Publication | Closed Access
Comparative study of diffuse barrier discharges in neon and helium
84
Citations
19
References
2005
Year
Cold Atmospheric PlasmaElectrical EngineeringDiffuse Barrier DischargesAlumina LayerMetal ElectrodesPhysicsDischarge GapEngineeringGlow DischargeApplied PhysicsTransport PhenomenaGas Discharge PlasmaNonthermal PlasmaPlasma ApplicationElectrical Insulation
Diffuse dielectric barrier discharges in neon and helium at atmospheric pressure were studied. The discharges were generated between two metal electrodes, both covered by an alumina layer and driven by ac voltage of frequency 10 kHz. The discharge gap was 2.2 mm and 5 mm, respectively.
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