Elucidating the optical properties of novel heterolayered materials based on MoTe₂-InN for photovoltaic applications

Ingeniería y ciencia de los materiales

• Heterojunctions 100%
• Optical properties 95%
• Monolayers 60%
• Solar cells 32%
• Excitons 27%
• Infrared absorption 24%
• Binding energy 24%
• Electronic properties 23%
• Density functional theory 22%
• Refractive index 20%
• Conversion efficiency 16%
• Infrared radiation 13%

Física y astronomía

• solar cells 56%
• optical properties 49%
• ingredients 39%
• infrared absorption 39%
• radiant flux density 34%
• absorptivity 32%
• binding energy 32%
• excitons 30%
• alignment 29%
• density functional theory 29%
• refractivity 26%
• life (durability) 26%
• electronics 19%
• energy 11%

Compuestos químicos

• Monolayer 57%
• Optical Property 55%
• Solar Cell 44%
• Absorption Coefficient 28%
• Exciton 25%
• Refractive Index 24%
• Application 24%
• Binding Energy 22%
• Electronic Property 21%
• Density Functional Theory 15%
• Energy 12%