Tension behavior of free-standing amorphous film and amorphous-crystalline nanolaminates in submicron scale

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

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Material Science

100
Amorphous Film Material Science
100
Plasticity Material Science
50
Film Material Science
50
Membrane Material Science
50
Brittle Fracture Material Science
50
Formability Material Science
50
Ductile Fracture Material Science
50
Surface (Surface Sc... Material Science

Keyphrases

100
Amorphous Films Keyphrases
100
Crystalline-amorpho... Keyphrases
100
Submicron Scale Keyphrases
100
Nanolaminates Keyphrases
100
Tension Behavior Keyphrases
100
ZrCu Keyphrases
25
Fracture Surface Keyphrases
25
Layer Thickness Keyphrases
25
Brittle Fracture Keyphrases
25
Tensile Deformation Keyphrases
25
Ductile Fracture Keyphrases
25
Deformability Keyphrases
25
Fracture Angle Keyphrases
25
Membrane Deflection Keyphrases

INIS

100
films INIS
100
fractures INIS
50
layers INIS
50
thickness INIS
50
plasticity INIS
25
deformation INIS
25
comparative evaluat... INIS
25
surfaces INIS
25
membranes INIS

Engineering

100
Plastic Property Engineering
50
Individual Layer Engineering
50
Thickness Engineering
50
Tensiles Engineering
50
Membrane Engineering
50
Fracture Surface Engineering
50
Layer Thickness Engineering
50
Deflection Engineering
50
Brittle Fracture Engineering
50
Tensile Deformation Engineering
50
Ductile Fracture Engineering
50
Fracture Angle Engineering
50
Experiment Engineering
50
Formability Engineering
Research OutputsResearch Output authored by Tension behavior of free-standing amorphous film and amorphous-crystalline nanolaminates in submicron scale is tagged with the concept