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document
Investigation of the gas-surface interaction of innovative carbon composite ablators in the VKI Plasmatron
Abstract
A porous low-density carbon composite ablator (Monolithic Ablator, MonA) was tested in the 1.2MW inductively heated Plasmatron facility. Two different test gases were used, air and nitrogen, for heat flux levels ranging from Intrusive measurement techniques were used for heat flux measurements and optical diagnostics for test sample surface and reactive boundary layer observation. The surface emissivity was addressed and time-resolved emission spectroscopy helped to identify pyrolysis and ablation products together with thermo-chemical processes in the reacting boundary layer.