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Structure of soot-containing laminar jet diffusion flames
1993
31st Aerospace Sciences Meeting
unpublished
k!ai u The structure and soot properties of nonbuoyant and weakly-buoyant round jet diffusion flames were studied, considering ethylene, propane and acetylene burning in air at pressures of 0.125-2.0 atm. Measurements of flame structure included radiative heat loss fractions, flame shape and temperature distributions in the fuel-lean (overfire) region. These measurements were used to evaluate flame structure predictions based on the conserved-scalar formalism in con junction with the laminar
doi:10.2514/6.1993-708
fatcat:fjbqaw7vdndz3n3nxbwxfistvq