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Physicochemical Properties and Combustion Performance of Gas Oil-Fuel Additives

机译:汽油燃料添加剂的理化性质和燃烧性能

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The current paper reviews the effects of the oxygenated and nitrogenated additives to see the results of the physicochemical efficiency and performance through engine tests work by gas oil mixtures. The oxygenated compounds used in the formulations compose of 2-methoxy ethyl ether (MXEE), nitromethane, and nitroethane. The presence of ethanol and MXEE significantly alter the characteristics of flash point and distillation curve behaviors and marking up the cetane number, improving the fuel's performance in engine tests. The fuel formulations comprising 2-5% vlv additives, 5-10% vlv ethanol, and die-sel 90-95% vlv were produced. The soot formation can be reduced by more than 50%, 30%, and 27% by application of the diesel formulations; E-NE5-10, E-NM5-10, and E-MX5-10, respectively.
机译:本论文回顾了含氧和含氮添加剂的影响,以通过瓦斯油混合物的发动机测试工作来观察理化效率和性能的结果。配方中使用的含氧化合物由2-甲氧基乙基醚(MXEE),硝基甲烷和硝基乙烷组成。乙醇和MXEE的存在会显着改变闪点和蒸馏曲线行为的特性,并标记十六烷值,从而改善了发动机测试中燃料的性能。制备了包含2-5%vlv添加剂,5-10%vlv乙醇和90-95%vlv柴油的燃料配方。通过使用柴油配方,烟灰的形成可以减少超过50%,30%和27%。分别为E-NE5-10,E-NM5-10和E-MX5-10。

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