Accession Number : ADA111896

Title :   Microscopic Theory of Electronic Transitions in Molecular Rate Processes.

Descriptive Note : Final scientific rept.,

Corporate Author : ROCHESTER UNIV NY DEPT OF CHEMISTRY

Personal Author(s) : George,Thomas F

PDF Url : ADA111896

Report Date : Dec 1981

Pagination or Media Count : 11

Abstract : Gas-phase molecular rate processes involving electronic transitions have been studied theoretically, both in the absence (field-free) and in the presence of a laser field. Field-free studies have been carried out for the reaction F + H2 yields HF + H involving the dynamic coupling between two potential energy surfaces. This reaction has also been considered in the presence of a near-infrared laser. Other laser-stimulated gas-phase processes include energy transfer in the Na + Xe collision system, collisional ionization in the He*(1s2s) + Ar system and the spectroscopy of field-dressed quasibound states in the Xe + F system. Laser stimulated processes at a gas-surface interface have been studied, including desorption, migration, predissociation and atom-surface scattering.

Descriptors :   *Lasers, *Near infrared radiation, *Electron microscopy, *Electron transitions, Gases, Electronic states, Molecular properties, Electron spectroscopy, Theory, Processing, Rates, Energy transfer, Potential energy, Collisions, Chemical dissociation, Desorption, Ionization, Migration, Scattering

Subject Categories : Lasers and Masers
      Atomic and Molecular Physics and Spectroscopy

Distribution Statement : APPROVED FOR PUBLIC RELEASE