A many-body approach to motecuhr collisions is applied to the L~icuhtion of vibrational-rotational transition probtlbilities of ionsstztttered from linear triztomic molecules\_ The system Li+-CO2 has been chosen in order to comprtre the theoretical predictions with e..perimental resultr Good amment
Vibrational energy transfer in collinear COCO collisions in the presence of an infrared laser beam
✍ Scribed by Bhupat Sharma; Man Mohan
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 398 KB
- Volume
- 118
- Category
- Article
- ISSN
- 0009-2614
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✦ Synopsis
A simple approximate method for the vlbradon-vibration (V-V) energy-transrer process dunng coILnear collision of LWO CO molecules in the presence of an mrrared laser beam usmg a quasi-energy approach (non-perturbarive) is presented-The efrecl of radiation on V-V process is investigated by changing molecular kld detunrng and power Tar various values or wllision velocities.
📜 SIMILAR VOLUMES
The Floquet method (non-perturbative) is used to investigate the multiphoton vibration-rotation excitation of the OH molecule in the presence of an infrared laser beam. A number of interesting features, such as line broadening and the dynamic Stark shift, are studied as a function of laser intensity
Cross sechons for vibrallonal clckmon of C02(rr1rr,hnj) III colhs~ons with 0(3P) xc crlcuhtcd for rcbt~vc colbs~on energies of 1.040 eV by lhc vibrational close-couplinE rotational mfmltc order sudden method. Results UC compared with recently pubhshed quasiclassicll trajectory results
Viiyl acetic and pyruvx acuis have been shown to undergo multxphoton mfrared mduced decarbovylatlon reactIons The CO\* extruded from both species has been shown, SKI infiared emissxon studies, to contam a sigqficant amount of vibrational excitation.