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采用低温等离子体技术的柴油机四效催化器的开发

The Development of Four-way Catalytic Converter of Diesel Engine by Non-thermal Plasma Technology
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摘要 详细介绍了自行开发的采用低温等离子体技术的柴油机四效催化器的原理和结构。试验结果表明:该装置对减少柴油机四种有害排放物尤其是CO和N O x效果较好;加装除S单元后,提高了系统的工作可靠性。 The principle and structure of four-way catalytic converter of diesel engine by non-thermal plasma technology is introduced in detail. The test results indicate that this device can effectively reduce the harmful emissions, especially CO and NOx. Furthermore, the reliability of the system can be improved with the installation of S-removing divice.
机构地区 武汉理工大学
出处 《柴油机》 2006年第5期34-36,52,共4页 Diesel Engine
关键词 低温等离子体 四效催化器 排放 non-thermal plasma four-way catalytic converter emission
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  • 1周黎明,马虹斌.非平衡放电等离子体治理有害气体[J].环境污染与防治,1996,18(6):16-18. 被引量:21
  • 2John Hoard. Plasma-catalysis for diesel exhaust treatment: Current state of the art. SAE Paper 2001 -01-0185.
  • 3Elisaaon B , Kogelschatz U. Non-equilibrium volume plasma chemical processing. IEEE Transaction on Plasma and Science, 1991,19(6) : 1063 - 1077.
  • 4M Lou Balmer, Russ Tonkyn, Steven Yoon, et al. NOx destruction behavior of select materials when combined with a non-thermal plasma. SAE Paper 1999 -01-3640.
  • 5Penetrante, Brusasco, Merritt, et al. NOx conversiion chemistry in plasma-assisted catalysis. 1998 Doc Diesel Engine Emission Reduction Workshop, Castine, Maine, July 1998.
  • 6H Miessner. Plasma-enhanced HC-SCR of NO in the presence of excess oxygen. Appl Cata B ,2002,36:53 -62.
  • 7Suzanne E Thomas. The role of NO selective catalysis in the plasma enhanced removal of NOx and PM from diesel exhausts. SAE Paper 2001 -01-3568.
  • 8Thomas Hammer and Tetsuo Kishimoto. Plasma-enhanced adsorption and reduction on lean NOx-catalysts. SAE Paper 2001 -01-3567.
  • 9Thomas, Martin, Raybone,et al. Non thermal plasma aftertreatment of particulates-theoretical limits and impact on reactor design. SAE Paper 2000 -01-1926.
  • 10Dorai, et al. Interaction between soot particles and NOx during dielectric barrier discharge plasma remediation of simulated diesel exhaust. J Appl Phys, 2000, 88( 10 ) : 6060 - 6071.

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