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Kinetics of HydrogenHalide Chemical Lasers
Optical Aspects of Chemical Lasers
12 other sections not shown
activation energy active medium Aerospace Appl beam quality boundary layers calculations Chem chemical lasers chemical-laser chemiluminescence closed-cavity collision combustor confocal unstable cw HF cw HF/DF deactivation diffraction diffusion diluent dissociation efficiency Electron emission equations excited exothermic experimental experiments F atoms far-field fluorine Fresnel number gain medium HF laser HF(u HF/DF hydrogen halides IEEE initial injected intensity distribution inversion J. C. Polanyi kcal/mol kinetics laminar laser medium lasing Lett maximum measured mirror mixing layer molecules multiline near-field intensity nozzle nozzle exit obtained operation optical optical cavity oscillator output beam OUTPUT COUPLER output power oxidizer parameters phase Phys plenum population inversion predicted pressure produced pulse pumping reaction rate coefficients ratio reactants region relaxation rotational Section shock shown in Fig small-signal gain supersonic Table technique temperature tion Torr transitions transverse modes tube turbulent unstable cavity unstable resonator vibrational levels wavelength