Plasma-kg

consistsOf

• argon species 
• atomic Ar+ 
• charge carriers 
• electrons 
• excimers 
• metastable argon atoms 
• molecular Ar2+ ions 
• streamer breakdown phase  Plasma
• streamer discharge  Plasma
• transient glow phase  Plasma

describedIn

• Upscaling from single- to multi-filament dielectric barrier discharges in pulsed operation - Dataset  Dataset

diagnosedUsing

• Andor iStar DH734-18U-A3  Diagnostic Device
• Hamamatsu C5680-21C  Diagnostic Device
• Tektronix DPO 7254C  Diagnostic Device
• Tektronix P6015A  Diagnostic Device
• custom-build 50 Ω resistor  Diagnostic Device
• long-distance microscope  Diagnostic Device

diagnosedUsing

• Electrical Measurements  Diagnostic Method
• Fluid-Poisson Model  Diagnostic Method
• ICCD Imaging  Diagnostic Method
• Optical diagnostics  Diagnostic Method
• Plasma Chemical Model  Diagnostic Method
• current measurement  Diagnostic Method
• streak camera imaging  Diagnostic Method
• time-dependent and spatially two-dimensional fluid-Poisson model  Diagnostic Method
• voltage measurement  Diagnostic Method

generatedBy

• Single-Filament DBD (Model)  Plasma Source
• multi-filament DBD  Plasma Source
• single-filament dielectric barrier discharge (DBD)  Plasma Source

hasProperty

• DBD properties: AC, low frequency, medium pressure, atmospheric pressure, non-thermal 
• local spatial maxima and minima in charged and excited particle densities 
• more pronounced during the positive polarity 

involvedIn

• Formation mechanisms of striations in a filamentary dielectric barrier discharge in atmospheric pressure argon  Plasma Study
• Impact of the electrode proximity on the streamer breakdown and development of pulsed dielectric barrier discharges  Plasma Study
• Upscaling from single- to multi-filament dielectric barrier discharges in pulsed operation  Plasma Study