加速性能

  • 网络Acceleration performance
加速性能加速性能
  1. 电动汽车电动机的选择及加速性能试验

    Option of Electromotor and Experiment on Acceleration Property of Electric Vehicle

  2. 这两匹侏儒秀中的矮马在加速性能上也基本一致,0到60英里(约96公里)时速的加速时间大约为9.1秒。

    Acceleration is about the same for both these pygmy show ponies , around 9.1 seconds to 60 mph .

  3. 这辆新汽车加速性能良好。

    The new car has good accelaration .

  4. ABS侧重于在制动过程中防止车轮抱死,缩短制动距离。ASR着眼于在驱动过程中通过牵引力控制来防止驱动车轮发生滑转,获得良好的加速性能和行驶方向稳定性。

    ABS emphasizes particularly on preventing wheel from locking during the braking process .

  5. a.He对粒子的加速性能优于N2;

    The ability of Helium to accelerate particles is better than N2 ;

  6. 在此基础上考虑电机电枢反应引起的id、iq轴电感参数的变化,分析其对电机弱磁性能和车辆加速性能的影响。

    Change of inductance parameter in d axis and q axis with armature reaction was considered , which influenced flux-weakening performance of PMSM .

  7. 根据试验数据,在ADVISOR仿真软件中对混合动力系统性能(加速性能、爬坡性能)进行仿真测试。

    According to test data , the performance ( speed up performance , climbing performance ) were simulated by the ADVISOR simulation software .

  8. 记者Prius轿车的加速性能过去曾经被认为是一个弱点,现在却可以与丰田佳美相媲美。

    CORRESPONDENT Acceleration of the Prius , which had been seen as a weakness , is now comparable to Toyota 's Camry .

  9. 针对传动器的速比变化率在CVT控制中的重要性,讨论了速比变化率对汽车加速性能和加速时汽车平顺性的影响。

    For the importance of speed ratio changing rate in CVT control , the affection of speed ratio changing rate to accelerating and smooth performance of passenger car is discussed .

  10. 并以ADVISOR软件为基础,构建了纯电动汽车仿真研究平台,对道路工况、整车的加速性能和爬坡性能以及初步的制动能量回馈做了仿真研究。

    Based on the ADVISOR software , a simulation platform for EV was designed , which processes the relative simulations on the road case , accelerating ability and the feedback of braking energy .

  11. 本田称,电动版飞度在运动模式下的加速性能与燃油车旗鼓相当,比如排量为2.0或以上的大众捷达(VolkswagenJetta)。

    Honda says the acceleration in sport mode is equivalent to a gasoline car like the Volkswagen Jetta with an engine displacement of 2.0 liters or more .

  12. 发动机经综合优化后,在保持原有性能水平的基础上,琅驰6C系列客车发动机还具有低排放、较低的工作运行油耗、起动和换档加速性能好等特点。

    After overall optimization , the engine has the advantages of low emission and fuel consumption , and good accelerating performance in starting and gear shifting .

  13. 详细介绍了一种国产MCG-200型车辆底盘模拟测功机的基本结构参数、应用范围、电模拟式加载原理,并给出了某农用运输车产品的加速性能及其经济性与道路试验的检测结果。

    The basic construction parameter , the application area and the electro-simulation principle of MCG-200 automotive chassis dynamometer are introduced . The road test results on a certain model of farm transporter with the capability of economy and acceleration are given .

  14. 弹用涡喷发动机飞行试验启动加速性能仿真

    Starting and accelerating model of missile turbojet engine in flight test

  15. 汽车发动机射流燃料系统的加速性能

    The Acceleration Characteristics of the Fluidic Fuel System for Automotive Engines

  16. 履带车辆加速性能和燃油消耗量的仿真模型

    A Simulation Model of Acceleration Performance and Fuel Consumption for Tracked Vehicles

  17. 电控汽车加速性能不好的故障排除

    Car Trouble Remedy Example of Poor Electronically Controlled Acceleration Performance

  18. 这部车子当初制造时就没有配置强力加速性能。

    The car had not been built for high accelerations .

  19. 电传动履带车辆系统建模及加速性能仿真

    Modeling and Accelerating Capacity Simulation for Electric Transmission Tracked Vehicle

  20. 基于加速性能退化的元器件贮存寿命预测

    Component Storage Life Prediction Based on Accelerated Performance Degradation

  21. 汽车加速性能试验方法

    Motor vehicles - Acceleration performance - Test method

  22. 对于赛车而言,这样可在显著提高加速性能的同时实现较短的换档时间。

    This allowed shorter shifting times with significantly improved acceleration for the racing car .

  23. 双状态无级变速汽车的起步加速性能明显好于装备五档手动变速器的汽车,而且加速平稳,无换档冲击。

    Vehicle equipped with CVT is better starting and acceleration performance than equipped with MT.

  24. 某型飞机水平加速性能试飞换算结果及误差分析

    Conversion results and error analysis of the level acceleration flight test on an aircraft

  25. 我的汽车的加速性能很不好。

    My car has very poor acceleration .

  26. 射频超导腔加速性能的改进

    Performance improvment of RF superconducting cavity

  27. α1和α2调节通道对某型涡扇发动机加速性能的影响

    Influence of α _1 and α _2 Modulation on the Engine Acceleration of a Turbofan Engine

  28. 而主节点参与计算,会导致负载不平衡,降低高性能计算机集群的加速性能。

    But the main nodes involved the solution of loading and slows the speedup performance of HPCC .

  29. 电机基速和最高转速的选择对整车的加速性能起着决定作用。

    The base speed and maximum speed of traction motor determine the acceleration performance of electric vehicle .

  30. 通过实验,比较了这两项技术的加速性能并分析了它们的优劣。

    In the experiments , the performance in accelerating of these two technologies are compared and analyzed .