| 1. | The mechanism by which friction coupling degrades gyro performance should be clearly understood .
对于摩擦耦合降低陀螺性能的机理应该有透澈的了解。 |
| 2. | Present friction and wear researches on friction couple in electric field
受电摩擦磨损的研究现状 |
| 3. | Cylinder friction coupling
圆柱形摩擦联轴节 |
| 4. | Cone friction coupling
锥形摩擦联轴节 |
| 5. | There are some research on the static state property of the ball friction coupling based on the hydrostatic bearing
对静压支承球铰副的静态特性进行研究。 |
| 6. | Wear particles generated from the friction couples are important information carrier of wear condition , which directly reflect wear degree and wear mode
在润滑系统中，磨粒是磨损状态的重要信息载体，可以反映机械设备摩擦副磨损的程度和形式。 |
| 7. | Dynamic characteristic of a membrane friction coupling is influenced by many factors . this article try to discuss the main factors of influence to torque and fluction of velocity
摘要片式摩擦离合器的动力性能受多种因素的影响。本文对论了影响扭距传递和引起速度波动的主要因素。 |
| 8. | The experimental equipment based on theoretical analysis and simulation was set up hi order to measure the oil film thickness of the ball friction coupling and the slipper coupling based on hydrostatic support
在理论分析和仿真结果的基础上，设计出测量球铰副和滑靴副油膜厚度的实验台。 |
| 9. | By application of the simulink toolbox of matlab , the simulation models were obtained . in addition , the relation between various parameters of the slipper pair and ball friction coupling based on hydrostatic support and dynamic characteristic of the oil film was analyzed . 5
建立了静压支承球铰副和滑靴副油膜动态特性的数学模型，并运用matlab中的simulink工具箱对油膜的动态特性进行仿真； 5 |
| 10. | This task will be foundation to develop a new type hydrostatic transmission piston pumps with high efficiency , long life , high pressure and high speed , which combined the item of nature science fund of zhejiang province , tribology study on sealing , hydrostatic support and piston on hydrostatic transmission piston pump . in this paper , a new design idea of the ball friction coupling based on hydrostatic bearing was given , and analysis was carried out to the static state properties and the dynamic properties of the oil - film of this friction pair
本课题是结合浙江省自然科学基金项目“静压传动柱塞泵的密封、静压支承和柱塞的摩擦学研究” ( 501073 ) ，为研发高效率、长寿命、高速、高压静压传动柱塞泵提供一定的理论基础，着重研究了滑靴副和球铰副的动静态特性，提出了基于静压支承的球铰副设计原理。 |
