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The heat transfer from subsonic jets of dissociated air flowing from a slit nozzle to the surface of a flat plate at angle of attack was experimentally studied by the RF-plasmatron IPG-4. The influence of pressure in the chamber of plasmatron on the range of the air plasma jet was studied. The influence of generator power on distribution of heat flux on the surface of copper plate at the angle of attack at pressures in the chamber of 50 and 100 hPa was studied. The heat fluxes for the low-catalytic surface of the heat-shielding tile of the «Buran» orbital vehicle were determined depending on the generator power, pressure in the chamber and angle of attack. A comparison of the heat exchange parameters for the copper surface and the low catalytic surface of the heat-shielding tile of the «Buran» orbital vehicle for the same flow regime was carried out.

Experimental study of heat transfer between dissociated air flow and a flat plate at angle of attack in RF-plasmatron