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A NEW DIAGNOSTIC BASED ON BREMSSTRAHLUNG ANALYSIS FOR
CHARACTERIZATION OF AN RF PLASMA FOR THE TREATMENT
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anode Appl applied arc current arc plasma argon atomic avalanche pulse axial axis breaker calculated cathode characteristics charge circuit circuit breakers coefficient corona discharge current density current pulse decrease dependence determined diagnostics diameter diffusion discharge current distance distribution electric field electron avalanche electron density electron temperature emission energy equation excimer excimer laser excitation Experimental set-up experiments field gap Fig.l Figure frequency fullerenes function gas pressure glow heating increases intensity investigated ion current ionization Langmuir probe laser beam lines magnetic field maximum mbar measured method microwave mixture negative ions nitrogen nozzle number density observed obtained optical ozone particles photon Phys Physics plasma accelerators plasma jet plasma parameters Plasma Physics potential presented probe radiation radius region resonance sheath shown in Fig simulation spatial spectral spectroscopic spectrum spot streamer surface target thermal tube vacuum arc velocity voltage wave waveform wavelength X-ray