摩擦特性

  • 网络friction;stiction;Frictional Properties
摩擦特性摩擦特性
  1. C/C刹车材料的摩擦特性及其数值模拟

    Friction properties and numerical simulation of C / C composites

  2. C(60)共聚物旋涂膜的摩擦特性研究

    Study on Friction Behavior of C_ ( 60 ) - Copolymer Spin-coated Films Using Surface Force Apparatus

  3. C(60)自组装单分子膜的制备及其摩擦特性

    Preparation and Tribological Properties of c_ ( 60 ) - terminated self-assembled monolayers

  4. Ti3SiC2的高速摩擦特性及摩擦氧化行为

    High-Speed Friction Characteristics and Frictional Oxidation Behavior of Ti_3SiC_2

  5. CSP轧机界面摩擦特性及轧机振动试验研究

    The Rolling Interface Friction Characteristic of CSP and its Effect with Rolling Mill Vibration

  6. SF-1填充PTFE表面层配方的摩擦特性研究

    The tribology Optimum Research of the PTFE formula of SF-1 surface layer

  7. 微机电系统(MEMS)可动部件间的摩擦特性是影响其性能和可靠性的重要因素之一。

    The tribological property of moveable components has been one of the key factors affecting the performance and reliability of MEMS .

  8. 电刷镀Ni-PTFE纳米复合镀层的摩擦特性研究

    Friction Behavior of Brush Electro-plated Ni-PTFE Nano-composite Coating

  9. IC-6高温合金及其防护性涂层的摩擦特性

    Tribological behaviors of superalloy IC-6 and its protective coating

  10. 在对EHA伺服系统以及非线性摩擦特性进行分析的基础上,建立了EHA伺服系统各部分模型。

    Based on the analysis of EHA and the nonlinear friction , the models of EHA servo system were established .

  11. 文中研究了改善其低速摩擦特性的补偿观测器技术,并基于dSPACE仿真系统和实物飞轮,对该补偿观测器性能进行了半实物仿真验证。

    The paper presented a compensation observer to improve the low speed friction characteristic of wheel , and also validate the performance of the observer using semi physical simulation based on dSPACE simulation system and wheel .

  12. 介绍了一种GY-50镶嵌型固液自润滑的新型水工轴瓦,并对其在重载低速下的摩擦特性进行了试验,证明它是一种较理想的水工轴瓦。

    A new type of GY 50 insert solid liquid self lubricating bearing used in hydraulic engineering is introduced . Experiments on its friction behavior under heavy loads and low speeds have proven that it is an ideal bearing for hydraulic engineering use .

  13. 研究结果表明,在ATF油中采用Ⅲ类和Ⅳ类基础油,具有低温粘度、氧化安定性和SAE2号摩擦特性等方面的一系列好处。

    From the investigation , it was found that the use of Group ⅲ and ⅳ base oils in ATF has several benefits in low temperature viscosity , oxidation stability and SAE No. 2 friction characteristics .

  14. 高铝锌基合金的滑动摩擦特性研究

    Study of Sliding Frictional Property of High Aluminum Zinc Matrix Alloys

  15. 不同能载水平下C/C复合材料的摩擦特性

    Friction properties of C / C composites in different energy conditions

  16. 液压马达起动摩擦特性的测试方案设计

    Design of testing version of starting friction characteristics in hydraulic motor

  17. 湿式C/C制动材料的摩擦特性及其数值模拟

    Wet friction properties and numerical simulation of C / C composites

  18. 海原断裂带断层泥摩擦特性的研究

    The study on frictional sliding characteristics of gouge of Haiyuan fault

  19. 单晶硅表面稀土复合纳米膜的制备与摩擦特性

    The Preparation and Friction Behavior of Rare-Earth Composite Film on Silicon

  20. 氨基硅烷自组装分子膜的制备与摩擦特性

    Formation mechanism and topography performances of aminosilane self - assembled monolayers

  21. 离子注入对软金属材料摩擦特性的影响

    The influence of ion implantation on friction properties of soft metal materials

  22. 以单凸峰球状模型对渗硫钢表面摩擦特性的研究

    Research on frictional property of sulphurised steel surface with single protuberance model

  23. 机械密封摩擦特性影响因素分析

    Analysis of Influence Factors of Friction Performance on Mechanical Seals

  24. 轮胎摩擦特性与胎面胶性能间关系的研究

    Investigation of the Relation between Tire Friction Characteristics and Tread Compound Properties

  25. 平面钢领钢丝圈摩擦特性的探讨

    A Study of Friction Features between Flange Rings and Travellers

  26. 螺旋错绕式高压容器层间摩擦特性及应力分析

    Interfacial friction behaviour and stress analysis of CROSS-HELICALLY coiled high pressure vessel

  27. 自润滑材料滑动摩擦特性与自润滑机理

    Slide friction characteristic of self lubricating material and its self lubricating mechanism

  28. 新型连续回转电液伺服马达摩擦特性及性能研究

    Low-speed friction and performance of new continuously rotating electro-hydraulic servomotor

  29. 工程软岩表面形态及其摩擦特性研究

    Research on friction properties and topography of rock broken surface

  30. 微机电系统中微摩擦特性及控制研究

    Study on performances of micro-friction and its control in MEMS