Electrical and optical study of phase transitions in thermally evaporated GeTe films

Keyphrases

• Activation Energy 33%
• Amorphous-to-crystalline Transition 33%
• Annealing Temperature 100%
• Blocking Layer 33%
• Contrast Value 33%
• Crystalline Film 33%
• Crystalline Phase Transformation 33%
• Dielectric Function 33%
• Electrical Studies 100%
• GeTe Film 100%
• Kramers-Kronig Transform 33%
• Local Structure 33%
• Metal-semiconductor Contact 33%
• Optical Contrast 33%
• Optical Gap 33%
• Optical Spectroscopy 33%
• Optical Studies 100%
• Phase Transition 100%
• Phase Transition Temperature 33%
• Reflectance Data 33%
• Resistivity 33%
• Semiconductors 33%
• Sheet Resistance 66%
• Strong Dependence 33%
• Structural Relaxation 33%
• Temperature Curve 33%
• Temperature Rise 33%
• Thermal Annealing 33%
• Transition Temperature 33%
• Valence Band Edge 33%

Engineering

• Activation Energy 33%
• Annealing Temperature 100%
• Band Edge 33%
• Crystalline Phase 33%
• Deep Level 33%
• Dielectric Function 33%
• Imaginary Part 33%
• Local Structure 33%
• Optical Gap 33%
• Phase Transition Temperature 33%
• Sheet Resistance 66%
• Temperature Curve 33%
• Temperature Increase 33%
• Valence Band 33%

Material Science

• Activation Energy 25%
• Amorphization 25%
• Amorphous Material 50%
• Annealing 100%
• Crystalline Material 50%
• Dielectric Material 25%
• Electrical Resistivity 25%
• Film 100%
• Reflectivity 25%
• Structural Relaxation 25%