Strain-rate dependent deformation mechanisms in single-layered Cu, Mo, and multilayer Cu/Mo thin films
Strain-rate sensitivity and rate-dependent hardness, over a range of 10− 2 to 10 2 s− 1, of
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …
Strain-rate dependent deformation mechanisms in single-layered Cu, Mo, and multilayer Cu/Mo thin films
BP Sahu, WH Higgins, BK Derby, GM Pharr… - Materials Science and …, 2022 - osti.gov
Here, strain-rate sensitivity and rate-dependent hardness, over a range of 10-2 to 102 s-1, of
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …
Strain-rate dependent deformation mechanisms in single-layered Cu, Mo, and multilayer Cu/Mo thin films
BP Sahu, WH Higgins, BK Derby… - Materials Science …, 2022 - lanlexperts.elsevierpure.com
Strain-rate sensitivity and rate-dependent hardness, over a range of 10− 2 to 10 2 s− 1, of
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …
sputter-deposited single-layered Cu, Mo, and 5 nm Cu/5 nm Mo, and 100 nm Cu/100 nm Mo …