Electron swarm parameters in C2H4 - measurements and kinetic calculations Plasma Study

Plasma-kg

conductedBy

consistsOf

Kinetic calculations of electron swarm parameters in C2H4

hasMedium

C2H4 (ethylene) Medium

hasOutput

Electron swarm parameters in C2H4 - measurements and kinetic calculations Dataset

hasPlasmaSource

scanning drift tube apparatus Plasma Source

hasTopic

basic research Application Field
bulk drift velocity Research Topic
bulk longitudinal component of the diffusion tensor Research Topic
bulk transversal component of the diffusion tensor Research Topic
effective ionization frequency Research Topic
effective steady-state Townsend ionization coefficient Research Topic
electron swarm parameters Research Topic
electron transport Research Topic
flux drift velocity Research Topic

investigates

electron production

involves

electron swarm Plasma
ultraviolet laser Device

usesConfiguration

Configuration for scanning drift tube apparatus: Time-of-flight (TOF) experiment; ultraviolet laser light pulse: 1.7 µJ, 5 ns; cathode: Mg disk on a stainless steel electrode with 105 mm diameter; detector: grounded nickel mesh and stainless steel electrode 1 mm behind it; drift length: 7.8 to 58.3 mm; reduced electric field (E/N): 1 to 1790 Td; base pressure: ~1 x 10^-7 mbar; working gas pressure: 5 to 1000 Pa; averaging: 20000 to 150000 pulses

usesDevice

BK Precision 9185B, BK Precision Device
HCA-400M, Femto Diagnostic Device
Pfeiffer CMR 362, Pfeiffer Vacuum Diagnostic Device
Picoscope 6403B, Pico Technology Diagnostic Device
computer Diagnostic Device
detector Diagnostic Device
photodiode Diagnostic Device
rotary pump Device
scanning drift tube apparatus Plasma Source
turbomolecular pump Device
ultraviolet laser Device
vacuum chamber Device

usesMaterialEntity

C2H4 (ethylene) Medium

usesMethod

Monte Carlo simulation Diagnostic Method
electron Boltzmann calculation Diagnostic Method
fitting procedure Diagnostic Method
kinetic simulation Diagnostic Method
swarm map recording Diagnostic Method