Abstract
A CO 2 TEA laser is excited by a preionized discharge through dielectric electrodes with single pulse durations of 100-300 ns (FWHM). For constant input energy, output energy and efficiency are found to increase with pulse duration giving rise to a maximum enhancement of approximately 20 percent over the range tested. An output comparable to metallic electrode devices was obtained. Optimum performance was achieved for a total circuit inductance on the order of 2μH.
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