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Effect of fuel distribution and flame stabilization techniques on combustion stability limits for swirl-can combustor modules burning ASTM-A1 fuel

D. Briehl, R. D. Ingebo

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Abstract

Effect of fuel distribution and flame stabilization techniques on combustion stability limits for swirl-can combustor modules

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What this paper is about

Effect of fuel distribution and flame stabilization techniques on combustion stability limits for swirl-can combustor modules

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Available abstract

Effect of fuel distribution and flame stabilization techniques on combustion stability limits for swirl-can combustor modules

Key concepts: Combustor, Combustion, Stability (learning theory), Oxy-fuel, Automotive engineering, Environmental science, Nuclear engineering, Materials science

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Effect of fuel distribution and flame stabilization techniques on combustion stability limits for swirl-can combustor modules burning ASTM-A1 fuel — Research Paper | ScholarLens