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Effects of Diluting the Intake Air of SI Engine with Argon Inert Gas on the NO_x Emissions and Performance

机译:氩气惰性气体稀释AIC惰性气体对NO_X排放和性能的影响

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The Argon inert gas is used to dilute the intake air of a spark ignition engine to decrease nitrogen oxides. A Ricardo E6 research engine was used. A test rig has been designed to admit the gas to the intake air of the engine for up to 15% of the intake air. The system could admit the inert gas and oxygen at preset amounts. The variables studied included the engine speed, Argon to inlet air ratio, and the results presented here included the combustion pressure, temperature, burned mass fraction, heat release rate, brake power, thermal efficiency, exhaust temperature, brake specific fuel consumption and emissions of CO, CO_2, NO and O_2. It was found that the addition of Argon gas to the intake air of the gasoline engine causes the nitrogen oxide to reduce effectively.
机译:氩惰性气体用于稀释火花点火发动机的进气以降低氮氧化物。使用了Ricardo E6研究发动机。设计钻机设计用于承认发动机的进气量的气体可达15%的进气。该系统可以在预设量的情况下承认惰性气体和氧气。研究的变量包括发动机速度,氩气到入口空气比,此处介绍的结果包括燃烧压力,温度,燃烧的质量分数,加热释放速率,制动力,热效率,排气温度,制动特定燃料消耗和排放CO,CO_2,NO和O_2。发现将氩气加入汽油发动机的进气引起氮氧化物有效减少。

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