Accession Number : ADA189613
Title : Excimer Laser Photolysis Studies of T-V (Translation-to-Vibration) Energy Transfer.
Descriptive Note : Final rept. 21 Dec 84-20 Dec 87,
Corporate Author : COLORADO UNIV AT BOULDER
Personal Author(s) : Leone, Stephen R
PDF Url : ADA189613
Report Date : 21 Dec 1987
Pagination or Media Count : 24
Abstract : Under the previous grant, research has been carried out on translation-to-vibration, rotation (T-V, R) transfer excitation processes and reactive events of photolytically-produced hot atoms which have kinetic energies of 1-3 eV. We describe the past accomplishments of laser and infrared probing in systems such as hydrogen + nitrogen oxide, hydrogen,deuterium + hydrogen fluoride, and collisional dissociation of bromine (B, v', J'). We then discuss recent successful efforts to construct an apparatus to produce even more highly energetic neutral atoms and radicals by laser ablation techniques and the first results in obtaining translationally fast molecular and radical species.
Descriptors : *ENERGY TRANSFER, *EXCIMERS, *LASERS, *PHOTOLYSIS, ABLATION, BROMINE, COLLISIONS, DISSOCIATION, EXCITATION, HYDROGEN, MOLECULES, NITROGEN OXIDES, TRANSFER
Subject Categories : Physical Chemistry
Lasers and Masers
Distribution Statement : APPROVED FOR PUBLIC RELEASE