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基于汽油机缸内直喷技术的发展与排放研究 被引量:2

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摘要 该文通过介绍汽油机缸内直喷(Gasoliine Direct Injection,GDI)技术的发展背景、技术特点、技术现状,在油价不断上涨压力下和汽车带来的污染日益严重,全球范围内对温室气体CO2排放控制的呼声不断高涨的条件下,满足排放要求,因此,提升燃油经济性则显得意义尤为重要。GDI今后研究工作的重点是排放的控制技术,同时展望了汽油机缸内直喷技术的发展。
作者 严景明
出处 《科技资讯》 2015年第7期41-42,共2页 Science & Technology Information
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  • 1[1]Ando H.Mitsubishi GDI engine strategies to meet the European requirements,proceedings of AVL conference on engine and environment,Vol 2,1997,55-77
  • 2[2]lwamoto Y,et al.Development of Gasoline Direct Injection Engine[C].SAE 970541.
  • 3[3]Fraidl G K,et al.Gasoline DI Engines:the Complete System Approach by Interaction of Advanced Development TooI[-C].SAE 980492.
  • 4[4]Takagi Y.The Role of Mixture Formation in Improving FuelEconomy and Reducing Emissions of Automotive S.I.Engines[C].FISITA P0109.
  • 5Haluska P, Guzzella L. Control Oriented Modeling of Mixture Formation Phenomena in a Multi-Port Injection SI Gasoline Engine[C]. SAE 980628.
  • 6Tang X, et al. Optimal A/F Ratio Estimation Model ( Synthetic UEGO ) for SI Engine Cold Transient AFR Feedback Control[C]. SAE 980798.
  • 7Cheng W K, et al. An Overview of Hydrocarbon Emissions Mechanisms in Spark-lgnition Engines[C], SAE 9332708.
  • 8Iwamoto Y, et al. Development of Gasoline Direct Injection Engine[C]. SAE 970541.
  • 9Zhao F, et al. Automotive Spark-lgnited Direct-injection Gasoline Engines[C]. Progress in Energy and Combustion Science 25 (1999) 437-562.
  • 10Baby X, Floch A. Investigation of the in-Cylinder Tumble Motion in a Multi-Valve Engine: Effect of the Piston Shape[C]. SAE 971643.

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