制动距离

zhì dònɡ jù lí
  • braking distance;braking/stopping distance
制动距离制动距离
  1. ABS汽车制动距离分析与计算

    Analysis and Calculation of Braking Distance of ABS Automobiles

  2. ABS对缩短制动距离,提高制动稳定性具有重要的意义。

    It is very significant that shortening the braking distance and improving the braking stability by ABS .

  3. 另外还对比了几种ABS的制动距离特性,指出了其中的差异。

    Several types of ABS have been tested for comparing their brake distances and the differences among the brake distances have been pointed out .

  4. 仿真计算表明,ECP系统的采用对于缩短制动距离和降低列车纵向车钩力有显著效果。

    The simulation results show that compared with conventional air brake system , ECP can reduce the brake distance and inter-car force remarkably .

  5. 用本文提供的方法,我国250km/h高速客车的制动距离可定为2500m。

    The 2500m braking distance for 250km / h high speed passenger train can be normalized in china , if this calculating method is used .

  6. 仿真结果表明,该混合仿真系统能比较真实地反映汽车ABS系统的实际工作过程,显著缩短制动距离,提高安全性。

    The simulation results show that this hybrid system can relatively be true to reflect the practical work process of ABS , and prove that the ABS can prominently shorten braking distance and improve the safety .

  7. 汽车总质量与制动距离无直接关系,计算方法和结果适合各种ABS汽车,在汽车制动性能分析和公路交通安全分析方面具有实用性。

    As the total mass of an automobile isn 't directly related to braking distances , the calculating methods and results suit all ABS automobiles , and are useful for analyzing automobile braking-properties and road traffic-safety .

  8. 虽然安装有ABS的汽车能有效地防止车轮抱死、缩短制动距离,但对于因频繁制动或者下长坡制动而引起的热衰退现象并未得到改善。

    Although the car fitted with ABS can prevent wheels from locking and shorten the braking distance effectively , but the sign of heat fade caused by frequent braking or continous downhill road braking is not improved .

  9. 论述了ABS能有效缩短制动距离提高汽车制动时方向稳定性的原因,对常见类型的汽车制动防抱死系统主要零部件的结构及其工作过程加以描述。

    Also the advantages for ABS to shorten braking distance and improve the direction stability during braking course . And the construction and working process of the main parts of the ordinary style antilock braking system are described here .

  10. 以扩展后的软件为平台,计算了采用ECP和不采用ECP条件下,1万吨和2万吨重载单元列车的制动距离和车钩力并进行了初步比较。

    Based on the expanded program , simulation is done for 10,000-ton train 20,000-ton train , with ECP and without ECP . The brake distance and inter-car forces are calculated and compared .

  11. 空罐断绳试验制动距离133mm,符合安全要求。

    The braking distance of wire-breaking test with empty cage is 133 mm , in accord with the safety requirement .

  12. 并由此计算车辆制动距离、车辆加减速度等,并能完全按照《联合国欧洲经济委员会汽车制动法规》ECER13的要求进行整套的ABS道路试验。

    From those data , the vehicle braking distance and vehicle deceleration acceleration can be calculation . With this system , the whole test can be finished according the standard of ECE Regulation R 13 Annex 13 : Test requirements for vehicles fitted with anti-lock systems .

  13. 加大电机车的传动比,能够减少制动距离。

    The braking distance may be decreased by raising speed ratio .

  14. 伺服运动控制系统的最短制动距离的算法

    Calculation of the shortest stopping distance for servo motion control systems

  15. 他们达到较高的驾驶性能,并确保制动距离短。

    They achieve high driving performance and ensure short braking distances .

  16. 小型材上冷床制动距离计算

    Calculation of brake distance of small section steel to cooling bed

  17. 农用运输车缩短制动距离的研究

    A study of shortening the braking distance of the agricultural automobile

  18. 汽车防碰撞报警与制动距离的确定

    Determination of distance for vehicle collision avoidance warning and braking

  19. 因此,研究汽车的制动距离具有重要的意义。

    Therefore , studying vehicle braking distance has great significance .

  20. 特快旅客列车制动距离换算坡度的计算方法

    Calculation Method of Equated Gradient of Brake Distance for Express Passenger Train

  21. 飞机刹车盘磨损对制动距离的影响研究

    Study of Brake Disk Wearing Effect on the Stopping Distance

  22. 快速货车制动距离限值及其相关问题

    Braking Distance Limit of Rapid Freight Train and Related Problems

  23. 汽车起重机总质量与制动距离无直接关系。

    And nothing to do with total mass of crane .

  24. 高速列车紧急制动距离参数设计浅论

    Discussion on the design parameters of emergency brake distance of high-speed train

  25. 第二部分,制动距离检测系统设计。

    The second part was the braking distance test system .

  26. 在计算列车制动距离的过程中,大部分研究选择运用动力学公式来建模。

    Most of these studies choose to use kinetic equations to model .

  27. 我国铁道列车紧急制动距离限值核定原则的探讨

    Study on Verification Principle of Emergency Brake Distance Limit of Chinese Railway Train

  28. 架线式电机车安全制动距离的能量观

    Energy view of safety breaking distance for trolley loco

  29. 列车制动距离计算方法的简化

    Simplification of the Calculation Method of Train Braking Distance

  30. 齿轮锥鼓形防坠安全器制动距离的限制范围

    Limit Range of Braking Distance for Anti-falling Safety Device the Gear Cone Drum