Multiphoton molecular dissociation in intense laser fields

Keyphrases

• Energy Range 100%
• Intense Laser Field 100%
• Multiphoton 100%
• Molecular Dissociation 100%
• Photofragmentation 83%
• Intermediate Energy 50%
• Radiative Coupling 50%
• Low Energy 33%
• Molecular Parameters 33%
• Level Structure 33%
• Ladder Model 33%
• Zero Order 16%
• High Energy 16%
• Numerical Simulation 16%
• Intrastate 16%
• Hamiltonian Formalism 16%
• Pulse Duration 16%
• Collision-free 16%
• Power Required 16%
• Saturation Effect 16%
• Anharmonic Oscillator 16%
• Field Intensity 16%
• Specific Applications 16%
• Mixed State 16%
• Multilevel Systems 16%
• Effective Hamiltonian 16%
• Excitation Process 16%
• Polyatomic Molecules 16%
• Vibrational Relaxation 16%
• Pulse Parameters 16%
• Photodissociation 16%
• Off-resonance 16%
• Anharmonicity 16%
• Potential Surface 16%
• Vibrational Energy 16%
• Resonance Theory 16%
• Vibrational States 16%
• Dynamic Stark Shift 16%
• Field Parameters 16%
• Energy Region 16%
• Isotope Shift 16%
• Bond Dissociation Energy 16%
• Energy Redistribution 16%
• Medium-sized Molecules 16%
• High Energy Level 16%
• Molecular Energy Levels 16%

Chemistry

• Ground State 100%
• Anharmonic Oscillator 100%
• Vibrational Relaxation 100%
• Surface Potential 100%
• Photodissociation 100%
• Vibrational State 100%
• Vibrational Energy 100%
• Dissociation Energy 100%
• Resonance Energy 100%
• Anharmonicity 100%

Physics

• Molecular Relaxation 100%
• Photodissociation 100%
• Polyatomic Molecule 100%
• Vibrational State 100%
• Molecular Energy Levels 100%
• Ground State 100%