Ab initio characterization of the electronic and optical properties of a new IR nonlinear optical crystal: K₃V₅O₁₄

Chemical Compounds

• Density of State 69%
• Anharmonic Oscillator 56%
• Electronic Property 53%
• Oscillator Model 49%
• Dielectric Function 48%
• Optical Property 47%
• Plane Wave 42%
• Pseudopotential 40%
• Birefringence 38%
• Second-Harmonic Generation 36%
• Electronic Band Structure 32%
• Refractive Index 31%
• Electron Density 29%
• Semiconductor 24%
• Band Gap 24%

Engineering & Materials Science

• Electronic properties 100%
• Optical properties 80%
• Crystals 64%
• Harmonic generation 48%
• Birefringence 47%
• Carrier concentration 45%
• Band structure 45%
• Refractive index 42%
• Energy gap 36%
• Semiconductor materials 28%

Physics & Astronomy

• optical properties 42%
• characterization 35%
• electronics 33%
• crystals 31%
• pseudopotentials 21%
• birefringence 19%
• harmonic generations 18%
• plane waves 17%
• oscillators 16%
• magnetic permeability 15%
• refractivity 15%
• gradients 14%
• coefficients 11%
• approximation 11%