Effect of initial grain size on oxidation resistance of L12-strengthened Al-Fe-Cr-Cu-Ni high-entropy alloy at 900 ℃

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

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Material Science

100
Grain Size Material Science
100
Oxidation Resistanc... Material Science
100
High Entropy Alloys Material Science
75
Oxidation Reaction Material Science
50
Grain Boundaries Material Science
25
Oxide Compound Material Science
25
Al2O3 Material Science
25
Grain Refinement Material Science
25
Surface (Surface Sc... Material Science
25
Air Material Science

Keyphrases

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Grain Boundary Keyphrases
100
Grain Size Keyphrases
100
Oxidation Resistanc... Keyphrases
100
Fe-Cr Keyphrases
100
Cu-Ni Keyphrases
100
Al-Fe Keyphrases
100
High-entropy Alloy Keyphrases
100
Initial Grain Size Keyphrases
50
Grain Refinement Keyphrases
50
Oxide Layer Keyphrases
50
Oxidation Behavior Keyphrases
50
Al2O3 Layer Keyphrases
50
Oxidation Kinetics Keyphrases
50
Kinetic Processes Keyphrases
50
Direct Formation Keyphrases
50
Cu Segregation Keyphrases
50
Isothermal Oxidatio... Keyphrases

INIS

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oxidation INIS
100
alloys INIS
100
grain size INIS
100
entropy INIS
40
layers INIS
40
grain boundaries INIS
20
surfaces INIS
20
oxides INIS
20
kinetics INIS
20
air INIS
20
segregation INIS
20
grain refinement INIS

Physics

100
Oxidation Resistanc... Physics
100
Grain Size Physics
100
High-Entropy Alloys Physics
50
Region Physics
50
Oxidation Physics
50
Grain Boundaries Physics
25
Air Physics
25
Oxide Physics
25
Starting Physics
25
Oxidation Behavior Physics
25
Grain Refinement Physics
Research OutputsResearch Output authored by Effect of initial grain size on oxidation resistance of L12-strengthened Al-Fe-Cr-Cu-Ni high-entropy alloy at 900 ℃ is tagged with the concept