Energy-dependent quantum-state-resolved relaxation of highly vibrationally excited pyridine (E_vib = 36 990-40 200 cm^-1) through collisions with CO₂

Chemical Compounds

• Collision 78%
• Pyridine 56%
• Rotational Energy 49%
• Translational Energy 46%
• Internal Energy 42%
• Energy Transfer 38%
• Collisional Relaxation 19%
• Wavelength 16%
• Energy 16%
• Donor 15%
• Vibrational Energy 14%
• Distribution Function 13%
• IR Absorption 13%
• Pyrazine 12%
• Molecule 11%
• Absorption Spectroscopy 10%
• Electronic State 8%
• Amount 4%

Physics & Astronomy

• pyridines 100%
• collisions 51%
• energy transfer 37%
• internal energy 36%
• energy 23%
• molecules 18%
• pyrazines 16%
• probability distribution functions 13%
• deactivation 12%
• ultraviolet lasers 12%
• wavelengths 10%
• absorption spectroscopy 10%
• baths 10%
• energy distribution 9%
• pulsed lasers 9%
• quenching 9%
• high resolution 6%
• decay 6%
• electronics 5%
• excitation 5%