Chemical bond approach to optical properties of some flash evaporated Se _{100 - X}Sb _X chalcogenide alloys

Engineering & Materials Science

• Amorphous films 51%
• Atomization 36%
• Chalcogenides 100%
• Chemical analysis 20%
• Chemical bonds 94%
• Defects 21%
• Evaporation 31%
• Extrapolation 68%
• Hot Temperature 15%
• Optical band gaps 63%
• Optical conductivity 68%
• Optical properties 78%
• Permittivity 63%
• Plasmas 29%
• Refractive index 41%
• Thin films 29%

Chemical Compounds

• Absorption Coefficient 23%
• Additive 14%
• Alloy 44%
• Amorphous Material 14%
• Band Gap 15%
• Bond Energy 23%
• Chemical Bond 61%
• Cohesive Energy 27%
• Dielectric Constant 38%
• Energy 30%
• Evaporation 18%
• Heat 15%
• Indicator 18%
• Optical Conductivity 33%
• Optical Property 46%
• Oscillator Model 32%
• Plasma 13%
• Refractive Index 20%
• Single Bond 22%

Physics & Astronomy

• absorptivity 13%
• atomizing 18%
• chalcogenides 64%
• chemical bonds 72%
• conductivity 10%
• coordination number 17%
• defects 8%
• energy 18%
• envelopes 13%
• evaporation 12%
• extrapolation 29%
• flash 60%
• heat 10%
• optical properties 41%
• oscillators 23%
• permittivity 22%
• plasma frequencies 17%
• refractivity 11%
• thin films 8%