1.
The Preparation of High Friction Coefficient Composited Breakeshoe Material and Study on the Mechanical Properties;
高摩合成闸瓦材料的制备及制动性能的研究
2.
Problems in the Use of High Friction Coefficient Composite Brake Shoe on Daqin Railway and the Analysis
高摩合成闸瓦在大秦铁路使用中出现的问题及分析
3.
Effects of Mechanics Performances of Brake-shoe Materials on Pressing Temperature
压制温度对新型高摩合成闸瓦材料力学性能的影响
4.
Effect of Graphite/Calcined Coke on Friction Performance of Brake Pad
石墨/煅后焦对合成闸瓦试样摩擦性能的影响
5.
The Effect of Matrix and Reinforcement Fiber on the Friction and Wear Properties of the Brake Couple of Gray Iron and Resin-based Composite;
基体及增强纤维对灰铸铁/复合闸瓦摩擦副摩擦磨损性能的影响
6.
Analysis of Causes to Breaking of the Steel Backs of Composite Brake Shoes and Suggestions
合成闸瓦钢背断裂的原因分析及建议
7.
Experimental Study on Friction Behaviors of Brake Shoes Materials for Hoist Winder Disc Brakes
提升机盘形制动器闸瓦材料摩擦性能实验研究
8.
The Study and Application of Mid-mangancse Alloy Cast Iron Brake Shoe
中锰合金耐磨铸铁闸瓦的研究与应用
9.
Tribological Performance and Its Catastrophe Behaviors of Mine Hoister's Brake Shoe during Emergency Braking
提升机紧急制动闸瓦摩擦磨损特性及其突变行为研究
10.
Preparation Technology、Friction and Wear Properties and Mechanisms of Aluminum Matrix Composite Brake Rotor and Coupled Pad Used for High-speed Train;
高速列车用铝基复合材料制动盘及其闸片的制备、摩擦磨损性能及机理研究
11.
Babbits are known as the superior bearing metal in anti-friction property,butsince their lower fatigue strength,bearing of these metals are apt to crack and spalling,whenthey serve in high load condition.
巴氏合金是减摩性最好的轴承材料,但是其疲劳强度低,在高载荷下轴瓦合金层容易开裂剥落。
12.
Preparation of Carbon-nano-tubes/tin-based Compound Anti-friction Coating
碳纳米管/锡基轴瓦合金复合减摩镀层的制备
13.
Gas Control Technology of Gas Abnormal Area in the Mining Process on Low-gas Coal Mine
低瓦斯矿井高瓦斯区域瓦斯综合治理技术
14.
brake block adjusting gear
制动器闸瓦调整装置
15.
slip ram preventer
带卡瓦的闸板式防喷器
16.
Research and Application of Expansion Water Seal on Bulkhead Gate with High Head in Laxiwa Hydropower Station
拉西瓦水电站高水头闸门伸缩式水封研究及运用
17.
Gas comprehensive way technology for fully mechanized top high gassy coal caving mining face
高瓦斯综放工作面瓦斯综合治理技术
18.
Research on Application of Vacuum Vapor Plating Technique for Forming Antifriction Alloy Coating on Bush
轴瓦减摩合金薄膜真空蒸镀技术的应用研究