brake disk

1. Analysis on the Reliability of Aeroplane Carbon/ carbon Brake Disk with Gear Profile Machining
   飞机炭/炭复合材料刹车盘齿形加工可靠性工艺分析
2. The brake oil pump is communicated with a hydraulic braking clamp through a high pressure pipe, and the hydraulic braking clamp is engaged with the brake disk.
   制动油泵通过高压油管与液压制动钳连通，液压制动钳与制动盘咬合。
3. Pads apply friction to both sides of the brake disk.
   垫子能够在刹车盘的两边施加压力。
4. The interaction between the eddy currents and the field therefore will brake the action on the disk.
   于是，涡流与磁场之间的相互作用对圆盘产生一种制动作用。
5. Feed material is fed to one of the membranes and pressure applied. pads apply friction to both sides of the brake disk.
   在膜的一侧进料并施加压力。垫子能够在刹车盘的两边施加压力。
6. The disk type brake comprises a brake strip, a brake disk, a brake armature, a brake spring and a magnetic yoke assembly which are all installed on the inner part of the outer end of the motor.
   盘式制动器包括制动摩擦片、制动盘、制动衔铁、制动弹簧、磁轭组装、安装在电机外端内部。
7. Study of Brake Disk Wearing Effect on the Stopping Distance
   飞机刹车盘磨损对制动距离的影响研究
8. Besides, the article makes a deep analysis of the structure and material of the brake disk developed domestically for passenger cars.
   通过对比，对所研制的客车制动盘结构与材料进行了深入分析。
9. Taking airplane wheel brake disk that made with C/ C composites as an example, the body component of C/ C composites, mechanical properties as well as surface quality requirements were mainly introduced.
   以炭/炭复合材料飞机机轮刹车盘为例，介绍了炭/炭复合材料坯体的组成及机械特性、表面质量要求。
10. Experiment Research on Effect of Different Pressure and Surface Status on Brake Moment of Disk Brake
    制动器状态对制动力矩影响的试验研究
11. Analysis of grinding processing method of airplane wheel brake disk that made with carbon-carbon composites
    炭/炭复合材料机轮刹车盘磨削加工方案分析
12. Analyze on the K index of railway brake disk material
    铁道车辆制动盘材料的K指标分析
13. On the basis of theoretical calculations the factors influencing the brake torque in disk and drum type brakes are studied in this paper.
    通过理论计算，分析了影响盘式和鼓式制动器制动力矩的因素。
14. This article introduces the braking mechanism and main specifications of the brake and the automatic adjustment of wear-out clearance between the friction lining and brake disk.
    阐述液压盘式制动器的制动原理和关键参数设计，并介绍摩擦片与制动盘在使用中磨损间隙的自动调整。
15. An investigation of oxidation protection of non friction surface of high energy brake disk
    高能刹车盘非摩擦面的防护研究
16. In this paper the testing contents and methods of friction linings of drum brake and disk brake for Audi passenger car are introduced and compared with the corresponding standards of Chian.
    分别介绍了Audi轿车鼓式制动器和盘式制动器摩擦衬片的试验内容及方法，并同我国的相关标准进行了比较。
17. Study on the highly purified forging steel for the brake disk of 300 km/ h express trains
    300km/h高速列车高纯净锻钢制动盘材料的研究
18. How to Meet the Requirements Overseas for Material of Brake Disk
    如何满足国外对刹车盘材质的要求
19. Compared with the traditional brake, the air disk brake has great advantage in both performance and dependability.
    与传统的鼓式制动器相比，气压盘式制动器无论在性能还是可靠性方面都表现出极大的优势。
20. Study on Preparation of c/ C brake disk
    C/C刹车盘制备工艺的研究
21. In the course of friction and wear, the contact surface of the carbon/ silicon carbide brake disk turned to continuous and stable friction surface and grain-abrasion was the main wear form.
    在摩擦磨损过程中，C/SiC复合材料的表面能够形成连续稳定的摩擦面，磨损表现为典型的磨粒磨损。
22. Research on Replacing the Carbon Cloth Brake Disk by Needle Felt Brake Disk for a Certain Aircraft
    某型飞机针刺毡刹车盘替代碳布刹车盘的研制
23. Model Design of C/ C Matrix Composites Brake Disk
    C/C复合材料刹车盘的模具设计
24. Design of Sealing System of Brake Cylinder for Motorcycle Disk Brake
    摩托车盘式制动器制动缸密封结构的设计
25. Casting Procedure and Microstructural Properties of Compacted Graphite Iron Brake Disk
    蠕墨铸铁客车制动盘的铸造工艺与组织性能
26. The results show that the vibration of steering wheel caused by brake judder is mainly due to the SRO of brake disk, and that the DTV has greater effect on brake judder than SRO, and the phasic relation between SRO and DTV is also influential.
    分析结果表明，制动盘厚薄差对制动抖动的影响大于端面跳动的影响，并且两者之间还存在着相位匹配的关系。
27. The manufacturing of c/ c composite brake disk by means of thermal gradient CVD densification technique
    用热梯度式CVD增密技术制造C/C复合刹车盘
28. Friction and Wear Characteristics of Cast Iron for Brake Disk/ Brake Hub
    铸铁刹车盘/毂材料摩擦磨损特性研究
29. The whole ABS models are established for the simulation requirement, including tire-road model, vehicle dynamic model, brake disk model, hydraulic system model and the controller model.
    针对ABS仿真计算的需要，对整个防抱系统进行了建模，包括轮胎模型、车辆模型、制动器模型、液压系统模型和控制器模型；
30. High Thermal Conductivity Cast Iron for Brake Disk
    制动盘用高导热铸铁

noun

1. a disk or plate that is fixed to the wheel