Theoretical study on the nonadiabatic transitions in the photodissociation processes of Cl₂

Chemical Compounds

• Amount 18%
• Angular Momentum 63%
• Anisotropy 41%
• Electronic Transition 46%
• Excited State 35%
• Ground State 34%
• Photodissociation 100%
• Potential Energy 44%
• Reaction Yield 17%
• Wavelength 62%

Physics & Astronomy

• absorption spectra 16%
• angular momentum 18%
• anisotropy 13%
• atoms 11%
• configuration interaction 22%
• curves 12%
• electronics 11%
• excitation 10%
• ground state 14%
• interference 14%
• moments 15%
• orbits 15%
• photodissociation 93%
• potential energy 18%
• products 28%
• slits 20%
• transition probabilities 22%
• wavelengths 20%