「uranium」の共起表現(1語右で並び替え)

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「uranium」の共起表現一覧(1語右で並び替え)

uranium

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was also designed to use natural (unenriched) uranium; a feature carried through to the CANDU desig
al nuclear reactor, facilities for processing uranium, a cyclotron, and some equipment for a gaseou
iver and truck were sucked underground by the uranium absorbing kaiju, Gabora.
corporation sought out additional deposits of uranium across Canada.
ranium, is a ferroalloy, an alloy of iron and uranium, after WWII usually depleted uranium.
ight (actinoid or "actinide") elements (e.g., uranium) along with smaller amounts of material compo
n, silicon, copper, tungsten, gold, lead, and uranium, although in experiments seeking to create tr
lum, cerium, titanium, yttrium, and typically uranium and thorium, with some other metals.
Its uranium and osmium content could have been caused by
It also shows many lines of uranium, and possibly the rare element holmium.
g process to extract precious metals, copper, uranium, and other compounds from ore.
tically and thermodynamically stable forms of uranium and also because it is the form of uranium fo
nics, as well as crucibles for the melting of uranium and thorium.
Canada's Deadly Secret: Saskatchewan Uranium and the Global Nuclear System is a 2007 book
the MELOX factory produces MOX from a mix of uranium and plutonium oxides.
d that such a bomb would require many tons of uranium, and consequently was impractical to build an
described as a composite pit (utilizing both Uranium and Plutonium), unboosted, and the first US s
me press - probably because the work entailed uranium and children
base solvent (FLiBe), into which fluorides of uranium and thorium are introduced.
129I is primarily formed from the fission of uranium and plutonium in nuclear reactors.
r reactors is reprocessed to separate the 96% uranium and the 1% plutonium, which can be reused in
neutrons and observed traces of weapons-grade uranium and plutonium.
nburg plant was involved in the production of uranium and thorium metals.
It aired on Uranium and Headbangers Ball
ere being tested to find the safety limits of uranium and plutonium.
t has ever again been found"; the ore was 65% uranium and even the waste piles were 20%; "after the
2006) "Australia, Uranium and Nuclear Power", International Journal of
It converts uranium and plutonium oxides into the corresponding h
value because of its mines of copper, cobalt, uranium and radium.
efractory organic substances, highly enriched uranium, and substances that possess long term toxici
It contains about 35-50% uranium and 1.5-4% carbon.
ds the mining industry, especially coal, oil, uranium and iron ore.
wn subsequently revived with the discovery of uranium and copper deposits in the area, leading to a
per-cobalt, with some poorly defined zones of uranium, and extensive zones of lead-zinc mineralizat
in Kazakhstan, which operates in the field of Uranium and nuclear fuel cycle services, production o
rons produced by alpha radiation from natural uranium and thorium in rock.
Mark 4 models used composite uranium and plutonium fissile pits.
ths Problems of Chemists in the Production of Uranium and Thorium a publication of Research Org Deu
s companies including Shane Resources, United Uranium, and Shore Gold.
l power plants, which contains high levels of uranium and ash as the region has state's two biggest
he discovered zirconium, and to characterize uranium and zirconium as distinct elements, though he
hich a scientist holds a piece of radioactive Uranium and discusses the positive benefits radioacti
utilized 1.5 tons of heavy water, 1.5 tons of uranium, and 10 tons of graphite.
change capacity of clay causes them to adsorb uranium and thorium.
s introduced various new programs in place of Uranium, and Chernetsky has continued her career in h
Uranium and gold mining along the northern shore resu
was dissolved in nitric acid, the bulk of the uranium and plutonium were removed by means of a PURE
ning industry being among the top ten largest uranium and gold producers in the world.
It employs a mixture of natural uranium and enriched uranium (0.85% of 235U), and use
hafnium, rare earth elements (REE), thorium, uranium and tantalum (called HFSE, or high field stre
Certain iron, uranium and even gold ores are thought to have formed
material", consisting of natural and depleted uranium, and "special fissionable material", consisti
All gold, silver, uranium and petroleum is under Crown ownership as wel
93 fuel assemblies and utilizes both Enriched Uranium and MOX fuel.
determination of barium, beryllium, lithium, uranium and thorium compounds.
hapters mainly describe the health effects of uranium and "how these medical issues adversely affec
the company became an established provider of uranium and expanded to include lead and zinc in Miss
old woman was injected with 584 micrograms of uranium; another 61-year old man was injected with 70
ng industry; at tin, copper, lead, manganese, uranium, antimony, arsenic and zinc mines, as well as
Aluminum clad fuel rods containing natural uranium are used to obtain a maximum power output of
petroleum and natural gas) and nuclear power ( uranium) are examples.
Rare earths and uranium are typically concentrated in lujavrite.
Bromides and iodides of uranium are formed by direct reaction of, respectivel
ts having atomic numbers greater than that of uranium are called transuranic.
