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Silicon and Zirconium Ceramics Radiolysis in the Presence of Water
Hanna Hlushko
, Patricia L. Huestis
, Jay A. LaVerne
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
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Keyphrases
H2 Production
100%
Accident Scenario
100%
Radiolysis
100%
Zirconia Ceramics
100%
Nuclear Energy
50%
Bulk Material
50%
Water Fraction
50%
Energy Applications
50%
Silicon Carbide
50%
Irradiation
50%
Surface Modification
50%
Radiation Effects
50%
Radiation Field
50%
Successful Implementation
50%
Zirconium Nitride
50%
Ceramic Materials
50%
Zirconium Carbide
50%
Radiolytic Process
50%
Oxidation Layer
50%
Desirable Characteristics
50%
Interfacial Water
50%
Ceramic Surface
50%
Material Science
Surface (Surface Science)
100%
Silicon
100%
Zirconium
100%
Nitride Compound
20%
Silicon Carbide
20%
Ceramic Material
20%
Zirconium Carbide
20%
Ceramic Surface
20%
Engineering
Radiolysis
100%
Bulk Material
50%
Nitride
50%
Radiation Field
50%
Successful Implementation
50%
Nuclear Energy Application
50%
Chemical Engineering
H2 Production
100%
Nitride
50%