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With the advantages of nonvacuum plasma operation, low gas temperature, mild discharge, high yield of active species, etc., atmospheric-pressure DBDs have shown immense potentials for numerous applications. As a spatially extended dissipated system, atmospheric-pressure DBDs with a large number of freedom degrees possess rich and complex temporal nonlinear behaviors including period doubling bifurcation,...
A symmetrical 1-D self-organized discharge pattern is formed in argon near atmospheric pressure. The electrode is shaped as a circular configuration with a wedge-shaped brim and driven by an ac power supply operating at a frequency of 30 kHz. In this circular electrode configuration, each discharge channel of the pattern is accompanied by two neighboring discharge channels on both sides identically,...
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