Army Medical Serv
of the town a bad name, Matthew Boulton of the Lunar Society and several toy makers and silversmith
nglish physician and botanist, a member of the Lunar Society of Birmingham, and an early adopter of
ndustrial Revolution and leading figure of the Lunar Society, for scientific experimentation.
Levett was a sometime member of the Lunar Society, and an early investor in the industri
He was an important member of the Lunar Society, and was a much sought-after conversat
rough this connection Small was elected to the Lunar Society, a prestigious club of scientists and
All three men were members of the Lunar Society.
sandstone memorials to various members of the Lunar Society.
er himself, he had strong connections with the Lunar Society: he was friends with members John Whit
hy is Lavoisier categorized as a member of the Lunar Society?
t was designed to continue investigations of a lunar soft landing.
It was the sixth attempt at a lunar soft-landing mission, with a design similar to
probe was the third Soviet mission to retrieve Lunar soil samples (the first two missions returning
ion, it was the third Soviet attempt to return lunar soil back to Earth.
and importance of vapor-deposited coatings on lunar soil grains about 30 years ago (see also space
soft landing on the Moon, collect a sample of lunar soil, and return it to the Earth.
orrections, the capsule, with its 101 grams of lunar soil, reentered Earth's atmosphere at a veloci
the abundance of the chemical elements in the lunar soil, obtain touchdown dynamics data, obtain t
It also conducts analyses of the lunar soil.
nd moon acting as observatories for particular lunar, solar or stellar events.
d equatorium named Albion that could calculate lunar, solar and planetary longitudes.
exploration and science investigations during lunar sortie and outpost missions, with extensibilit
he EDS will primarily be used for Orion/Altair lunar sortie, and later lunar outpost flights to the
n, traveling to Harbin to learn more about the Lunar Soul.
ters (200 miles) in diameter, located near the lunar South Pole.
the rim of the crater Malapert 122 km from the lunar south pole on the Earth-facing side, also may
ion is named Polar Excavator, would target the lunar south pole, and is nominally planned for July
Lunar south pole as imaged by Diviner.
s of imagery and topographic conditions on the lunar South Pole by teams from NASA and Europe revea
at 15 launches would be required to assemble a lunar spacecraft in Low Earth orbit.
Luna 24 was the last lunar spacecraft to be launched by the Soviet Union.
Schmitt collects lunar specimens during the Apollo 17 mission
The dielectric constant of the lunar subsurface in the scattering region below a de
the North Star, the midsummer sunrise and the lunar summer maximum, he suggested probabilities for
ed among his observations were measurements of lunar surface features.
Materials on the lunar surface have completely outgassed and been rip
The lunar surface rotates in the background, but has no
This crater is located in a part of the lunar surface that has undergone resurfacing of crat
Chandrayaan-1 discovered large caves below the lunar surface - caves that could act as shelters for
The Hasselblad Lunar Surface Data Camera was fitted with a Reseau p
"The first imprint in the lunar surface is in fact made by a helmet visor.
Frame-by-frame coverage of the lunar surface was obtained over 360 degrees in azimu
ns from the spacecraft were scattered from the lunar surface and then recorded by use of the 150-ft
The spacecraft impacted the lunar surface on July 21, 1969.
It was also capable of providing lunar surface photography.
The spacecraft was tracked until it struck the lunar surface on command at 2.79 degrees S latitude,
n original Apollo 15 postal cover flown to the lunar surface
spacecraft lost proper orientation to face the lunar surface when a foreign object was lodged in th
surface gamma ray emissions and composition of lunar surface rocks, and the gravitational field, as
spacecraft was calculated to have impacted the lunar surface at 03:18 UTC, September 23, 1966.
with Luna 16's direct ascent traverse from the lunar surface in 1970.
The lower stage of Luna 16 remained on the lunar surface and continued transmission of lunar te
It is located on a region of the lunar surface that is brought into view due to libra
g on the moon and to return photography of the lunar surface for determining characteristics of the
urned signal bandwidth was proportional to RMS lunar surface slopes.
video footage of the astronauts walking on the lunar surface and lunar rovers driving on the surfac
an American scientist had given photos of the lunar surface around the Luna 21 landing site to a S
hydroxyl, leading to estimates of water on the lunar surface at a rate of at least 64 parts per bil
So only a small amount of the lunar surface was actually covered.
Duke commenced the record setting lunar surface stay of 71 hours and 14 minutes by man
ronic auxiliary was more than adequate for the lunar surface operations.