Zeunerite is a green copper uranium arsenate mineral with formula Cu(UO2)2(AsO4)2
The bombs used oralloy, a form of enriched uranium, as a replacement for plutonium, which had be
Another advantage of using uranium as the absorber was that the natural radioact
phite-moderated reactors can even use natural uranium as these moderators have much lower neutron c
was a thermal-neutron reactor using enriched uranium as fuel and heavy water as coolant and as a n
that has been applied for bioprecipitation of uranium as uranyl phosphate species from alkaline sol
d out on the ground water displayed levels of uranium as high as 224mcg/l (micrograms per litre), a
Regulatory Commission (NRC) defines depleted uranium as uranium with a percentage of the 235U isot
However, it is difficult to precipitate uranium as phosphate in the presence of excess carbon
e UFTR underwent a conversion to low-enriched uranium as a part of anti-terrorism initiatives in 20
ium silicate with high (up to 10%) content of uranium as a solid solution.
ing and Refining Limited, to oversee Canadian uranium assets.
Australian Uranium Association
According to the Australian Uranium Association, yet another industry group, assu
tic function was taken over by the Australian Uranium Association, and its main information-providi
tions is that Iran is producing weapons-grade uranium at its facility in the town of Natanz.
shehr but oppose Iran's illicit enrichment of uranium at a plant in Natanz.
project gets its name from the processing of uranium at Hanford.
In solid uranium(III) chloride each uranium atom has nine chlo
lar to the O-U-O line and passing through the uranium atom.
y parallel, forming a sandwich containing the uranium atom.
EUS calorimeter neutral pions interacted with uranium atoms to produce slow moving neutrons which w
These study suggests that all the uranium atoms have the same oxidation state, so that
nd return to the fort, only to learn that the uranium battery that powers the TVE no longer works.
os to determine the critical mass of enriched uranium became critical when water leaked into the po
hite reactors (which can be run on unenriched uranium), because the country possessed sufficient de
Cerium uranium blue was first obtained by heating together c
y 16 near Alamogordo, New Mexico; an enriched uranium bomb code-named "Little Boy" on August 6 over
tomic bomb (which later resulted in the first uranium bomb and first plutonium bomb used as weapons
The weapon used against Hiroshima was a uranium bomb, a type not tested prior to its use in W
In the case of a uranium bomb, this can be achieved by keeping the fue
Fry Canyon was a uranium boom town during the 1950s.
Utah saw a uranium boom in the late 1940s and early 1950s, but u
Uranium borohydride U(BH4)4 is a volatile uranium com
Uranium borohydride is, after uranium hexafluoride, t
Uranium borohydride was discovered by Hermann Irving
pool-type reactor fueled with highly enriched uranium built at Chalk River in 1957.
ere initially higher, up to 360 kg of natural uranium, but lowered later.
uch as Olympic Dam in Australia, contain more uranium, but not at the significant grades of the Sas
radiologically toxic than naturally occurring uranium but chemotoxic in a similar manner to lead.
The initial fuel load was highly enriched uranium, but over the years the enrichment level of n
Nichols had been ordered to find uranium by the head of the Manhattan Project, General
adverse health effects of the use of depleted uranium by the US military on servicemembers, employe
es, due to the spontaneous fission of natural uranium, by cosmic ray spallation of trace levels of
re acidic, it will now be possible to extract uranium by an ion exchange liquid-liquid extraction m
nt of the + particle fission cross-section of uranium, by Samar Mubarakmand, K. Rashid, P. Chaudhry
p a nuclear chain reaction in a large mass of uranium, by which vast amounts of power and large qua
ion potential for toxic radionuclides such as uranium by a reductive bioaccumulation process.
nly certain fissile isotopes of plutonium and uranium can be used in nuclear weapons.
Commercial-grade uranium can be produced through the reduction of uran
Very pure uranium can be produced through the thermal decomposi
Uranium carbide fuel was used in late designs of nucl
Uranium carbide is also a popular target material for
As nuclear fuel, uranium carbide can be used either on its own, or mix
is sometimes accomplished in the presence of uranium carbide acting as a catalyst.
Uranium carbide pellets are used as fuel kernels for
Uranium carbide, a carbide of uranium, is a hard refr
ted sodium calcium uranyl carbonate is a rare uranium carbonate mineral that was only described in
erfordine is a mineral containing almost pure uranium carbonate (UO2CO3).
Work is being done in the use of molten uranium chloride-alkali chloride mixtures as reactor
Eldorado and Uranium City are along Saskatchewan Highway 962 an is
dorado company opened the Beaverlodge Mine at Uranium City, Saskatchewan.
