The effect of preheated nitrogen on the available laser specific energy is examined for two classes of combustion-driven gasdynamic lasers (GDLs). The analysis combines a nonequilibrium model of the relevant GDL processes with a simplified nondissociating combustion model handling a variety of candidate GDL fuels. For a more comprehensive evaluation of the capabilities of preheating, an optimization routine is added to the combined laser/combustion models. The effectiveness of preheating to enhance laser specific energy is demonstrated, although preheating may impose unacceptable hardware requirements. The application of numerical optimization techniques appears to offer a means to improve laser design.
Preheated, combustion-driven gasdynamic lasers
Aerospace Sciences Meeting ; 1976 ; Washington, DC
1976-01-01
Conference paper
No indication
English
Preheated, combustion-driven gasdynamic lasers
AIAA | 1976
|Prehated, Combustion-Driven Gasdynamic Lasers
AIAA | 1976
|AIAA | 1971
|AIAA | 1971
|NTIS | 1971
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