Experimental study of the mechanisms of brittle-to-ductile transition of cleavage fracture in Si single crystals

Keyphrases

• Si Single Crystal 100%
• Brittle-ductile Transition 100%
• Cleavage Fracture 100%
• Cleavage Crack 66%
• High-density Dislocation 66%
• Crack Velocity 66%
• Dislocation nucleation 33%
• Temperature Gradient 33%
• Crack Arrest 33%
• Rate Limiting 33%
• Dislocation Motion 33%
• Dislocation Structure 33%
• Quasi-steady State 33%
• Dislocation Mobility 33%
• Cleavage Plane 33%
• Crack Arrest Temperature 33%
• Crack Arrest Test 33%
• Ductile-brittle Transition Temperature 33%
• Si Crystal 33%
• Laser Imaging Technique 33%
• Micro-mechanism 33%

Engineering

• Crack Arrest 100%
• Cleavage Fracture 100%
• Crack Velocity 100%
• Experimental Technique 50%
• Dislocation Structure 50%
• Dislocation Motion 50%
• Quasi Steady State 50%
• High Dislocation Density 50%
• Ductile-to-Brittle Transition Temperature 50%
• Micromechanisms 50%
• Crack-Arrest Temperature 50%
• Thermal Gradient 50%
• Temperature Gradient 50%

Material Science

• Ductile-to-Brittle Transition 100%
• Cleavage Fracture 100%
• Single Crystal 100%
• Crack Arrest 75%
• Density 25%
• Nucleation 25%
• Dislocation Structure 25%