consistsOf
- Ar Medium
- argon Medium
- argon ions
- electrons
- evaporated tungsten atoms
- tungsten ions
Thermal Plasma
Plasma
Plasma-kg
diagnosedUsing
- Acton SP2500, Princeton Instruments Diagnostic Device
- Model 575, BNC Diagnostic Device
- MotionPro Y4 Diagnostic Device
- PI-MAX2, Princeton Instruments Diagnostic Device
- tungsten strip lamp Diagnostic Device
diagnosedUsing
- Boundary Layer Model Diagnostic Method
- MHD simulation Method
- Microarc Model Diagnostic Method
- Optical Emission Spectroscopy (OES) Diagnostic Method
- discrete ordinate method Diagnostic Method
- fully non-equilibrium model of the arc plasma Method
- method of spherical harmonics Diagnostic Method
- net emission coefficient Diagnostic Method
generatedBy
- DC arc Plasma Source
- Oerlikon Metco F4MB-XL Plasma Source
- tungsten-inert gas arrangement Plasma Source
hasApplicationField
- Thermal Plasma Technology Application Field
hasProperty
- Properties of the free-burning arc model: 2D axisymmetric computational domain, La-W cathode with a length of 20 mm, a radius of 2 mm, and a truncated 60° conical tip (a plateau radius of 0.2 mm), water-cooled copper anode with a radius of 33 mm and a thickness of 7 mm, distance between the cathode tip and the anode is 8 mm, direct current of 100 A.
- Thermal plasma in the state of LTE
involvedIn
- Comparative studies on the radiative heat transfer in arc plasma and its impact in a model of a free-burning arc in argon Plasma Study
- Effect of a bidirectional coupling of an LTE arc column to a refractory cathode in atmospheric pressure argon Plasma Study
- Modelling and experimental evidence of the cathode erosion in a plasma spray torch Plasma Study