152 files in this archive

• Fig8/
• Fig8/8_wall_60_63e-3_61_5_Kuh21_3kv200ns_VDF.jpg
• Fig8/8_wall_60_63e-3_61_5_Kuh21_3kv200ns_VDF.pdf
• Fig8/Fig8_make_plot_paper4_VDF8_Yaxis.m
• Fig8/initialization.m
• Fig8/parameters_pulsed.m
• Fig8/RouteRemark.txt
• Fig8/0_data_A1_A2/
• Fig8/0_data_A1_A2/importfile.m
• Fig8/0_data_A1_A2/importpower.m
• Fig8/0_data_A1_A2/import_a2data.m
• Fig8/0_data_A1_A2/neededParameterForBenchmarking.mat
• Fig8/0_data_A1_A2/power.txt
• Fig8/0_data_A1_A2/SimParameters.m
• Fig8/0_data_A1_A2/SimParametersP.m
• Fig8/0_data_A1_A2/200228_2/
• Fig8/0_data_A1_A2/200228_2/time_evolution_current
• Fig8/0_data_A1_A2/200228_2/time_evolution_energy
• Fig8/0_data_A1_A2/200228_2/time_evolution_num_quanta
• Fig8/0_data_A1_A2/200228_2/time_evolution_T01
• Fig8/0_data_A1_A2/200228_2/time_evolution_T1U
• Fig8/0_data_A1_A2/200228_2/time_evolution_Trot
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=0
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=1
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=2
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=3
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=4
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=5
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=6
• Fig8/0_data_A1_A2/200228_2/time_evolution_v=7
• Fig8/0_data_A1_A2/200228_2/time_evolution_vib_energy
• Fig8/0_data_A1_A2/200228_2/time_evolution_voltage
• Fig8/0_data_A1_A2/210504/
• Fig8/0_data_A1_A2/210504/importfile1.m
• Fig8/0_data_A1_A2/210504/Nv_3kV_200ns.csv
• Fig8/0_data_A1_A2/210504/Nv_3kV_250ns.csv
• Fig8/0_data_A1_A2/210504/Nv_4kV_200ns.csv
• Fig8/0_data_A1_A2/210504/Screenshot from 2021-05-07 17-38-57.png
• Fig8/0_data_A1_A2/220628_Kuh21_2/
• Fig8/0_data_A1_A2/220628_Kuh21_2/get_n_Te.m
• Fig8/0_data_A1_A2/220628_Kuh21_2/ne_1_3kv200ns.csv
• Fig8/0_data_A1_A2/220628_Kuh21_2/ne_2_3kv250ns.csv
• Fig8/0_data_A1_A2/220628_Kuh21_2/ne_3_4kv200ns.csv
• Fig8/0_data_A1_A2/220628_Kuh21_2/Screenshot from 2022-06-28 12-16-07.png
• Fig8/InputFolder/
• Fig8/InputFolder/elasticCollisions.csv
• Fig8/InputFolder/elasticCollisions_previous.csv
• Fig8/InputFolder/initialValues_pulsed.csv
• Fig8/InputFolder/InitialValue_change.m
• Fig8/InputFolder/InputFile_pulsed.txt
• Fig8/InputFolder/ionWallReactions.csv
• Fig8/InputFolder/lokinames.csv
• Fig8/InputFolder/lokinames_comment.csv
• Fig8/InputFolder/neutralWallReactions.csv
• Fig8/InputFolder/reactions.csv
• Fig8/InputFolder/reactions_previous.csv
• Fig8/InputFolder/species.csv
• Fig8/InputFolder/speciesProperties.csv
• Fig8/InputFolder/reactionPreparation/
• Fig8/InputFolder/reactionPreparation/backwards/
• Fig8/InputFolder/reactionPreparation/backwards/ev-temp.csv
• Fig8/InputFolder/reactionPreparation/backwards/neededParameterForBenchmarking.mat
• Fig8/InputFolder/reactionPreparation/backwards/vv_N2N2inv.csv
• Fig8/InputFolder/reactionPreparation/backwards/vv_z_F.asv
• Fig8/InputFolder/reactionPreparation/backwards/vv_z_F.m
• Fig8/InputFolder/reactionPreparation/forward/
• Fig8/InputFolder/reactionPreparation/forward/ev-temp.csv
• Fig8/InputFolder/reactionPreparation/forward/vv_N2N2.csv
• Fig8/InputFolder/reactionPreparation/forward/vv_z_F.m
• Fig8/Output/
• Fig8/Output/N2Pulsed/
• Fig8/Output_6_1_0/
• Fig8/Output_6_1_0/N2Pulsed/
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_4.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_5.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseoff_6.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_1_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_1_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_1_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_2_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_2_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_2_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_3_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_3_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_3_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_4_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_4_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_4_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_5_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_5_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_5_3.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_6_1.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_6_2.mat
• Fig8/Output_6_1_0/N2Pulsed/Pulseon_6_3.mat
• Fig8/Output_6_1_0/N2Pulsed/results.mat
• Fig8/Output_6_2_3e_3/
• Fig8/Output_6_2_3e_3/N2Pulsed/
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_4.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_5.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseoff_6.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_1_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_1_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_1_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_2_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_2_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_2_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_3_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_3_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_3_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_4_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_4_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_4_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_5_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_5_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_5_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_6_1.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_6_2.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/Pulseon_6_3.mat
• Fig8/Output_6_2_3e_3/N2Pulsed/results.mat
• Fig8/Output_6_4_1/
• Fig8/Output_6_4_1/N2Pulsed/
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_4.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_5.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseoff_6.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_1_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_1_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_1_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_2_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_2_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_2_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_3_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_3_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_3_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_4_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_4_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_4_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_5_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_5_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_5_3.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_6_1.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_6_2.mat
• Fig8/Output_6_4_1/N2Pulsed/Pulseon_6_3.mat
• Fig8/Output_6_4_1/N2Pulsed/results.mat