「Solar」の共起表現一覧(2語左で並び替え)3ページ目
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An annular | solar eclipse will occur on February 7, 2092. |
An annular | solar eclipse occurred on July 20, 1944. |
ober 5, 1882 - August 24, 1982) was an Italian | solar astronomer. |
An annular | solar eclipse will occur on June 11, 2048. |
An annular | solar eclipse will occur on March 10, 2100. |
An annular | solar eclipse will occur on June 21, 2039. |
An annular | solar eclipse occurred on November 11, 1901. |
An annular | solar eclipse will occur on September 1, 2016. |
An annular | solar eclipse will occur on February 16, 2045. |
An annular | solar eclipse will occur on March 31, 2071. |
An annular | solar eclipse occurred on March 29, 1903. |
In addition there was an average | solar contribution designed to average 37 kWh/m², fr |
An annular | solar eclipse occurred on August 22, 1998. |
An annular | solar eclipse occurred on January 22, 1879. |
An annular | solar eclipse occurred on October 3, 2005 with a mag |
An annular | solar eclipse occurred on June 28, 1889. |
An annular | solar eclipse occurred on December 2, 1937. |
An annular | solar eclipse occurred on December 14, 1955. |
An annular | solar eclipse occurred on November 22, 1919. |
An annual | solar eclipse occurred on February 16, 1999. |
An annular | solar eclipse occurred on July 9, 1926. |
An annular | solar eclipse will take place on May 20, 2012 (May 2 |
An annular | solar eclipse will occur on October 3, 2043. |
An annular | solar eclipse occurred on January 5, 1954. |
An annular | solar eclipse will occur on September 22, 2052. |
An annular | solar eclipse will occur on July 1, 2057. |
An annular | solar eclipse occurred on May 9, 1948. |
An annular | solar eclipse occurred on April 7, 1977. |
An annular | solar eclipse will occur on June 21, 2020. |
An annular | solar eclipse will occur on January 26, 2028. |
Cross-section of an Cu(In,Ga)Se2 | solar cell |
An annular | solar eclipse will occur on June 10, 2021. |
An annular | solar eclipse will occur on April 29, 2014. |
An annular | solar eclipse occurred on December 25, 1954. |
takes place on the planet Mars in an alternate | solar system where probes from the United States of |
An annular | solar eclipse occurred on September 11, 1969. |
An annular | solar eclipse will occur on July 24, 2074. |
An annular | solar eclipse occurred on August 22, 1979. |
An annular | solar eclipse will occur on April 10, 2089. |
An annular | solar eclipse occurred on May 30, 1984. |
An annular | solar eclipse occurred on February 24, 1933. |
An annular | solar eclipse will occur on December 16, 2085. |
An annular | solar eclipse will occur on November 28, 2095. |
An annular | solar eclipse will occur on August 2, 2046. |
An annular | solar eclipse will occur on November 15, 2096. |
An annular | solar eclipse occurred on May 26, 1854. |
in in the coming months to further analyze the | solar wind. |
nment, the gamma-active lunar surface, and the | solar wind. |
ups, including the Naturalists Society and the | Solar Energy Society of Canada. |
numerous books on the history of Earth and the | Solar System. |
, approximately 450 million years old, and the | solar wind has not yet had time to darken the excava |
telescope, 1.25 m AZT-11 telescope, and BST-1 | Solar telescope. |
is a codex of the human chakra system and the | solar light spectrum, designed to activate Kundalini |
parsecs was found to be between 1600 and 3200 | solar masses (95 percent confidence), consistent wit |
and the Galaxy, the physics of the Sun and the | solar system (radioastronomy, coronal plasma, cometa |
Agreement for a Programme to Develop and Test | Solar Heating and Cooling Systems is one of 40 resea |
r computing the positions of planets and other | solar system bodies, as well as defining their orbit |
gravitational effects of Sun and Moon, and by | solar radiation pressure. |
arth's photosynthetic productivity and convert | solar energy into biomass-stored chemical energy at |
Using stealth and Django's | solar gun, the player can purify enemies known as bo |
ures including a cogeneration plant and active | solar panels. |
uch as fast moving prominences and ejections), | solar H-alpha etalons can often be tuned (by tilting |
eight-inch Schmidt-Cassegrain telescope and a | solar telescope. |
ed parallels between Christ, Osiris, and other | solar dying-and-rising gods to construct elaborate s |
d to nuclear weapons and the Y-12 Plant, and a | solar energy demonstration project. |
his work on distribution of reliable and cheap | solar devices in 12 Indian states. |
Atmosphere and Atmospheric Phenomena, and The | Solar System. |
pular lectures on meteorites, the moon and the | solar system, Kohl has reached a wide audience rangi |
e collision between the magnetic field and the | solar wind forms the Van Allen radiation belts, a pa |
Associations with Sol Invictus and other | solar myths are possible. |
in understanding how planets form and supports | solar nebula accretion mode. |
ound, with the two towers of the PS10 and PS20 | solar power stations in the background. |
rheliometer used to measure total and spectral | solar irradiance. |
s would weigh approximately 1,330 kg and their | solar panels generate 1,400 watts. |
Gemini House rotates in its entirety and the | solar panels rotate independently, allowing control |
