conductedBy
- Baeva, Margarita Person
- Cressault, Yann Person
- Kloc, Petr Person
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
Plasma-kg
hasMedium
hasOutput
hasPlasmaSource
- tungsten-inert gas arrangement Plasma Source
hasTopic
- DOM approach Research Topic
- Hybrid mean value Research Topic
- P1 approach Research Topic
- Planck mean value Research Topic
- Rosseland mean value Research Topic
- Thermal Plasma Technology Application Field
- radiative heat transfer in arc plasma Research Topic
investigates
involves
- Arc Plasma Plasma
- Thermal Plasma Plasma
- free-burning arc Plasma
- water-cooled copper plate
usesConfiguration
- Configuration for method of spherical harmonics: first order, P1
- Configuration for net emission coefficient method: R = 1 mm
- Configuration for tungsten-inert gas arrangement: DC, atmospheric pressure, thermal, La-W cathode (length: 20 mm, radius: 2 mm, tip: 60° conical with 0.2 mm plateau radius), water-cooled copper anode (radius: 33 mm, thickness: 7 mm), cathode-anode distance: 8 mm, current: 100 A, Ar flow rate: 12 slm, nozzle inner radius: 8 mm
usesMethod
- discrete ordinate method Diagnostic Method
- method of spherical harmonics Diagnostic Method
- net emission coefficient Diagnostic Method