IGTC-32 EFFECTS OF HETEROGENEITY OF MIXTURES ON GASEOUS EMISSIONS IN PREMIXED/PREVAPORIZED COMBUSTION(Session A-10 Emission)

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概要

• 論文の詳細を見る

• A quasi-one-dimensional flame tube is used to evaluate the effects of experimental parameters on the emissions of NO_x, CO and HC from a "premixed/prevaporized" combustor. Experiments have been conducted using iso-octane over a wide range of equivalence ratio for inlet air temperatures of 450, 550 and 650K. An increase of homogeneity by improving prevaporization of the atomized fuel results in a drastic reduction of NO_x emission and in appreciable decrease of CO and HC emissions at fuel-lean conditions. A correlation of emission index for NO_x at complete fuel prevaporization with adiabatic flame temperature reduces to EI(NO_x)/τ_c=8.8×10^<-9>exp(8.2×10^<-3>T_f).

• 公益社団法人日本ガスタービン学会の論文

著者

• Horie N.

  Shibaura Institute Of Technology:(present Office)suzuki Motor Co. Ltd.

• Goshima T.

  Ibd.:(present Office)sharp Precision Machinery Co. Ltd.

• Hayashi S.

  Aircraft Emission Res. Gp., National Aerospace Laboratory

関連論文

• IGTC-32 EFFECTS OF HETEROGENEITY OF MIXTURES ON GASEOUS EMISSIONS IN PREMIXED/PREVAPORIZED COMBUSTION
• IGTC-32 EFFECTS OF HETEROGENEITY OF MIXTURES ON GASEOUS EMISSIONS IN PREMIXED/PREVAPORIZED COMBUSTION(Session A-10 Emission)

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