Translation for 'uranium tetrafluoride' from English to Russian

uranium tetrafluoride

тетрафторид {м} урана [UF4]хим.

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selenium tetrafluoride

тетрафторид {м} селена [SeF4]хим.

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tellurium tetrafluoride

тетрафторид {м} теллура [TeF4]хим.

plutonium tetrafluoride

тетрафторид {м} плутония [PuF4]хим.

lead tetrafluoride

четырёхфтористый свинец {м} [PbF4]хим.

sulfur tetrafluoride [Am.]

тетрафторид {м} серы [SF4]хим.

sulphur tetrafluoride [Br.]

тетрафторид {м} серы [SF4]хим.

uranium enrichment

обогащение {с} уранаатом.

uranium <U>

уран {м} <U>хим.

ураний {м} <U> [устр.]хим.

uranium(IV) fluoride

фторид {м} урана(IV) [UF4]хим.

uranium hexafluoride <hex>

шестифтористый уран {м} [UF6]хим.

гексафторид {м} урана [UF6]хим.

• Once reduced again to uranium tetrafluoride, a solid, it can be mixed into the core salt medium to fission.
• It can be achieved by mixing any of the uranium halides (commonly uranium tetrafluoride) with magnesium metal powder or aluminium metal powder.
• The Green Salt Plant, the common name for Plant 4, produced "green salt" (uranium tetrafluoride) from UO3.
• The Green Salt Project derives its name from uranium tetrafluoride, also known as green salt, an intermediate product in the conversion of uranium ore into uranium hexafluoride — a toxic gas that can undergo enrichment or purification into fuel for nuclear reactors or bombs.
• and uranium tetrafluoride (...), which are important in molten salt reactor applications, and uranium dioxide (...), a common form of nuclear fuel.

• The compound can be produced by any one of three primary chemical conversion processes, involving either uranium tetrafluoride (UF4) or uranyl fluoride (UO2F2) as intermediates.
• Early thermal spectrum concepts and many current ones rely on uranium tetrafluoride (UF4) or thorium tetrafluoride (ThF4), dissolved in molten fluoride salt.
• The fuel would be about 20% enriched uranium tetrafluoride and thorium tetrafluoride.
• The other Western conversion facilities, Areva and Cameco, each utilize a process that requires two different facilities, one to convert yellowcake to either uranium tetrafluoride or uranium trioxide and another to convert to uranium hexafluoride.
• Reduction with hydrogen gives UO2, which is converted with hydrofluoric acid (HF) to uranium tetrafluoride, UF4.

• It would be used for converting depleted uranium hexafluoride to depleted uranium tetrafluoride.
• Sometimes uranium tetrafluoride is required due to its chemical stability; the propellant is usually hydrogen.