Self-organized filaments, striations and other nonuniformities in nonthermal atmospheric microwave excited microdischarges
Felipe Iza
Jeffrey A. Hopwood
2134/3213
https://repository.lboro.ac.uk/articles/journal_contribution/Self-organized_filaments_striations_and_other_nonuniformities_in_nonthermal_atmospheric_microwave_excited_microdischarges/9562085
Self-organized filaments, stationary striations, and
spherical nonuniformities have been observed in atmospheric
argon microdischarges sustained within a 120-µm gap between
two coplanar electrodes. The microdischarges are driven by opposite
ends of a half-wave split-ring resonator constructed using
microstrip transmission lines. The microdischarge generator
operates at 900 MHz using 0.5–2 W of power.
2008-02-22 16:32:46
Filaments
Microplasma
Microwave plasma
Split-ring resonator
Striations
Mechanical Engineering not elsewhere classified