Influence of surface parameters on dielectric-barrier discharges in argon at subatmospheric pressure - datasetThe provided data describe the discharge current in DBD obtained by fluid modelling using different values of for the secondary electron emission coefficient γ and and the relative permittivity of the dielectric barrier εr in comparison with the measured current at a pressure of 100 mbar and an applied voltage amplitude of 1.8 kV. Furthermore, the dissipated power obtained by model calculations for different values of γ and εr together with the measured power in dependence on the pressure is given.

]]>basic researchPlasma Chemical Processes, Plasma Medicine57853d37-3868-4ded-9be2-b34e108797432020-11-30T13:40:18+01:002021-06-11T12:36:49+02:00enINPInfluence of surface parameters on DBD in argon - current from model (gamma = 0.005)Temporal evolution of the discharge current obtained by modelling for γ = 0.005 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T13:47:59+01:002020-12-02T14:57:01+01:00text/csvcsv87078https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-0Influence of surface parameters on DBD in argon - current from model (gamma = 0.01)Temporal evolution of the discharge current obtained by modelling for γ = 0.01 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:20:47+01:002020-12-02T14:56:51+01:00text/csvcsv87108https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-1Influence of surface parameters on DBD in argon - current from model (gamma = 0.02)Temporal evolution of the discharge current obtained by modelling for γ = 0.02 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:21:57+01:002020-12-02T14:57:53+01:00text/csvcsv39806https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-2Influence of surface parameters on DBD in argon - current from model (gamma = 0.04)Temporal evolution of the discharge current obtained by modelling for γ = 0.04 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:26:22+01:002021-06-11T12:36:49+02:00text/csvcsv39562https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-3Influence of surface parameters on DBD in argon - current from model (gamma = 0.08)Temporal evolution of the discharge current obtained by modelling for γ = 0.08 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:27:27+01:002020-12-02T14:58:37+01:00text/csvcsv39550https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-4Influence of surface parameters on DBD in argon - current from model (epsilon_r = 3.3)Temporal evolution of the discharge current obtained by modelling for εr = 3.3 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:37:36+01:002020-12-02T14:59:21+01:00text/csvcsv87157https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-5Influence of surface parameters on DBD in argon - current from model (epsilon_r = 3.75)Temporal evolution of the discharge current obtained by modelling for εr = 3.75 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:43:22+01:002020-12-02T14:59:43+01:00text/csvcsv87088https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-6Influence of surface parameters on DBD in argon - current from model (epsilon_r = 4.2)Temporal evolution of the discharge current obtained by modelling for εr = 4.2 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:53:47+01:002020-12-02T15:01:29+01:00text/csvcsv87094https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-7Influence of surface parameters on DBD in argon - current from model (epsilon_r = 4.65)Temporal evolution of the discharge current obtained by modelling for εr = 4.65 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:55:10+01:002020-12-02T15:02:07+01:00text/csvcsv104534https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-8Influence of surface parameters on DBD in argon - current from model (epsilon_r = 5.1)Temporal evolution of the discharge current obtained by modelling for εr = 5.1 at a pressure of 100 mbar and using an applied voltage of 1.8 kV.

]]>2020-11-30T14:56:38+01:002020-12-02T15:02:35+01:00text/csvcsv104500https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-9Influence of surface parameters on DBD in argon - current from experimentTemporal evolution of the discharge current obtained from experiment at p = 100 mbar and using an applied voltage amplitude of 1.8 kV.

]]>2020-11-30T15:00:25+01:002020-12-02T15:06:09+01:00text/csvcsv1363622https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-10Influence of surface parameters on DBD in argon - applied voltageTemporal evolution of the measured voltage at p = 100 mbar, applied for modelling of the DBD.

]]>2020-11-30T15:05:54+01:002020-12-02T15:07:23+01:00text/csvcsv22543https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-11Influence of surface parameters on DBD in argon - dissipated power (gamma variation)Dissipated power obtained by model calculations for different values of γ together with the measured power in dependence on the pressure.

]]>2020-11-30T15:23:58+01:002021-06-11T12:36:53+02:00text/csvcsv410https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-12Influence of surface parameters on DBD in argon - dissipated power (epsilon_r variation)Dissipated power obtained by model calculations for different values of εr together with the measured power in dependence on the pressure.

]]>2020-11-30T15:27:41+01:002020-11-30T15:31:10+01:00text/csvcsv571https://www.inptdat.de/dataset/influence-surface-parameters-dielectric-barrier-discharges-argon-subatmospheric-pressure-13DKANhttps://www.inptdat.de