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Effect of inlet-air parameters on combustion limit and flame length in 8-inch-diameter ram-jet combustion chamber

Robert Clell Miller, A J Cervenka

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Abstract

Report presenting an investigation with a ram-jet combustion chamber to determine the effect of fuel-air ratio and the inlet-air parameters of pressure, temperature, and velocity on combustion limit, combustion efficiency, and flame length.

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Report presenting an investigation with a ram-jet combustion chamber to determine the effect of fuel-air ratio and the inlet-air parameters of pressure, temperature, and velocity on combustion limit, combustion efficiency, and flame length.

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Available abstract

Report presenting an investigation with a ram-jet combustion chamber to determine the effect of fuel-air ratio and the inlet-air parameters of pressure, temperature, and velocity on combustion limit, combustion efficiency, and flame length.

Key concepts: Combustion, Combustion chamber, Inlet, Jet (fluid), Mechanics, Air–fuel ratio, Materials science, Limit (mathematics)

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Effect of inlet-air parameters on combustion limit and flame length in 8-inch-diameter ram-jet combustion chamber — Research Paper | ScholarLens