Accession Number : ADA298804
Title : Rare Gas Excimer Emission from a Discharge Excited Supersonic Gas Expansion.
Descriptive Note : Final rept.,
Corporate Author : INDIANA UNIV-PURDUE UNIV AT FORT WAYNE
Personal Author(s) : Masters, Mark F.
PDF Url : ADA298804
Report Date : 26 SEP 1995
Pagination or Media Count : 8
Abstract : To improve the experimental system to increase the plenum pressure, improve the detection system and speed of data acquisition will require certain additional items. a turbo molecular pump for the vacuum monochromator, a small roots blower to increase the pumping speed of the chamber. In addition, a pulsed laser system, such as a Nd:YAG laser would be usefull to replace the diode lasers. During the past year I have been set up the apparatus for studying rare gas excimer emission from a discharge excited supersonic gas expansion. We have constructed the primary apparatus. This has included the design and construction of a vacuum chamber, several expansion nozzles and gas handling system, external cavity laser diode systems, and the design of interface software. I have completed each individual component of the system. The remaining work is to set up the new monochromator vacuum system and then start acquiring data.
Descriptors : *EXCIMERS, VELOCITY, LASER PUMPING, YAG LASERS, EMISSION SPECTRA, SEMICONDUCTOR LASERS, SEMICONDUCTOR DIODES, PULSED LASERS, VACUUM CHAMBERS, GASES, VACUUM APPARATUS, DATA ACQUISITION, EXPANSION, NEODYMIUM LASERS, RARE GASES, PLENUM CHAMBERS, DOUBLE EXPANSION NOZZLES, MONOCHROMATORS.
Subject Categories : Lasers and Masers
Distribution Statement : APPROVED FOR PUBLIC RELEASE