Plasma Jet Array System (PJAS) Device I
Plasma Source
Plasma-kg
diagnosedUsing
- APNA-370, Horiba Diagnostic Device
- APOA-360, Horiba Diagnostic Device
- AvaSpec 3648, Avantes Diagnostic Device
- TS5, Weidmann Diagnostic Device
- UNIMET 800ST, Bender Diagnostic Device
diagnosedUsing
- Fiber optic temperature (FOT) analysis Diagnostic Method
- Optical Emission Spectroscopy (OES) Diagnostic Method
- Patient leakage current (PLC) measurement Diagnostic Method
- UV absorption spectroscopy Diagnostic Method
generates
- cold atmospheric plasma (CAP) Plasma
- plasma effluent Plasma
hasApplicationField
- Wound healing Application Field
- biomedical applications Application Field
hasConfiguration
- Configuration for PJAS I-1: Device I (homemade integrated circuit, 66 V DC from base unit); Valve Setting 1 (8 ms flushing per channel, 8.2-8.3 ms programming delay); Frequency ~1 MHz; Voltage 3-6 kV ptp; Pressure 1 atm; Argon pre-pressure 5 bar; Argon flow rate 2.5 slm or 5 slm
- Configuration for PJAS I-2: Device I (homemade integrated circuit, 66 V DC from base unit); Valve Setting 2 (30 ms valve opening, 2 ms delay); Frequency ~1 MHz; Voltage 3-6 kV ptp; Pressure 1 atm; Argon pre-pressure 5 bar; Argon flow rate 2.5 slm or 5 slm
hasDeviceType
- plasma jet array system Device Type
hasProperty
hasSpecification
plasmaSourceOf
treats
- chronic wounds Target
- conductive metal mesh Target
- copper plate Target
- dielectric plate Target
- dielectric surface Target
- grounded metallic mesh Target
- non-healing wounds Target
usesMedium
- Ar Medium
- ambient air Medium