Abstract
The investigation of propane-butane counter jets combustion in burners with permeable walls was carried out. The effect of addition of silicon oxide, zircon and carbon powder on combustion regime and temperature of free counter jets was investigated. Temperature measurements were implemented using registration of jets radiation in visible spectral range by means of spectral pyrometry and spectroscopic approaches. The burner devices with permeable porous pipes were demonstrated to be promising for broadening parameters range of stable combustion and increasing energy density in fuel combustion systems.
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