Gina Kingsbury (born November 26, 1981 in Uranium City, Saskatchewan,) is a retired women's ice
basca region owned by SaskPower, located near Uranium City, Saskatchewan, Canada. .
ining company the town was later displaced by Uranium City.
he RFR, he initiated the first meeting of the Uranium Club in early 1939, the precursor to the Army
The Uranium Club was transferred to the Reich Research Co
rmaments, on the prospects for converting the Uranium Club's research toward developing nuclear wea
energy project, also known as the Uranverein ( Uranium Club), was initiated in 1939, shortly after t
He was a member of the Uranium Club, which was working on a nuclear reactor
man nuclear energy project, also known as the Uranium Club.
man nuclear energy project, also known as the Uranium Club.
low-level radioactive waste such as enriched uranium, cobalt-60 and carbon-14.
sted fission warhead based on highly enriched uranium combined with deuterium and tritium.
One night on a highway, a truck carrying uranium components broke down in the middle of the ro
The uranium composed from 0.008 to 0.1% by weight uranium
on process and the properties of the starting uranium compounds.
the initial construction costs in the form of uranium concentrate; once the initial costs are paid
st-depositional irradiation damage induced by uranium concentration in the shale.
p for a Non-Nuclear Society and International Uranium Congress and was director of research for Pra
Henri Becquerel discovers that radiation from uranium consists of charged particles and can be defl
During an analysis of the uranium containing mineral uranite he discovered that
5 William Ramsay did similar experiments with uranium containing minerals and discovered by similar
Enriched uranium contains more U-234 than natural uranium as a
Solid solutions can be made with uranium content from 0 to 100%.
ssia's estimated reserves of ores with a high uranium content are 145,400 tons.
obylite is highly radioactive due to its high uranium content and contamination by fission products
It is radioactive due to its uranium content (around 6%).
earance in normal light, regardless of actual uranium content which requires a blacklight test to v
ed the company with information of the area's uranium content and amenability to mining by in-situ
Specimens with a high uranium content are typically metamict and appear coa
From the thorium and uranium content, an age of 12.5 Billion years could b
The Dells Granite has an unusually high uranium content, and thus homes built over the granit
This ore, dubbed "K-65", had a record 65% uranium content.
Ivanhoe has stakes in mines containing gold, uranium, copper and the world's finest grade molybden
s extracted from the basin include petroleum, uranium, copper, and potash.
The Uranium Corporation of India Ltd. (UCIL) recently com
The fission fragments of the uranium create excited plasma with inverse population
1996: Desert Fathers, Uranium Daughters.
which are all radiogenic nuclide daughters of uranium decay and are found in uranium ores.
adiometric dating techniques, those using the uranium decay series (except for those using the stab
American military requirements of uranium declined in the 1960s, and the government com
is strong geochemical evidence that the Oklo uranium deposit behaved as a natural nuclear fission
s first reported from a Colorado Plateau-type uranium deposit near Moab, Utah.
In 1954 a significant uranium deposit was discovered at the site.
The Lake Maitland uranium deposit was first discovered in 1972 by Asarc
Crow Butte is a roll-front uranium deposit discovered in 1980.
The uranium deposit at Jaduguda, Singhbhum district, Jhar
Inkai is a roll-front uranium deposit discovered in 1976.
ibed in 1973 for an occurrence in an oxidized uranium deposit near Solwezi, Zambia.
Further investigations into this uranium deposit discovered uranium ore with a 235U to
irst described in 1987 for an occurrence in a uranium deposit near Onega Lake, Padma, Zaonezhskii P
owler in relation to BHP Billiton's Yeelirrie uranium deposit, This report contained an opinion of
xamples of this previously neglected class of uranium deposit.
Beverley is a paleaochannel uranium deposit.
th the NT Government covering the Mount Fitch uranium deposit.
n in the 1970s defined a number of roll-front uranium deposits in the Upper Cretaceous Laramie Form
None of the uranium deposits have been proven to be economic, alt
350,000 acres uranium deposits
Douglas G. Brookins (1977) Uranium deposits of the Grants mineral belt: geochemi
Kerr-McGee first learned about massive uranium deposits in the area in 1955.
The uranium deposits at Bhatin and Narwapahar are current
d zone of vanadium-poor Colorado Plateau-type uranium deposits of Utah and Arizona.
-do-wells trying to lay claim to land rich in uranium deposits in Kenya as they wait in a small Ita
e Venona project discussing information about uranium deposits in Western states.
, Dzhakishev appropriated 60% of Kazakhstan's uranium deposits as his personal property, which woul
H.C. Granger and others, "Sandstone-type uranium deposits at Ambrosia Lake, New Mexico-an inte
ted currently proved economically recoverable uranium deposits for once-through fuel cycles reactor
adin is the identification and development of uranium deposits in Australia and overseas.
It is found in pegmatites and sandstone uranium deposits of the Colorado Plateau-type.
ineral found in "arsenic bearing hydrothermal uranium deposits" across the world.
E. N. Harshman (1972) Geology and Uranium Deposits, Shirley Basin Area, Wyoming, US Geo
The Belgian Congo, which was also rich in uranium deposits, supplied the uranium that was used
esses within its boundaries a number of large uranium deposits.
commercial development of "Bukinay" group of uranium deposits.

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