"Journal of Physics D-Applied Physics" . "Takana, H." . "K\u0159enek, Petr" . "6"^^ . "10.1088/0022-3727/44/43/435204" . . "Jeni\u0161ta, Ji\u0159\u00ED" . . . "hybrid-stabilized electric arc; mass flow rate; net emission coefficients; partial characteristics; Mach number; shock diamonds"@en . . "205141" . "Integrated parametric study of a hybrid-stabilized argon\u2013water arc under subsonic, transonic and supersonic plasma flow regimes"@en . "44" . . "10"^^ . "[22E43D0C40DC]" . . . . . "0022-3727" . "This paper presents a numerical investigation of characteristics and processes in the worldwide unique type of thermal plasma generator with combined stabilization of arc by argon flow and water vortex, the so-called hybrid-stabilized arc. The arc has been used for spraying of ceramic or metallic particles and for pyrolysis of biomass. The net emission coefficients as well as the partial characteristics methods for radiation losses from the argon\u2013water arc are employed. Calculations for 300\u2013600A with 22.5\u201340 standard litres per minute (slm) of argon reveal transition from a transonic plasma flow for 400A to a supersonic one for 600A with a maximum Mach number of 1.6 near the exit nozzle of the plasma torch. A comparison with available experimental data near the exit nozzle shows very good agreement for the radial temperature profiles. Radial velocity profiles calculated 2mm downstream of the nozzle exit show good agreement with the profiles determined from the combination" . "Hrabovsk\u00FD, Milan" . . . . "Sember, Viktor" . . "Kavka, Tetyana" . . "This paper presents a numerical investigation of characteristics and processes in the worldwide unique type of thermal plasma generator with combined stabilization of arc by argon flow and water vortex, the so-called hybrid-stabilized arc. The arc has been used for spraying of ceramic or metallic particles and for pyrolysis of biomass. The net emission coefficients as well as the partial characteristics methods for radiation losses from the argon\u2013water arc are employed. Calculations for 300\u2013600A with 22.5\u201340 standard litres per minute (slm) of argon reveal transition from a transonic plasma flow for 400A to a supersonic one for 600A with a maximum Mach number of 1.6 near the exit nozzle of the plasma torch. A comparison with available experimental data near the exit nozzle shows very good agreement for the radial temperature profiles. Radial velocity profiles calculated 2mm downstream of the nozzle exit show good agreement with the profiles determined from the combination"@en . . . "Bartlov\u00E1, M." . . "20"^^ . "Ma\u0161l\u00E1ni, Alan" . "I, P(GAP205/11/2070), Z(AV0Z20430508)" . . . . . "RIV/61389021:_____/11:00365671!RIV12-AV0-61389021" . "GB - Spojen\u00E9 kr\u00E1lovstv\u00ED Velk\u00E9 Brit\u00E1nie a Severn\u00EDho Irska" . "43" . "Integrated parametric study of a hybrid-stabilized argon\u2013water arc under subsonic, transonic and supersonic plasma flow regimes" . . "Integrated parametric study of a hybrid-stabilized argon\u2013water arc under subsonic, transonic and supersonic plasma flow regimes"@en . "RIV/61389021:_____/11:00365671" . . "Integrated parametric study of a hybrid-stabilized argon\u2013water arc under subsonic, transonic and supersonic plasma flow regimes" . . "Kavka, Tetyana" . "Nishiyama, H." . "000296591100006" . . . "Aubrecht, V." .