Plasma-kg

consistsOf

• atmospheric pressure Townsend discharge (APTD)  Plasma
• electrons 
• intermediate filament  Plasma
• neutral and charged heavy particles 
• positive ions 

describedIn

• Exploring the mechanisms leading to diffuse and filamentary modes in dielectric barrier discharges in N2 with N2O admixtures - Dataset  Dataset
• Influence of surface parameters on dielectric-barrier discharges in argon at subatmospheric pressure - dataset  Dataset

diagnosedUsing

• Andor iStar DH734-18U-A3  Diagnostic Device
• Hamamatsu C5680-21C  Diagnostic Device
• MDO3052, Tektronix  Diagnostic Device
• MagneLab CT-F2.5 BNC  Diagnostic Device
• PHV 4002-3, dataTec  Diagnostic Device
• Questar QM100  Diagnostic Device
• TCP0030, Tektronix Inc.  Diagnostic Device
• Tektronix DPO 7254C  Diagnostic Device
• Tektronix DPO4104  Diagnostic Device
• Tektronix P6015A  Diagnostic Device

diagnosedUsing

• Electrical Measurements  Diagnostic Method
• Fluid-Poisson Model  Diagnostic Method
• ICCD Imaging  Diagnostic Method
• current measurement  Diagnostic Method
• fluid modelling  Diagnostic Method
• streak camera imaging  Diagnostic Method
• voltage measurement  Diagnostic Method

generatedBy

• Dielectric Barrier Discharge (DBD)  Plasma Source
• compact DBD reactor  Plasma Source
• symmetric double-sided DBD arrangement  Plasma Source

hasProperty

• Investigated properties of the dielectric barrier discharges: structure and spatio-temporal development 
• Properties of Ar, TMS: Gas temperature: 300 K; Pressure: 1 atm; Gas mixture: Ar + 0 to 200 ppm TMS 
• Properties of the dielectric-barrier discharge: discharge current, dissipated power 

involvedIn

• Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - measured and calculated data  Plasma Study
• Exploring the mechanisms leading to diffuse and filamentary modes in dielectric barrier discharges in N2 with N2O admixtures  Plasma Study
• Influence of surface parameters on dielectric-barrier discharges in argon at subatmospheric pressure  Plasma Study
• Numerical modelling of a single-filament DBD in N2/N2O 
• Theoretical description and analysis of the investigated DBD