Abstract
The possibility of lasing with the Ne + H2 Penning mixture in the afterglow of a background electron multiplication wave that emerges in the presence of a nanosecond high-voltage pulse with the subnanosecond leading edge across the discharge gap filled with the atmospheric-pressure gas is considered. The needed nonuniformity of the field is created with small-curvature-radius electrodes. It is demonstrated that lasing is possible at a relatively small (several centimeters) length of the active medium.
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