Dissolution of Intermetallic Second-Phase Particles in Zircaloy-2 in High-Temperature Steam

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Temperature Material Science
100
Particle Material Science
100
Steam Material Science
100
Zircaloy Material Science
100
Intermetallics Material Science
37
Volume Fraction Material Science
25
Oxidation Reaction Material Science
25
Hydride Material Science
12
Scanning Electron M... Material Science
12
X-Ray Diffraction Material Science

Chemistry

100
Reaction Temperatur... Chemistry
100
Intermetallic Compo... Chemistry
100
Zircaloy Chemistry
50
Hydrogen Chemistry
50
Volume Chemistry
33
Oxidation Reaction Chemistry
33
Concentration Chemistry
33
Hydride Chemistry
33
Environment Chemistry
33
Time Chemistry
16
Analytical Method Chemistry
16
X-Ray Diffraction Chemistry
16
Scanning Electron M... Chemistry
16
Size Distribution Chemistry
16
formation Chemistry
16
stability Chemistry

Keyphrases

100
Intermetallics Keyphrases
100
Second Phase Partic... Keyphrases
100
Zircaloy-2 Keyphrases
100
High Temperature St... Keyphrases
28
Volume Fraction Keyphrases
28
Hydrogen Concentrat... Keyphrases
28
Steam Atmosphere Keyphrases
14
Hydrides Keyphrases
14
Long-term Exposure Keyphrases
14
SEM Analysis Keyphrases
14
Zircaloy Keyphrases
14
Large Particle Keyphrases
14
Particle Volume Fra... Keyphrases
14
Oxidation Time Keyphrases
14
Hydride Formation Keyphrases
14
Synchrotron XRD Keyphrases
14
High-temperature St... Keyphrases

INIS

100
particles INIS
100
high temperature INIS
100
dissolution INIS
100
intermetallic compo... INIS
100
zircaloy 2 INIS
100
steam INIS
37
volume INIS
37
hydrogen INIS
25
peaks INIS
25
environment INIS
25
concentration INIS
25
oxidation INIS
25
hydrides INIS
12
size INIS
12
reduction INIS
12
stability INIS
12
distribution INIS
12
correlations INIS
12
matrices INIS
12
scanning electron m... INIS
12
synchrotrons INIS
12
zircaloy INIS
12
xrd INIS

Engineering

100
High Temperature Engineering
100
Steam Engineering
100
Phase Particle Engineering
100
Intermetallics Engineering
28
Peak Intensity Engineering
28
Environment Engineering
14
Correlation Engineering
14
Exposure Time Engineering
14
Size Distribution Engineering
14
Particle Volume Engineering
14
Hydride Formation Engineering
Research OutputsResearch Output authored by Dissolution of Intermetallic Second-Phase Particles in Zircaloy-2 in High-Temperature Steam is tagged with the concept