Calculations of vibrationally resonant sum- and difference-frequency- generation spectra of chiral molecules in solutions: Three-wave-mixing vibrational optical activity

Keyphrases

• Chiral Molecules 100%
• Vibrational Optical Activity 100%
• Molecular Solution 100%
• Generation Spectrum 100%
• Difference Frequency Generation 100%
• Three-wave Mixing 100%
• Sum-frequency 100%
• Circular Polarization 60%
• Optical Activity 40%
• Activity Measurement 40%
• Absolute Configuration 40%
• Hyperpolarizability 40%
• Raman Optical Activity 40%
• Linear Polarization 20%
• Linearly Polarized 20%
• Vibrational Circular Dichroism 20%
• Polarization Direction 20%
• Calculation Results 20%
• Measurement Method 20%
• Novel Technique 20%
• Measurement Techniques 20%
• Frequency Difference 20%
• Quantum Chemical Calculations 20%
• Transition Dipole 20%
• Signal Intensity 20%
• Incident Beam 20%
• Randomly Oriented 20%
• Ultrashort Pulses 20%
• Circularly Polarized Beam 20%
• Molecular chirality 20%
• Perpendicular Polarization 20%
• Sum Frequency Generation 20%
• Vibronic Transitions 20%
• Mixing Process 20%
• Generation Frequency 20%
• Electric Quadrupole 20%
• Raman Tensor 20%
• Mixing Experiment 20%
• Difference Signals 20%
• Methyl Lactate 20%

Chemistry

• Vibrational Optical Activity 100%
• Optical Rotation 66%
• Hyperpolarizability 66%
• Absolute Configuration 66%
• Raman Optical Activity 66%
• Vibrational Circular Dichroism 33%
• Quadrupole 33%
• Quantum Chemistry 33%
• Sum-Frequency Generation 33%
• Measurement Method 33%
• Vibrational Transition 33%
• Methyl (S)-Lactate 33%
• Molecular Chirality 33%

Physics

• Optical Activity 100%
• Signal Mixing 28%
• Ultrashort Pulse 14%
• Linear Polarization 14%
• Quadrupole 14%
• Chirality 14%
• Measurement Method 14%
• Quantum Chemistry 14%