Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - measured and calculated dataA time-dependent, spatially one-dimensional fluid-Poisson model has been applied to analyse the impact of small amounts of tetramethylsilane (TMS) on the discharge characteristics of an atmospheric-pressure dielectric barrier discharge (DBD) in argon. Based on an established argon kinetics, it includes a reaction kinetics for TMS, which has been validated by measurements of the ignition voltage at the frequency f = 86.2 kHz for TMS amounts of up to 200 ppm. It is found that good agreement between measured and calculated ignition voltage can be obtained, when assuming that 25 % of the reactions of TMS with excited argon atoms with a rate coefficient of 3.0×10^{−16} m^3/s lead to the production of electrons due to Penning ionization. The dataset contains measured and calculated data for the ignition voltage and discharge current.

]]>DBDplasma modelling/simulationTMSMaterials / Surfaces, Plasma Chemical Processes747f7a1e-861e-4329-a1bb-2695a58b3acb2020-08-12T10:05:30+02:002022-05-11T17:32:36+02:00enINP, IOTElectrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - ignition voltageIgnition voltages U_i obtained by measurements and by modelling using different parameter sets of k_M,Ar∗ and α_PI in dependence on the TMS fraction x. For the measured data the mean values and difference to minimum (Err_min) and maximum (Err_max) values are given.

]]>2020-08-12T10:05:45+02:002020-08-17T13:48:06+02:00text/csvcsv580https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-0Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I model @ 10 ppm, period 20Applied voltage U_a and calculated current vs. relative time for the 20th period and TMS fraction x = 10 ppm.

]]>2020-08-17T12:43:24+02:002020-08-17T12:43:34+02:00text/csvcsv12602https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-1Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I model @ 10 ppm, period 688Applied voltage U_a and calculated current vs. relative time for the 688th period and TMS fraction x = 10 ppm.

]]>2020-08-17T12:45:18+02:002020-08-17T12:45:40+02:00text/csvcsv12603https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-2Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I experiment @ 10 ppmApplied voltage U_a and measured current vs. relative time for TMS fraction x = 10 ppm. Data obtained by the capacitor method (C_m) and shunt resistor method (R_m) are given.

]]>2020-08-17T12:50:59+02:002020-08-17T12:50:59+02:00text/csvcsv417793https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-3Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I model @ 100 ppm, period 20Applied voltage U_a and calculated current vs. relative time for the 20th period and TMS fraction x = 100 ppm.

]]>2020-08-17T12:52:32+02:002020-08-17T12:52:32+02:00text/csvcsv12602https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-4Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I model @ 100 ppm, period 688Applied voltage U_a and calculated current vs. relative time for the 688th period and TMS fraction x = 100 ppm.

]]>2020-08-17T12:53:55+02:002020-08-17T12:55:29+02:00text/csvcsv12603https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-5Electrical characteristics of atmospheric-pressure DBD in argon with small admixtures of TMS - U,I experiment @ 100 ppmApplied voltage U_a and measured current vs. relative time for TMS fraction x = 100 ppm. Data obtained by the capacitor method (C_m) and shunt resistor method (R_m) are given.

]]>2020-08-17T12:56:35+02:002021-06-11T12:36:49+02:00text/csvcsv417792https://inptdat.de/dataset/electrical-characteristics-atmospheric-pressure-dbd-argon-small-admixtures-tms-measured-6DKANhttps://inptdat.de