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Actinides / Nuclear materials / Nuclear reprocessing / Nitrides / Nuclear fuel / Plutonium / Uranium nitride / Americium / Uranium dioxide / Chemistry / Matter / Chemical elements


Thermo-chemical Modelling of Uranium-free Nitride Fuels
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City

Mol / New York / Paris / Stockholm / Tokyo / Kyoto / Hamilton / Amsterdam / Vienna / Reno / /

Company

Los Alamos National Laboratory / Future Nuclear Systems / Calc Software AB / Materials Subgroup / ES Microware Inc. / John Wiley & Sons / /

Continent

Europe / /

Country

Switzerland / Sweden / Belgium / Japan / Austria / United States / /

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Event

Environmental Issue / /

Facility

Wade Court / building ALCHYMY / Advanced Test Reactor / Royal Institute of Technology / Reactor Physics / Reactor Materials / /

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IndustryTerm

gas exchange / metal phases / gas volume / immediate product / metal oxides / Chemical equilibrium / accelerator-driven systems / homogenous solid solution / noble gas / gas-bonded fuel / defined gas feed / immediate gaseous product / metal vapour / inert gas / gaseous products / metal nitrides / inert gas results / nitrogen gas / chemical potential / gaseous reaction products / chemical database / gas amount / computational tools / thermo-chemical database / gas combine / energy / well-established commercial software / metal / gas-flow furnaces / energy function / plutonium metal / pure inert gas / chemical equilibria / gas molecule / gas-flow furnace / gas environment / gas stream / metal carbides / liquid americium metal / hydrogen gas forming volatile compounds / thermo-chemical modelling / metal dioxide / chemical / blanket gas / dilute solid solution / gas phase / predominant gaseous product / /

Organization

Technical Committee / Wade Court / U.S. Bureau / International Atomic Energy Agency / U.S. Securities and Exchange Commission / OECD / Division of Thermodynamic Modelling / Federal Government / United Nations / Paul-Scherrer-Institut / Institute of Technology / European Commission / Department of Nuclear and Reactor Physics / NEA Working Party on Partitioning and Transmutation / /

Person

Bo Sundman / Nat / J. M. Blocher / Jr. / /

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Position

Corresponding author / R. N. / representative / /

ProgrammingLanguage

Mathematica / K / /

ProvinceOrState

Ohio / Wyoming / Nevada / Indiana / New York / PuN / Colorado / Idaho / /

Technology

ATM / heat transfer / JOURNAL OF NUCLEAR SCIENCE AND TECHNOLOGY / Thermodynamics / unstable JOURNAL OF NUCLEAR SCIENCE AND TECHNOLOGY / condensation / simulation / /

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