首页> 外文期刊>International Journal of Engineering Trends and Technology >Ignition Mechanism Analysed through Transient Species Measurements and its Correlation with 0-D and 3-D Simulations for PRF and Toluene/ n-heptane Mixture
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Ignition Mechanism Analysed through Transient Species Measurements and its Correlation with 0-D and 3-D Simulations for PRF and Toluene/ n-heptane Mixture

机译:通过瞬态物种测量分析的点火机理及其与PRF和甲苯/正庚烷混合物的0-D和3-D模拟的关系

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摘要

FTIR was used to detect intermediate species which formed throughout the exhaust gas in a test engine at cool ignition condition. PRF (isooctane/ nheptane) and NTF (tolueneheptane) were used as fuel mixtures. Fuel consumption decreases with increasing i
机译:FTIR用于检测在低温点火条件下测试发动机中整个废气中形成的中间物质。 PRF(异辛烷/庚烷)和NTF(甲苯/庚烷)用作燃料混合物。燃油消耗随着i的增加而降低

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