1) brake power of locomotive
机车制动力
2) locomotive brake
机车制动机
1.
Present status and development of locomotive brake in China;
我国机车制动机的现状与发展
2.
The algorithm is used in locomotive brake and the application result shows that it can correspond transfer of the frames and it is enable to transfer all of the frames.
通过仿真实验以及机车制动机上的应用表明,该算法在网络资源不充足情况下可以很好地协调不同帧之间的发送,使得所有帧都能正常发送,从而满足机车制动机实时通信的需求。
3) braking force
列车制动力
1.
Be based on the existing model of braking force in China,the technology to implement the simulation program of braking force was presented in this paper.
根据已有的列车制动力模型,介绍了列车制动力仿真程序实现的技术。
2.
Train braking force is one of the important loads for the design of railway bridges.
列车制动力是作用于铁路桥梁结构设计的重要荷载之一。
4) automobile braking force
汽车制动力
1.
When a electricity signal is weak,and need to be delivered for a long-distance,the attenuation of voltage signal will be enlarged with the resistance of circuitry in the automobile braking force detection system.
汽车制动力的检测装置中的芯片AD202可将电压信号转变成电流信号进行传输,实现电气隔离。
5) train braking force
列车制动力
1.
According to twice applications of equal effective conversion treatment principle, two relative methods of train braking force calculation are established.
根据等效换算处理原则的两次应用,两种计算列车制动力的相关方法得以建立。
6) Parking brake force
驻车制动力
补充资料：制动器制动力分配系数
两轴汽车的前、后制动器制动力的比值一般为固定的常数。通常用前制动器制动力对汽车总制动器制动力之比来表明分配比例，即制动器制动力分配系数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条