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降低汽车尾气中NO_X的技术进展

The Technological Development of Reducing NO_x in Automobile Exhaust
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摘要 文章介绍了汽车尾气污染物的危害以及NOX的生成机理,从废气再循环技术、缸内直喷式燃烧技术、代用燃料、电子控制技术、催化还原技术等几个方面,对降低汽车尾气中NOX的排放技术进行了研究。 This essay introduces the bad effect of automobile exhaust and the formation mechanism and researches on the exhausts recycle technology,direct injection combustion chamber technology,fuel substitute,electronic control technology,and catalytic reduction technology.
作者 张文
出处 《天津职业院校联合学报》 2011年第8期26-29,共4页 Journal of Tianjin Vocational Institutes
关键词 氮氧化物 废气再循环技术 缸内直喷式燃烧技术 催化还原技术 ox nitride the exhausts recycle technology direct injection combustion chamber technology catalytic reduction technology
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  • 1开创柴油机的新时代系列讲座.DieselInitiativeSeminiar大众汽车研讨会,1999.
  • 2Masanori Fukuda,Koji Yamane,Tohru Neicchi et al. Reduction of Nitrogen Oxides of Diesel Engines by Exhaust-Gas-Selective Recirculation. The Fourth International Symposium COMODIA98,1998.
  • 3柳原弘道.丰田的柴油机技术.天津大学-丰田汽车公司研讨会资料(三),1997.
  • 4Mitsuru Konno,Takemi Chikahisa and Tadashi Murayama. Reduction of Smoke and NOx by Strong Turbulence Generated During the Combustion Process in D.K.Diesel Engines. SAE Paper 920467.
  • 5Theo Fleijsch,Chris McCarthy,Arun Basu et al. A New Clean Diesel Technology: Demonstration of ULEV Emission on A N Aavistar Diesel Engine Fueled with Dimethyl Ether. SAE Paper 950061.
  • 6Fleisch T H et al. DME-The Diesel Fuel for The 21st century Presented at AVL Conference Engine and Environment. Gray,Austria,1995
  • 7Brutzch B,Bernd Krutzsch, Günter Wenninger. Effect of Sodium-and Lihium-Based fuel Additives on the Regeneration Efficiency of Diesel Particulate Filters. SAE Paper 922188.
  • 8Cornelis Havenith, Ruud P Verbeek. Transient Performance of a Urea DeNOx Catalyst system for Low Emissions Heavy-Duty Diesel Engings. SAE Paper 970185.
  • 9Penetrante B M,Hsiao M C,Merritt B T et al. Fundamatal Limits on NOx Reduction by Plasma. SAE Paper 971715.
  • 10董锡强,高海洋,穆丰瑞,胡顺堂.用活性碳纤维净化发动机排气中NO_x的试验研究[J].内燃机学报,1997,15(2):199-204. 被引量:7

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