Thermal annealing dependence of some physical properties of Bi-substituted Sn-Sb-Se glassy thin films

Engineering & Materials Science

• Annealing 100%
• Thin films 95%
• Physical properties 90%
• Heat treatment 87%
• Thermal evaporation 85%
• Glass 80%
• Chalcogenides 79%
• Glass transition 57%
• Superconducting transition temperature 54%
• Crystalline materials 52%
• Activation energy 52%
• Quenching 52%
• Hot Temperature 48%
• X rays 45%
• Scanning electron microscopy 39%
• Substrates 35%
• Defects 34%

Physics & Astronomy

• heat treatment 81%
• physical properties 78%
• annealing 60%
• glass 58%
• thin films 51%
• chalcogenides 50%
• glass transition temperature 47%
• quenching 41%
• evaporation 38%
• activation energy 37%
• conductivity 33%
• scanning electron microscopy 32%
• defects 27%
• matrices 27%
• x rays 22%

Chemical Compounds

• Heat Treatment 84%
• Annealing 79%
• Microcrystallinity 54%
• Glass Substrate 49%
• Glass Transition Temperature 42%
• Reaction Activation Energy 34%
• Amorphous Material 34%
• Glass 34%
• Conductivity 33%
• X-Ray 30%
• Scanning Electron Microscopy 30%
• Liquid Film 24%