车用汽油

  • 网络Motor Gasoline;MOGAS
车用汽油车用汽油
  1. 甲基叔丁基醚(MTBE)是目前最有吸引力的车用汽油的高辛烷值添加剂,近年发展较快。

    MTBE , a most attractive high octane blending agent for motor gasoline , is developing rather rapidly in recently years .

  2. 在汽油机燃料的替代技术中,FS(非石油)系列车用汽油以其节能、环保和良好的动力性能受到各方人士的关注。

    In the substitute process of gasoline engine , FS ( nonoil ) motor gasoline was focused widly with its characteristics of energy conservation , environmental protect and kinetic property .

  3. 车用汽油机稀燃催化器NOx排放控制技术

    Control Technology of NO_x Emissions of Lean-burn Catalytic Converters for Automotive Gasoline Engines

  4. FCC车用汽油降烯烃技术研究

    Research on Reduce the Olefine Content of FCC Automobile Specific Gasoline

  5. 为克服车用汽油机空燃比传输延迟对空燃比控制精度的影响,提出了一种基于BP神经网络的空燃比多步预测模型。

    A multi-step predictive model for air / fuel ratio of gasoline engine at transient conditions is presented .

  6. 车用汽油机HC排放分布规律研究

    Research on the Law of HC Emission Distribution in Vehicle Gasoline Engine

  7. 车用汽油机EGR率、点火定时和空燃比的优化

    Optimizing EGR Rate Spark Timing and Air-fuel Ratio of Automotive Gasoline Engine

  8. 对带有PID控制器、神经网络控制器及自寻优智能控制器的车用汽油机喷油系统进行联合仿真并对仿真结果进行对比分析。

    The vehicle gasoline engine fuel injection systems with PID , neural network and self-optimizing intelligent controller gasoline engine has been co-simulated and the results have been analyzed through comparison .

  9. 为控制汽油机的冷起动HC排放,开发了一个活性炭吸附器,用于吸附车用汽油机冷起动阶段排放的HC。

    To control HC emissions of a gasoline engine under cold start an activated carbon absorber was developed to adsorb HC emissions .

  10. 结果表明,怠速PID控制方法应用于车用汽油机怠速控制是可行的,而且比开环控制更加有效,并在目前电控汽油机上得到了实际验证。

    The result indicates PID control method is available to the gasoline engine idle , which is more effective than open loop control , and gets practice verification in electrical control gasoline engine .

  11. 基于GT-POWER的车用汽油机动力性能优化

    Optimized Dynamics Performance of Vehicle Gasoline Engine on GT-POWER

  12. 论述了车用汽油机HC排放物控制的必要性,探讨了HC的生成机理及其影响因素。

    The article discusses the necessity of HC emissions control from vehicle gasoline engine , as well as the generation mechanism of HC and its influence factors .

  13. 普通车用汽油和E10乙醇汽油对汽车尾气排放的影响调查

    The Detection Analysis on Auto-exhaust of the Gasoline Used by Local Vehicle and E10 Ethanol

  14. 为使排放达标车用汽油机均使用了无铅汽油与三元催化转化器(TWC)技术。

    To meet the emission standards , the unleaded gasoline and three-way catalyst ( TWC ) technology are used in gasoline engines .

  15. 我国车用汽油75~80%来自催化裂化(FCC)汽油,其烯烃和硫含量高,用加氢方法可除去硫和烯烃,但带来的是辛烷值的下降。

    75 % ~ 80 % patrol gas used in China comes from FCC patrol gas , it contains high sulphur and alkene . The addition of hydrogen to it can extract sulphur and alkene , but octane rating will be diminished simultaneously .

  16. 针对我国车用汽油质量偏低、FCC汽油所占比例大的状况,重点探讨了提高FCC汽油质量的几项措施,论述了FCC及其相关工艺在提高汽油质量中的作用。

    Considering the inferior quality of domestic motor gasoline and the large proportion of FCC gasoline in motor gasoline , several measures for upgrading FCC gasoline were particularly explored . The role of FCC process and the associate technologies in gasoline upgrading were also expounded .

  17. 车用汽油发动机稳态控制参数的优化研究

    Study on optimization of steady state control parameters for gasoline engines

  18. 车用汽油机稀燃及低排放技术发展

    Lean-burn of Automobile Engine and Current Development of Low Emission Techniques

  19. 当代车用汽油机节能和排放的技术措施

    Technologic Measures of current Vehicle Gasoline in Energy-Saving and Exhaust Emission

  20. 城市低烯烃车用汽油新产品的开发研究

    Studies on New Brands of city Motor Gasoline with Low Alkene

  21. 车用汽油机气缸盖计算机辅助制造系统的研制

    Development of CAM System for Cylinder Head of Automotive Gasoline Engine

  22. 用系统观点评价车用汽油机特性

    TO Evaluate the Automotive Gasoline Engine in the View of System

  23. 我国车用汽油标准的发展历程与展望

    The development history and future direction of our gasoline standard for vehicle

  24. 车用汽油发动机空燃比及点火控制系统

    The Air-fuel Ratio and Ignition Control System of an Automotive Gasoline Engine

  25. 车用汽油机涡轮增压高原恢复功率试验研究

    The Study of Turbocharged Gasoline Engine for Recovering Power of High Altitudes

  26. 车用汽油机电控燃油喷射技术的发展与应用

    Development and Application of Electronic Fuel Injection Technology for Automobiles

  27. 车用汽油机稀薄燃烧的实现及排放特征分析

    Realization of Lean Burn and Emission Characteristic Analysis of Vehicle Gasoline Engine

  28. 车用汽油机点火正时的模糊控制仿真

    Simulation of spark timing fuzzy control on automotive gasoline engine

  29. 车用汽油中硫含量测试方法的适用性

    Applicability of Determination Method for Sulfur Content in Automobile Gasoline

  30. 中国车用汽油产品质量发展及对策

    Vehicle Use Gasoline Quality Development Requirements & Countermeasures in China