Influence of oxygen on rate-controlling mechanisms in hot deformation of polycrystalline copper : Oxygen-free versus electrolytic grades

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

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Material Science

100
Copper Material Science
85
Temperature Material Science
57
Strain Rate Material Science
42
Self-Diffusion Material Science
28
Dislocation Material Science
28
Activation Energy Material Science
14
Solid Material Science
14
Grain Boundaries Material Science

Keyphrases

100
Hot Deformation Keyphrases
100
Polycrystalline Cop... Keyphrases
100
Self-diffusion Keyphrases
100
Oxygen Influence Keyphrases
100
Oxygen-free Keyphrases
100
Rate-controlling Me... Keyphrases
66
High Temperature Keyphrases
66
Strain Rate Keyphrases
66
Apparent Activation... Keyphrases
66
C-rate Keyphrases
66
High Temperature Ra... Keyphrases
66
Electrolytic Copper Keyphrases
33
Flow Stress Keyphrases
33
Grain Boundary Keyphrases
33
Solid Solubility Keyphrases
33
Flow Curve Keyphrases
33
Oxygen Solubility Keyphrases
33
High Strain Rate Keyphrases
33
Hot Compression Keyphrases
33
Low Strain Keyphrases
33
Dynamic Recrystalli... Keyphrases
33
Wide Temperature Ra... Keyphrases
33
Stress Peak Keyphrases
33
Dislocation Core Keyphrases
33
Hot Isothermal Comp... Keyphrases
33
Initial Peak Keyphrases
33
Low Temperature Ran... Keyphrases
33
Core Self Keyphrases
33
Multiple Stressors Keyphrases
33
Dislocation pipe Keyphrases
33
Clogging Keyphrases
33
Flow Softening Keyphrases
33
Interstitial Oxygen Keyphrases

INIS

100
copper INIS
100
deformation INIS
100
oxygen INIS
100
polycrystals INIS
57
range INIS
57
strain rate INIS
42
temperature range INIS
42
self-diffusion INIS
28
peaks INIS
28
dislocations INIS
28
activation energy INIS
14
recrystallization INIS
14
dynamics INIS
14
solubility INIS
14
curves INIS
14
atoms INIS
14
high temperature INIS
14
kinetics INIS
14
solids INIS
14
flow stress INIS
14
grain boundaries INIS
14
compression INIS
14
interstitials INIS
14
pipes INIS

Engineering

100
High Temperature Engineering
100
Polycrystalline Engineering
100
Temperature Range Engineering
100
Hot Working Engineering
100
Controlling Mechani... Engineering
75
Mols Engineering
75
Mechanisms Engineering
75
Rate Range Engineering
50
Strain Rate Engineering
50
Apparent Activation... Engineering
25
Low-Temperature Engineering
25
Dislocation Engineering
25
Flow Stress Engineering
25
Isothermal Engineering
25
Solid Solubility Engineering
25
Flow Curve Engineering
25
Pipe Engineering
25
High Strain Rate Engineering
25
Lower Strain Rate Engineering
25
Dynamic Recrystalli... Engineering
25
Stress Peak Engineering
25
Dislocation Core Engineering
25
Interstitial Oxygen Engineering
25
Compression Tests Engineering
25
Grain Boundaries Engineering
25
Oxygen Atom Engineering
Research OutputsResearch Output authored by Influence of oxygen on rate-controlling mechanisms in hot deformation of polycrystalline copper is tagged with the concept