「thorium」の共起表現一覧(1語右で並び替え)
該当件数 : 69件
of Chemists in the Production of Uranium and | Thorium a publication of Research Org Deutsche Goldun |
like monazite to produce elements, including | thorium and uranium. |
It also held very high concentrations of | thorium and radium (and their decay products, includi |
element being emitted from any radioisotope ( | thorium) and the first to demonstrate radon's gaseous |
e beach-sands for Zircon, ilmenite, Monazite, | Thorium and other Zirconium-based minerals. |
accelerators, and produce energy from natural | thorium and depleted uranium. |
al property containing deposits of uranium or | thorium, and with the consent of the President it may |
From the | thorium and uranium content, an age of 12.5 Billion y |
It is the most common mineral of | thorium and is nearly always strongly radioactive. |
North Carolina, Baskerville experimented with | thorium and published his results in 1904. |
ion of water by radioactive decay of uranium, | thorium, and potassium. |
Cayrel and his colleagues discovered | thorium and uranium in the ultra-metal-poor halo star |
m were more particularly sought after because | thorium and uranium were not used in the "glower" of |
s (salts), containing the actinides (uranium, | thorium, and/or plutonium) in a carrier salt, most of |
(FLiBe), into which fluorides of uranium and | thorium are introduced. |
Thorium(IV) sulfide (ThS2) is an inorganic chemical c | |
Some mantles still use | thorium, but yttrium oxide (or sometimes zirconium ox |
on of barium, beryllium, lithium, uranium and | thorium compounds. |
Also, unlike uranium, mined | thorium consists of a single isotope (232Th). |
It was named in 1829 to reflect its | thorium content. |
It is highly radioactive due to the | thorium content. |
ecay family, the radium decay family, and the | thorium decay family) bear placeholder names using th |
average rate of production of 220Rn (from the | thorium decay series) is about the same as 222Rn, the |
Thorium dioxide is a Welsbach material. | |
Thorium dioxide (ThO2), also called thorium(IV) oxide | |
amics) such as zinc oxide and cerium oxide or | thorium dioxide, where some of the light from incande |
nite is the name of the mineralogical form of | thorium dioxide. |
m dioxide contained heavy metals, radioactive | thorium, dioxins (a type of carcinogen) and even Fura |
th cerium poisoning and for the separation of | thorium from the mineral monazite. |
nuclear fuel; however, chemical separation of | thorium from uranium removes the decay product 228Th |
r Reactor that was designed to operate on the | thorium fuel cycle. |
ty of this reactor type, since it can use the | thorium fuel cycle and the world's second largest pro |
If using a | thorium fuel to produce fissile U-233, the SNF (Spent |
d by alpha radiation from natural uranium and | thorium in rock. |
The | thorium in the compopund is unstable and decays by em |
refers to the metals uranium, plutonium, and | thorium, in any form, according to the IAEA. |
nium-233 metal produced by the irradiation of | thorium in other reactors. |
He reported having separated | thorium into three fractions with slightly different |
Indian interest in | thorium is motivated by their substantial reserves. |
Thorium is used in India's nuclear programme and nucl | |
led to replicate the results, and showed that | thorium is only one element and not a mixture. |
Monazite is an important ore for | thorium, lanthanum, and cerium. |
was involved in the production of uranium and | thorium metals. |
e xenotime may contain significant amounts of | thorium or uranium, the mineral does not undergo meta |
Advanced Epithermal | Thorium Reactor |
China's project to develop a liquid fluoride | thorium reactor. |
The surplus plutonium (or uranium-233 for | thorium reactors) from each fast reactor can be used |
search publications on Beryllium, Tritium and | Thorium reflectors which were passed on to the Pakist |
Almost a third of the world's | thorium reserves are in India India's Department of A |
Use of the large | thorium reserves to produce nuclear fuel is a key str |
, cerium, neodymium, lanthanum, praseodymium, | thorium, samarium, oxygen, sulfur, carbon, phosphorus |
claimed that he already stated the fact that | thorium should be a mixture of several elements. |
ttrialite or Yttrialite-(Y) is a rare yttrium | thorium sorosilicate mineral with formula: (Y,Th)2Si2 |
horite, (Th,U)SiO4, is a rare nesosilicate of | thorium that crystallizes in the tetragonal system an |
me for a range of magnesium alloys containing | thorium that are used in aerospace engineering. |
ly described as a hydrous silico-phosphate of | thorium, ThO2(SiO2,⅓P2O5)+2H2O, i.e. thorite in which |
O,OH)6 is a mineral of cerium, calcium, iron, | thorium, titanium, niobium, oxygen, and hydrogen. |
The Kalpakkam PFBR is using uranium-238 not | thorium, to breed new fissile material, in a sodium-c |
other ultra-metal-poor star (CS31082-001 from | Thorium to Uranium ratios. |
niobium, hafnium, rare earth elements (REE), | thorium, uranium and tantalum (called HFSE, or high f |
Thorium: uranium-233 | |
A small amount of | thorium was also processed. |
les for propane lanterns as a replacement for | thorium, which is radioactive. |
y around one million years in the cycles with | thorium will be higher due to the presence of the not |
The students irradiated | thorium with thermal neutrons and observed traces of |
titanium, yttrium, and typically uranium and | thorium, with some other metals. |
Because of the presence of | thorium within monazite, it can be radioactive. |
or titanite which can accommodate uranium or | thorium within their crystal structures. |
son-colored complex with beryllium, aluminum, | thorium, zirconium and hafnium, and this reaction has |
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