Investigation of Laser-Induced Plasma Processes

Preliminary results on the hydrodynamics and Stark calculations of the AFGL-LINUS plasma are presented. Also reported is a kinetic analysis based on the most recent spectroscopic temperatures. Various calculations of different aspects of the LINUS plasma are shown. Finally, the codes (EXCEDE/ARTIC)...

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Bibliographic Details
Main Authors: Ip, Precila C, Armstrong, Russell A, Baird, James C
Format: Report
Language:English
Subjects:
Cray computers
EMISSION
HYDRODYNAMIC CODES
HYDRODYNAMICS
INFRARED RADIATION
KINETICS
Laser produced plasmas
LASERS
OXYGEN
PE62101F
Plasma Physics and Magnetohydrodynamics
PLASMAS(PHYSICS)
Rydberg state
STARK EFFECT
WUAFGL767010AL
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Summary:Preliminary results on the hydrodynamics and Stark calculations of the AFGL-LINUS plasma are presented. Also reported is a kinetic analysis based on the most recent spectroscopic temperatures. Various calculations of different aspects of the LINUS plasma are shown. Finally, the codes (EXCEDE/ARTIC) which have potential applications to LABCEDE are discussed. Keywords: Infrared emissions; Oxygen plasma, Rydberg states, Nuclear effects. Prepared in cooperation with Mission Research Corp., Nashua, NH, Rept. no. MRC-NSH-R-0002 and Brown Univ.