Photodissociation of RNCS and RSCN (R=H, CH₃, C ₂H₅): Evidence for an excited state isomerization and energy deposition in the NCS product

INIS

• molecules 100%
• excited states 100%
• energy deposition 100%
• isomerization 100%
• lasers 66%
• levels 66%
• populations 66%
• spin 66%
• dissociation 66%
• orbits 66%
• fluorescence 33%
• probes 33%
• comparative evaluations 33%
• production 33%
• dynamics 33%
• barriers 33%
• excitation 33%
• spectra 33%
• relaxation 33%
• photons 33%
• precursor 33%
• population inversion 33%
• bending 33%
• fluorescence spectroscopy 33%
• isomers 33%
• hydrogen 5 33%
• vibrational states 33%
• thiocyanates 33%
• isothiocyanates 33%

Chemistry

• Photodissociation 100%
• Isomerization 100%
• Excited State 100%
• Energy 100%
• Molecule 100%
• Chemical Reaction Product 100%
• Dissociation 66%
• Laser Induced Fluorescence Spectroscopy 66%
• Concentration 66%
• Reaction Temperature 66%
• Vibrational Level 33%
• Compound Isomer 33%
• Fluorescence Spectrum 33%
• Vibrational State 33%
• Thiocyanate 33%
• Collisional Relaxation 33%
• Isothiocyanate 33%
• Procedure 33%
• Probe 33%
• Spectra 33%
• Amount 33%
• Inversion 33%