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The influence of external stress/strain on the uranium-hydrogen reaction
O. Appel
, L. Rogel
, E. Malka
, Y. S. Levy
, S. Zalkind
,
R. Z. Shneck
, M. H. Mintz
Department of Materials Engineering
Unit of Nuclear Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
13
Scopus citations
Overview
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Keyphrases
Hydrides
100%
Uranium
100%
Stress-strain
100%
Hydrogen Activation
100%
External Stress
100%
Growth Period
50%
Small Families
50%
Growth Centers
50%
Oxides
25%
Limited Growth
25%
Stress-induced
25%
Plastic Deformation
25%
Elastic Component
25%
Overlayer
25%
Microstructural Changes
25%
Initial nucleation
25%
Applied Tensile Stress
25%
Metal Reaction
25%
Reversible Stress
25%
Overall Kinetics
25%
Mechanical Rupture
25%
Engineering
External Stress
100%
Hydrogen
100%
Combined Effect
50%
Induced Stress
50%
Plastic Deformation
50%
Thin Layer
50%
Tensile Stress σ
50%
Hydrogenation
50%
Material Science
Nucleation
100%
Hydride
100%
Uranium
100%
Hydrogen
100%
Ultimate Tensile Strength
33%
Oxide Compound
33%
Plastic Deformation
33%
Physics
Nucleation
100%
Hydrogen
100%
Ultimate Tensile Strength
33%
Plastic Deformation
33%
Oxide
33%