was responsible for researching and developing | solar energy processes and products sourced from the |
s formed at the same time as the Earth and the | solar system. |
reer included the Michigan K-Wings and Orlando | Solar Bears of the International Hockey League and t |
nd south - which track the sun and concentrate | solar energy to the tower mounted receiver. |
ion between the Earth's magnetic field and the | solar wind. |
ited at and beyond the ends of the N-S and E-W | solar arrays, which comprised the Fleurs Synthesis T |
rocesses in the interstellar medium and during | solar system formation, and can now be found in mete |
mton Rangers, Long Beach Ice Dogs, and Orlando | Solar Bears. |
materials in the hull help save energy and the | solar panels will last at least 15 years." |
n type of lamp both for continuous and flashed | solar simulators. |
Secrets of the Sun - by Sun Ra and his | Solar Arkestra (El Saturn Records) |
phere-Thermosphere Storm Probes (ITSP) and the | Solar Sentinels. |
recording by the jazz musician Sun Ra and his | Solar Arkestra. |
At 720 light years away and 15-17 | solar masses, it is about the same distance away fro |
dividual masses are estimated at 1.07 and 0.71 | solar masses. |
buildings are run by a single windmill and two | solar panel arrays. |
ines the Seawater Greenhouse and concentrating | solar power (CSP) working in synergy. |
strate) coatings for industry and photovoltaic | solar cells and modules using both thin film and cry |
It is equipped with Q-Cells modules and LDK | solar wafers. |
and developed by Q-Cells International and LDK | Solar. |
Steam power and non-battery | solar energy satisfy other general energy needs. |
AREVA | Solar's boiler is the first and only solar boiler ce |
uch as the Moon have no magnetic field and the | solar wind can impact directly on their surface. |
spacecraft is 8 m x 3 m x 2 m in size, and its | solar panels have a span of 21.5 metres. |
companion with a mass between 0.0067 and 0.030 | solar masses. |
o telescope, a 26-m single-dish antenna, and a | solar flux monitor - and supports engineering labora |
ey Medal by the Royal Society in 1850, and his | Solar Tables, compiled with the assistance of Christ |
B companion are 10.4±1.3, 1.8±0.2 and 8.1±1.0 | solar masses, respectively. |
providing a virtual tour of the stars and the | solar system. |
Both Colorado Court and the | Solar Umbrella House are the only projects in the hi |
th exposed aggregate surfaces and dual-glazed, | solar bronze glass. |
r second), assuming a radius of 16 km, and two | solar masses, then |
The Orbital module has been modified and its | solar panels removed in order to allow for the EVA e |
ips between the Earth's magnetic field and the | solar wind speed near Earth. |
uary 2010, Stirling Energy Systems and Tessera | Solar commissioned the first demonstration 1.5-megaw |
he distinction between dynamical time and mean | solar time. |
etta and Richard Willson, “ACRIM-gap and Total | Solar Irradiance (TSI) trend issue resolved using a |
ee Population I stars) and between 1.5 and 2.5 | solar masses. |
an effective temperature of 5705 ± 27 K and a | solar luminosity 1.28. |
es in the world between standard time and mean | solar time. |
of the trade winds and monsoons and identifies | solar heating as the cause of atmospheric motions. |
US annual average | solar energy received by a latitude tilt photovoltai |
Cotter is the organizer of the annual Fresno | Solar Tour part of the American Solar Energy Society |
In annualized geo | solar systems, the solar collector is often separate |
ched the geo-stationary orbit, its antenna and | solar Panels were deployed and the satellite was fin |
nge, there do not appear to be any significant | solar or lunar orientations within the monument. |
For the cooking apparatus, see | Solar cooker. |
m Shooter and Bob Layton, he first appeared in | Solar #10. |
or material which has potential application in | solar cells and high speed electronics. |
eved there were many practical applications of | solar energy for ready use in the developing world. |
manufacture and photovoltaics applications as | solar cells. |
2008, and has potential applications including | solar power plants and ocean thermal power generatio |
end of their journey as they approach Earth's | solar system, describing the various planets as they |
be the most massive on record, approaching 300 | solar masses, until it was discovered to be a binary |
EZ Aquarii is approaching the | solar system and, in about 31,400 years, will be at |
o formulas can also be used to approximate the | solar azimuth angle, however because these formulas |
The facility has approximately 35,000 | solar photovoltaic panels from SunPower covering an |
It is approximately 1.7 | solar masses and about 3 times hotter than our Sun a |
ominant one, with a mass of approximately 1014 | solar masses, which is approximately an order of mag |
similar to sun with mass of approximately 1.5 | solar masses. |
(with an equivalent span of approximately 5125 | solar years)." |
The nebula contains approximately 10 | solar masses worth of ionized gas that was ejected b |
ow mass white dwarf star of approximately 0.22 | solar masses, resulting from an earlier phase of mas |
The plant consists of approximately 100,000 | solar panels, encompassing an area of approximately |
