Benchmark data for fluid modelling of low-pressure CCRF discharge plasmasThe dataset contains data from comparative studies of capacitively coupled radio-frequency (CCRF) discharges in helium and argon at pressures between 10 and 80 Pa applying two different fluid modeling approaches as well as two independently developed particle-in-cell Monte Carlo collision (PIC-MCC) codes. The dataset provides a test bed for future studies of simple ccrf discharge configurations in helium and argon at pressures ranging from 10 to 80 Pa.

]]>benchmark dataplasma modelling/simulationPlasma Chemical Processes60dbcdd4-8be4-4f41-896c-e725bdb37fe22019-06-14T13:41:07+02:002021-06-11T12:36:53+02:00enINPBenchmark data for CCRF discharge plasmas - time averaged ion density (argon, 20 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in argon at a gas pressure of 20 Pa.

]]>2019-06-18T15:25:21+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/ceb3f641-fa38Benchmark data for CCRF discharge plasmas - time averaged ion density (argon, 40 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in argon at a gas pressure of 40 Pa.

]]>2019-06-18T15:36:45+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/0276f0b1-b839Benchmark data for CCRF discharge plasmas - time averaged ion density (argon, 80 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in argon at a gas pressure of 80 Pa.

]]>2019-06-18T15:37:56+02:002021-06-11T12:36:53+02:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/5d2db3a0-78edBenchmark data for CCRF discharge plasmas - time averaged ion density (helium, 10 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in helium at a gas pressure of 10 Pa.

]]>2019-06-18T15:39:38+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/70bb6a33-a2b3Benchmark data for CCRF discharge plasmas - time averaged ion density (helium, 20 Pa) This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in helium at a gas pressure of 20 Pa.

]]>2019-06-18T15:40:50+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/45a84df9-3f12Benchmark data for CCRF discharge plasmas - time averaged ion density (helium, 40 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in helium at a gas pressure of 40 Pa.

]]>2019-06-18T15:42:51+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/b7e0877d-031eBenchmark data for CCRF discharge plasmas - time averaged ion density (helium, 80 Pa)This data table includes the time-averaged ion density profiles between the electrodes as obtained from the two different PIC-MCC simulation codes (PIC-ITAP and PIC-INP), and the two different fluid models (DDAn and DDA53) in helium at a gas pressure of 80 Pa.

]]>2019-06-18T15:44:02+02:002020-02-14T19:37:42+01:00text/csvcsv7235https://inptdat.de/dataset/benchmark-data-fluid-modelling-low-pressure-ccrf-discharge-plasmas/resource/3c428028-5fdcDKANhttps://inptdat.de