High Frequency (HF) Plasma Jet Plasma Source

Plasma-kg

consistsOf

Mass flow controllers, Brooks Instruments Diagnostic Device
copper electrodes
quartz tube

diagnosedUsing

CM-100-L, Ion Physics Corporation Diagnostic Device
HR-4000CG-UV-NIR, Ocean Optics Diagnostic Device
Tektronix P6015A Diagnostic Device
WaveJet 354A, Teledyne LeCroy Diagnostic Device

diagnosedUsing

OES Diagnostic Method

generates

Non-Thermal Plasma Plasma
core plasma Plasma

hasApplicationField

Reactive Species Generation Application Field

hasConfiguration

Configuration for kHz plasma jet: Voltage: 18.3 ± 0.2 kV (peak-to-peak); Frequency: 24.9 kHz; Return current: 4 - 7 mA; Distance between electrodes: 20 mm; Distance from nozzle to sample: 10 mm; Reactor flush time: 20 s; Plasma exposure time: 60 s; Total feed gas flow: 2 L/min

hasDescription

Configuration for kHz plasma jet: Voltage: 18.3 ± 0.2 kV (peak-to-peak); Frequency: 24.9 kHz; Return current: 4 - 7 mA; Distance between electrodes: 20 mm; Distance from nozzle to sample: 10 mm; Reactor flush time: 20 s; Plasma exposure time: 60 s; Total feed gas flow: 2 L/min

hasDeviceType

Plasma Jet Plasma Source Type

hasExperiencedAgent

hasSpecification

Specification for kHz plasma jet: AC, low frequency, atmospheric pressure, non-thermal

plasmaSourceOf

High-speed thermal microscopy of plasma microprinting at atmospheric pressure Plasma Study
Non-thermal plasma in contact with water: The origin of species Plasma Study

treats

100 mM solution of a spin trap Target
60 mM aqueous solutions of TEMP Target
D2O Target
H2O Medium
H2O2 Target
H2SO4 Target
H2¹⁷O Target
H2¹⁸O Target
NaN3 Target
PBN Target
TEMP Target
TEMPO Target
cinnamoyl chloride Target
liquid sample Target
sodium tosylate Target

usesMaterialEntity

PVM500 Plasma Resonant and Dielectric Barrier Corona Driver, Information Unlimited Device

usesMedium

H2O Medium
He Medium
dry helium Medium
feed gas of helium Medium
oxygen Medium
water admixtures Medium
water-saturated helium Medium