Mu Velorum is approximately 38 | solar diameters, almost as big as Aldebaran. |
xy, with an estimated mass of approximately 60 | solar masses, and is a member of the Scorpius OB1 as |
low-mass white dwarf star of approximately 0.3 | solar masses, produced by a previous stage of mass t |
Courier used approximately 19,000 | solar cells and was the first satellite to use Nicke |
The less massive member has approximately 20 | solar masses (spectral class O8 V). |
nearby Pismis 24-17 are all approximately 100 | solar masses, very large but under the stellar upper |
C) is a Be star with a mass of approximately 6 | solar masses and a luminosity of 1,300 times the Sun |
A) is a Be star with a mass of approximately 7 | solar masses and a luminosity of 3,200 times the Sun |
is a Be star with a mass of approximately 6.2 | solar masses and a luminosity of 1,600 times the Sun |
agglomeration, heating, aqueous alteration, | solar wind interactions …) which influenced the hist |
Energy Demand: Nanostructure Architectures for | Solar Energy Conversion Journal of Physical Chemistr |
The panels are City | Solar PQ 200 modules made of polycrystalline silicon |
buildings to see how their neighbors are using | solar energy to reduce their cost for electricity. |
g intensity of optical emissions from areas of | solar active regions. |
alist buildings, mushroom fields and areas for | solar panels) and the surrounding desert of the alie |
Most plans evolve around the | solar year of little more than 365 days. |
ormal red supergiant, with a radius around 600 | solar radii. |
22b, is estimated to have a radius around 0.12 | solar radii, or around 20% larger than Jupiter's, an |
these objects are estimated to be around 10−4 | solar masses per year. |
primary, UScoCTIO 108A, with mass around 0.06 | solar masses, is a brown dwarf or low-mass red dwarf |
23b, is estimated to have a radius around 0.13 | solar radii, and a mass of around 0.085 solar masses |
An array of | solar panels now powers the modern beacon positioned |
5, the main light was replaced and an array of | solar panels and emergency monitoring equipment were |
wo-panel, gallium arsenide/germanium (GaAs/Ge) | solar array providing an average of 450 watts at Mer |
stem that rotated in the same direction as the | Solar System, then Sedna's population would all poss |
Originally known as Doctor | Solar, Man of the Atom, he first appeared in a comic |
As the | solar furnace begins to heat up, the Doctor talks to |
iian cultural educator Kumu Keala Ching as its | solar system became fully operational. |
In its original form, known as the | solar power satellite, the proposal was intended as |
e darker under unusual circumstances such as a | solar eclipse or very high levels of atmospheric smo |
January 2011 Gray had accepted employment as a | solar energy consultant. |
As our | solar system is believed to have formed out of such |
As the | Solar Flare Effect can only be observed from the sun |
er energy-related research areas such as wind, | solar, fuel cells, clean coal and biomass. |
in a full n-body dynamical system such as the | solar system. |
onnect to a multitude of devices such as PLCs, | solar cells, lights, generators, flow meters, bar co |
Besides its function as a | solar clock, the obelisk was oriented in such manner |
d photograph celestial phenomena such as total | solar eclipses and the aurora borealis. |
e Sun, the flare did not appear as bright as a | solar flare. |
m with test facilities, as well as specialized | solar cells. |
e Sun, a 2005 analysis rejected this star as a | solar twin owing to its lower mass, lower metallicit |
tant in a seemingly linear regime, such as the | solar system. |
It includes topics such as the | solar nebula theory and the detection of planets aro |
ar, tentatively assumed being as small as 0.19 | Solar masses, as inferred by Pribulla et al. in 2000 |
e magnetosphere is full of ions trapped as the | solar wind passes the Earth. |
e have been forced to resort to burial, as the | solar collectors work only in clear weather. |
e in the Gamecube's 2000 Battalion Wars as the | Solar Empire empress. |
e Sun, a 2005 analysis rejected this star as a | solar twin owing to its lower mass and metallicity. |
As the | solar array produces twice as much power as is neede |
the role renewable energy forms such as wind, | solar and biofuels can play in the short- and mid-te |
te water is recycled, and as much as possible, | solar power is used for electric fencing needs. |
At Mt. Wilson, his main assignment concerned | solar activity and he produced for decades annual re |
he upfront costs traditionally associated with | solar. |
eing developed by the European Association for | Solar Telescopes, which was set up to ensure the con |
was President and Co-founder of ASTEK Advanced | Solar Technologies Incorporated. |
tial mechanics, the dynamics and astrometry of | solar system objects. |
come Chief of the Laboratory for Astronomy and | Solar Physics at the Goddard Space Flight Center in |
icula focusing on astronomy, archaeoastronomy, | solar physics, astrophotography and astrobiology. |
r researchers also noted that its mass, at .08 | solar mass, is right at the lower limit needed to cr |
is one of the most massive stars known, at 150 | solar masses. |
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