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Observations of rapidly formed (<50–300 ns) distributed plasma discharges using X-band microwaves in neon with 1 mTorr residual air are presented. A stainless steel cylindrical discharge test chamber, which is enclosed with polycarbonate windows on both ends, is used to observe microwave breakdown in neon gas from 10 to 760 torr. The chamber is illuminated by the output of 25 kW, 0.8 µs pulse-width,...
Observations of rapidly formed (<50−400 ns) distributed plasma discharges using X-band microwaves in Neon with 1 mTorr residual air are presented. A stainless steel cylindrical discharge test chamber is used to observe microwave breakdown at 10 to 760 torr pressures. The chamber is enclosed with polycarbonate windows on both ends and has two side ports. The magnetron illuminates the chamber using...
Preliminary observations of rapidly formed (<50 ns) distributed plasma discharges using X-band microwaves are presented. The following setup establishes the conditions necessary to study complex microwave discharges. The microwave discharge test chamber is an L-band brass rectangular waveguide with polycarbonate windows. The chamber is illuminated by the output of 25 kW, 0.8 µs pulse-width,...
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