Radiation induced nanovoid shrinkage in Cu at room temperature : An in situ study

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

Overview

Fingerprint

???publication_fingerprints_help???

Material Science

Temperature Material Science

Metal Material Science

Film Material Science

Density Material Science

Swelling Material Science

Crystal Defect Material Science

Ion Bombardment Material Science

Keyphrases

Room Temperature Keyphrases

Radiation Effects Keyphrases

In Situ Study Keyphrases

Nanovoid Keyphrases

Metallic Materials Keyphrases

Irradiation Keyphrases

In Situ Keyphrases

Sputter Deposition Keyphrases

High Density Keyphrases

Vacancy Clusters Keyphrases

Physical Mechanism Keyphrases

Void Swelling Keyphrases

Cu Film Keyphrases

Phase-field Model Keyphrases

Radiation Response Keyphrases

Stacking Fault Tetr... Keyphrases

Deposition Methods Keyphrases

Increased Dose Keyphrases

Void Shrinkage Keyphrases

Kr Ion Irradiation Keyphrases

INIS

radiations INIS

temperature range 0... INIS

irradiation INIS

increasing INIS

absorption INIS

stacking faults INIS

deposition INIS

sputtering INIS

interstitials INIS

krypton ions INIS

Research OutputsResearch Output authored by Radiation induced nanovoid shrinkage in Cu at room temperature is tagged with the concept

Find experts having the same concept