Handbook of Chemical LasersRolf W. F. Gross, Jerry F. Bott |
Contents
Kinetics of HydrogenHalide Chemical Lasers | 34 |
Pumping Reactions | 47 |
References | 87 |
Copyright | |
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active addition approximately assumed atoms beam boundary calculations cavity Chem chemical lasers combustor compared constant coupling deactivation dependence determined diffusion discussed distribution effect efficiency energy equations excited exit experimental experiments factor field Figure flow fluorine fuel function gain given heat hydrogen important increase indicate initial injected intensity laminar lasing Lett levels limit loss maximum measured medium mirror mixing mixing layer mode molecules nozzle observed obtained occurs operation optical output oxidizer parameters performance phase Phys predicted present pressure processes produced pulse pumping rate coefficients ratio reaction Reference reflectivity region relative relaxation reported resonator rotational shock shown shows solution studies supersonic Table technique temperature theoretical tion Torr transfer transition transverse turbulent unstable resonator various vibrational zone