Preionization produced by a radio-frequency (RF) discharge near the cathode of a transverse flow electrical-discharge laser is used to initiate spatially diffuse discharge pulses in a Mach 3 flow of CO2-N2-He gas at pressures up to 160 torr. Main discharge uniformity and laser output performance have been determined as a function of pressure and RF discharge characteristics.
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Nichols et al. (1972) studied this question.
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