Modeling of configurations and third-order nonlinear optical properties of methyl silsesquioxanes

Keyphrases

• Methyl 100%
• Third-order Nonlinear Optical Properties 100%
• Silsesquioxane 100%
• Configuration Order 100%
• Frequency Dependence 14%
• P-type 14%
• Charge Transfer 14%
• Absorption Spectra 14%
• Non-resonant 14%
• Physical Processes 14%
• Atomic Orbitals 14%
• Quantum Mechanical Methods 14%
• Electronic Absorption Spectra 14%
• Silsesquioxanes Cage 14%
• Electric Field Induced Second Harmonic Generation 14%
• Configuration Optimization 14%
• Third-order Nonlinear Optics 14%
• Sum-over-states Method 14%
• Cage Size 14%
• Nonlinear Polarizability 14%
• Degenerate Four-wave Mixing 14%
• Third-order Polarizability 14%
• Excited-state Properties 14%
• Third Harmonic Generation 14%

Physics

• Absorption Spectra 100%
• Optical Property 100%
• Physical Process 50%
• Four-Wave Mixing 50%
• Second Harmonic Generation 50%
• Harmonics 50%
• Excitation 50%
• Nonresonance 50%
• Electric Field 50%

Chemistry

• Third-Order Nonlinear Optical Property 100%
• Silsesquioxane 100%
• Absorption Spectra 33%
• Polarizability 33%
• Silicon 16%
• Excited State 16%
• Electric Field 16%
• Point Group C2v 16%
• Atomic Orbital 16%
• Quantum Mechanical Method 16%
• Second-Harmonic Generation 16%
• Silsesquioxane Cage 16%
• Third-Harmonic Generation 16%
• Degenerate Four Wave Mixing 16%
• electronics 16%