TS-75 NO_x Formation Characteristics of Methane Jet Flames(Session C-8 NO_x Reduction 3)
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概要
- 論文の詳細を見る
NO_x formation characteristics of confined CH_4 jet flames were numerically studied over the range of equivalence ratio from 0.8 to infinity. The GRI-2.11 reaction mechanism that includes C_2-chemistry and NO_x reactions, is used for the calculation of reactions. The roles of thermal NO and Prompt NO mechanism on each flames are discussed and NO_x emission index is introduced to represent the NO_x emissions quantitatively. The results of study show that total EINO_X increases steeply with the increase of equivalence ratio and reaches maximum value near φ=1.5. For above this equivalence ratio, EINO_X decreases slightly and then retains constant level. However, EINO_X has the similar level of the former maximum value in diffusion flame.
- 社団法人日本ガスタービン学会の論文
- 1999-11-14
著者
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Yang Ok
Inha University Department Of Mechanical Engineering
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LEE Chang
Inha University, Department of Mechanical Engineering
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OH Chang
Inha University Graduate School, Department of Mechanical Engineering
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CHOI Young
Inha University Graduate School, Department of Mechanical Engineering
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Yang Ok
Inha Institute Of Technology
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Oh Chang
Inha University Graduate School Department Of Mechanical Engineering
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Choi Young
Inha University Graduate School Department Of Mechanical Engineering
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Lee Chang
Inha University Department Of Mechanical Engineering
関連論文
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