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Experiments have been carried out to elucidate the fundamental properties on waste fuel combustion in high temperature and low oxygen atmosphere under both conditions of normal and microgravity. Especially, in order to examine the combustion stabilization of solid waste fuels, the microgravity environment realized by free fall method is employed. The ambient temperature and oxygen concentration in the electric furnace can be set up at the ranges of 400°C to 1400°C and 3% to 21% by volume, respectively. The combustion characteristics of solid waste fuels are analyzed by taking the direct photographs with 8-mm video camera. The boundaries of combustion phases of solid waste fuels can be predicted from the variation of flaming duration and char combustion period with ambient temperature at constant oxygen concentration, and these regions show an inverse relationship between ambient temperature and oxygen concentration.

Experimental Investigation on Combustion Characteristics of Solid Waste Fuels in High Temperature Atmosphere