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Xenon-metal pair formation in UO
2
investigated using DFT + U
Linu Malakkal
, Shuxiang Zhou
,
Himani Mishra
,
Mukesh Bachhav
,
Jia Hong Ke
,
Chao Jiang
,
Lingfeng He
,
Sudipta Biswas
Nuclear Fuels & Materials
Nuclear Materials Performance
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Dive into the research topics of 'Xenon-metal pair formation in UO
2
investigated using DFT + U'. Together they form a unique fingerprint.
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Keyphrases
Density Functional Theory
100%
Xenon
100%
Theory U
100%
Pair Formation
100%
Formation Energy
50%
Palladium
33%
Molybdenum
33%
Noble Metals
33%
Binding Energy
33%
Metal Phase
33%
Fission Gas
33%
Metal Precipitates
33%
Reactor
16%
Ruthenium
16%
Rhodium
16%
Solid Fission Products
16%
Structure Formation
16%
Uranium Dioxide
16%
Belgium
16%
UO2 Fuel
16%
Technetium
16%
Gas Atom
16%
Antiferromagnetic Order
16%
Matrix Manipulation
16%
Form-stable
16%
Single Defect
16%
Hubbard U Correction
16%
Stable Pairs
16%
Chemistry
formation
100%
Uranium Dioxide
100%
Xenon
100%
Density Functional Theory
100%
Palladium
33%
Molybdenum
33%
Noble Metal
33%
Binding Energy
33%
Ruthenium
16%
Rhodium
16%
Fission Product
16%
Antiferromagnetic Ordering
16%
Technetium
16%
Material Science
Density
100%
Uranium Dioxide
100%
Xenon
100%
Palladium
33%
Molybdenum
33%
Precious Metal
33%
Fission Product
16%
Ruthenium
16%
Rhodium
16%
Technetium
16%