This portion of the lunar surface is brought into view during favorable
st majority of the base is located beneath the Lunar surface to protect it from micro-meteoroid imp
Moon First, with lunar surface exploration focused on developing the
ognition of processes operating to produce the lunar surface features also were among the objective
d activation of surface experiments, and their lunar surface activities were televised using a TV c
Moon 3-D: The Lunar Surface Comes to Life ISBN 9781402765513 (2009
The first man to walk on the lunar surface was Neil Armstrong, commander of the U
It is estimated that the top centimeter of the lunar surface is overturned every 10 million years.
cm but likely about 56 mm (and the Hasselblad lunar surface cameras had glass plates at the film p
nition that freshly excavated materials on the lunar surface are generally "bright" and that they b
system failed, and the spacecraft impacted the lunar surface at the Sea of Clouds.
l carry a microwave radar to probe beneath the lunar surface up to a depth of a few hundred meters.
imaging down to about 24 kilometers above the lunar surface during the descent.
The result was more realistic images of the lunar surface than could be achieved by telescope ph
lo 17, it may be deliberately crashed into the lunar surface to help scientists calibrate sensitive
erational period, it is intended to survey the lunar surface to produce a complete map of its chemi
s little more than a shallow depression in the lunar surface, its features eroded and blanketed by
tachable legs: the legs would be set up on the lunar surface, the LESS assembled on top of them, an
They explored the lunar surface, deployed several lunar surface experi
escending from the doomed craft to walk on the lunar surface, as the lights in the stranded craft g
In three subsequent excursions onto the lunar surface, he logged 20 hours and 15 minutes in
rmed from a merged group of depressions in the lunar surface, and may be a volcanic vent.
s to determine the chemical composition of the lunar surface, recorded meteoroid activity, searched
1642-1645, devoted four years to charting the lunar surface, discovered the Moon's libration in lo
data on the mechanical characteristics of the lunar surface, the hazards presented by the topology
photographs of plaster models representing the lunar surface, with the illumination from various an
he termination of Lunokhod 2 operations on the lunar surface, Luna 20 performed a single mid-course
eptember, the vehicle began its descent to the lunar surface.
had been an attempt to deploy a rover onto the Lunar surface.
t surface with a lower albedo than the typical lunar surface.
on 16 January, the rover disembarked onto the lunar surface.
month, from where it could observe the entire lunar surface.
be produced from the materials present on the lunar surface.
nother 1000 days, eventually crashing into the lunar surface.
and lifted the vehicle 12 feet (4 m) from the Lunar surface.
rformed the first and only stand up EVA on the lunar surface.
any other small craters to be found across the lunar surface.
e electromagnetic reflective properties of the lunar surface.
ver to an orbital altitude of 200 km above the lunar surface.
ched atop a red, white and blue shield, over a lunar surface.
features as small as 3 ft (1 m) across on the lunar surface.
nd complexity of fabrication procedures on the lunar surface.
de of other small craters scattered across the lunar surface.
tain information on the characteristics of the lunar surface.
resolution 3-D map ever created of the entire lunar surface.
hich the payload, Lunokhod 1, descended to the lunar surface.
he first U.S. attempt to achieve impact on the lunar surface.
e eventually used for mining helium 3 from the lunar surface.
In the first two years the double lunar swing-by technique was used to keep apogees in
s the discrepancies between the best available lunar tables (published by Hansen in 1857) and obser
Nuncius published in 1610, appearing along the lunar terminator.
construct an extremely accurate profile of the lunar terrain.
s is relatively level, compared to the typical lunar terrain.
aving a ring-shaped formation of ridges in the lunar terrain.
sic award, the Mega Drive/Genesis category for Lunar: The Silver Star in 1991.
The music for Lunar: The Silver Star was composed by Noriyuki Iwad
e of the main character Alex in the video game Lunar: The Silver Star and Lunar: Silver Star Story.
Game Arts over secondary creator copyrights to Lunar: The Silver Star, but were sued in turn for da
, from the early 1970s onwards, from classical lunar theories and ephemerides towards the modern st
ained with the complicated Delunay and Brown's lunar theories.
Main article: Lunar theory
Lunar theory is another subfield focusing on the orb
and Professor E. W. Brown, lectures on Hill's lunar theory, etc... (Cambridge : University Press,
rford, Brown continued with his studies of the lunar theory, and made a thorough review of the work
The lunar theory, as developed numerically to fine preci
An Introductory Treatise on the Lunar Theory.
ally evolved a plan to create a completely new lunar theory.
apered off and ceased during this long span of lunar time.
n-house development team responsible for other Lunar titles.
The smoothness of the lunar topography is interrupted by mountains, crater
Lunar topography has considerable relief because of
omer he gained a reputation as "the founder of lunar topography" and described ten new constellatio
imeter that determined the mean density of the lunar topsoil.

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