汽车发动机

qì chē fā dònɡ jī
  • automobile engine
汽车发动机汽车发动机
  1. 基于Java规则引擎的汽车发动机故障诊断专家系统研究与开发

    Automobile Engine Fault Diagnosis Expert System Based on Java Rule Engine

  2. UGStructures在汽车发动机零部件分析中的应用

    Analysis of Automobile Engine Parts by UG Structures

  3. 汽车发动机出了故障,我们只好停车。

    The car developed engine trouble and we had to stop .

  4. 汽车发动机中的燃料由火花点燃。

    A spark ignites the fuel in a car engine .

  5. 20世纪50年代在美国首次使用,表示汽车发动机运转的声音。

    First used in the 1950s in the US to represent the sound of a car engine running .

  6. 司机们被敦促要确保汽车发动机调试妥当。

    Drivers are urged to make sure that car engines are properly tuned .

  7. 汽车发动机关闭之前快速空转。

    The motor engine raced before it was shut off .

  8. 我所掌握的汽车发动机知识是相当简单的。

    My knowledge of car engines is pretty basic .

  9. 基于Internet的汽车发动机综合性能检测系统

    Research on the Engine Synthesis Performance Test System Based on Internet

  10. 混合动力汽车发动机转速PID控制

    PID Control of Engine Speed Tuning for Hybrid Electric Vehicle

  11. 基于PLC的汽车发动机冷却水泵性能测试系统设计

    Design of the Performance Test System for the Cooling Pump Based on PLC

  12. 神经元自适应PID控制的应用&以汽车发动机转速控制为例

    The Application of Self-adaptive PID Control of Neuron in Automotive Engine Speed Control

  13. 建立基于Internet的远程汽车发动机故障诊断系统成为当今发动机检测诊断的发展趋势之一。

    So the application of Remote fault diagnosis system of automobile engine based-on internet becomes more and more important for diagnosis of automobile engine .

  14. 汽车发动机气门制造的PDM系统开发与应用

    Development and application of PDM system about manufacture of motor engine value

  15. 基于ASP网络开发汽车发动机故障诊断专家系统

    Development and Research of Automotive Engine Fault Diagnosis Expert System of Network Based on ASP

  16. 汽车发动机EGR系统换热器的CFD数值模拟

    CFD simulation of heat exchanger in the EGR system

  17. CPU通过处理计算机的指令来进行工作,就好像汽车发动机利用燃料来产生动力。

    The CPU processes computer instructions to perform work , just like car engines to use fuel to generate power .

  18. 由于国产CNG发动机技术尚不成熟,大部分清洁燃料汽车发动机仍然采用Diesel&CNG混合燃烧。

    Due to the immaturity of the home CNG engine , most natural gas engine take DIESEL-CNG combined combustion mode .

  19. 通过对单燃料燃气汽车发动机空燃比控制系统进行分析和研究,自行设计出了PI控制器,并且进行了仿真与实验研究。

    The air-fuel-ratio control system of single gaseous automotive engine is analyzed and researched . The PI controller is designed . The correlative simulation and experiment are developed .

  20. 利用汽车发动机点火系统的故障实例验证了基于BP模型的神经网络故障诊断正向推理方法的有效性和可行性。

    The validity and feasibility of the forward reasoning method for fault diagnosis based on BP neural networks are verified by the example of the faults in the ignition system of automobile engine .

  21. TiAl基合金因其优异的高温性能而被认为是未来航空航天、汽车发动机领域最具潜力的高温结构材料之一。

    TiAl based alloy is one of the most potential high-temperature structure materials in aerospace and auto engine because of its excellent properties .

  22. 介绍了并联逆变式IGBT变频电源的工作原理及在汽车发动机曲轴淬火上的应用情况。

    The working principle of the parallel contravariant IGBT variable frequency power supply and its application in the quenching process of engine crankshafts are introduced .

  23. 在引进汽车发动机生产线上对高速半精镗、精镗缸孔的CBN刀具进行了切削对比试验。

    The comparison tests of CBN cutters for high speed boring cylinder blocks are carried out on the introduced car engine production lines .

  24. 以某汽车发动机制造有限公司排放的铸铁乳化废水为处理对象,研制了新型破乳剂A并辅以微波辐射,解决了原破乳工艺中存在的破乳效果差,效率低,出水COD超标等问题。

    A demulsifier A was developed and a new technology of microwave-assisted demulsification was proposed in order to deal with the emulsion wastewater generated from an automotive engine manufacturing company in Harbin .

  25. 钎焊接合的陶瓷-金属复合挺柱,装在汽车发动机上,工作1160h后,陶瓷镶块自身磨损量约为0.25μp,其对偶件45号淬火钢凸轮的磨损量为3.14μp。

    Ceramic - metal tappet combined by braze welding was tested in automobile engine . After 1160 hours running , the wear of the ceramic insert itself is 0 . 25 μ p , while that of the quenched 45 steel counterface is 3 . 14 μ m.

  26. FZL-1铸态铝合金性能及在汽车发动机上的应用

    Application of FZL-1 Aluminum Alloy As-cast Condition to Automobile Engine Head

  27. 按GB/T19055-2003规定的汽车发动机可靠性试验评定方法,评定了各类发动机零部件的磨损故障形式和程度,以及汽车发动机可靠性试验后零部件的表面沉积物。

    The failure mode and level of the wearing on parts of all types of engines were evaluated using automotive engine reliability evaluation test as per GB / T 19055-2003 , and the surface deposits on parts after reliability test .

  28. 由于从汽车发动机传到汽车轮子上的转速较快,该越野车采用X型四轮驱动系统,所以必须设计一个轮边减速器进行第2次的减速以及改变驱动轴扭矩的方向。

    Because of the fast speed from the engine to the wheel , the cross country automotive used X type four-wheel drive system . It needs a reducer beside the wheels to decelerate speed for the second time and change direction of the torque from the driven shaft .

  29. 465Q汽车发动机缸体铸坯件的研制

    Manufacturing of cylinder-block casting for 465Q model automobile engine

  30. 论述了500W连续YAG激光器用于汽车发动机缸体淬火技术的最新研究成果及实验情况,分析了YAG激光淬火比CO2激光淬火的诸多优越性。

    This paper presents the new research achievements and experiment results of the application of 500 W CW YAG laser quenching for engine cylinder block , and then analyses the advantages of YAG laser quenching compared with CO 2 laser quenching .