DISLOCATION DISSOCIATIONS AND FAULT ENERGIES IN Ni3Al ALLOYS DOPED WITH PALLADIUM

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

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Material Science

100
Alloy Material Science
100
Dislocation Material Science
80
Superlattice Material Science
80
Crystal Defect Material Science
60
Phase Interface Material Science
40
Temperature Material Science
40
Dislocation Structu... Material Science
20
Palladium Material Science
20
Transmission Electr... Material Science
20
Ductility Material Science
20
Burger Vector Material Science

Keyphrases

100
Ni3Al Keyphrases
100
Dislocation Keyphrases
100
Superlattice Intrin... Keyphrases
100
Bond Dissociation E... Keyphrases
100
Dislocation Dissoci... Keyphrases
100
Fault Energy Keyphrases
50
Room Temperature Keyphrases
50
Dislocation Structu... Keyphrases
50
Antiphase Boundary Keyphrases
25
Transmission Electr... Keyphrases
25
Palladium Keyphrases
25
Ductility Keyphrases
25
Burgers Vector Keyphrases
25
Antiphase Boundary ... Keyphrases
25
Debris Keyphrases
25
Slip Plane Keyphrases
25
Shockley Partial Keyphrases
25
Ductilization Keyphrases
25
Intrinsic Stacking ... Keyphrases
25
Faulted Loop Keyphrases
25
Ordering Energy Keyphrases

INIS

100
doped materials INIS
100
dissociation INIS
100
energy INIS
100
dislocations INIS
100
palladium INIS
71
alloys INIS
57
stacking faults INIS
57
superlattices INIS
28
temperature range 0... INIS
14
transmission electr... INIS
14
polycrystals INIS
14
ductility INIS
14
slip INIS
14
burgers vector INIS
Research OutputsResearch Output authored by DISLOCATION DISSOCIATIONS AND FAULT ENERGIES IN Ni3Al ALLOYS DOPED WITH PALLADIUM is tagged with the concept