| 1. | Boundary lubricant additive
边界润滑添加剂 |
| 2. | Study on the friction - wear properties of carbon steel under boundary lubrication conditions
碳素钢在边界润滑状态下摩擦磨损性能的试验研究 |
| 3. | Testing of lubricants - testing under boundary lubricating conditions with the brugger lubricant tester - part 2 : general working principles
润滑剂试验.采用brugger润滑剂试验的边界润滑条件下 |
| 4. | Testing of lubricants - testing under boundary lubricating conditions with the brugger lubricant tester - part 1 : general working principles
润滑剂试验.采用brugger润滑剂试验的边界润滑条件下 |
| 5. | 3 . keep in good repair even if add oil when boundary lubricate , if add oil in process , the using life will be longer
3在边界润滑条件下可长期加油保养，而在使用过层中加油使轴的使用寿命更长。 |
| 6. | It can work long time without oil in the condition of boundary lubrcation , under oil or grease lubrication interval , the work is longer
在边界润滑条件下可长期不加油保养，而在过程中加油使轴承使用寿命更长。 |
| 7. | Sio _ 2 nano particle concentrates in the boundary lubricant film in the process of friction can repair the wear surface , embody the fine anti - wear performance
Sio _ 2纳米微粒,在摩擦过程中富集在边界润滑膜内,能够对磨损表面起到修复作用,表现出优良抗磨性能。 |
| 8. | The damage causes according to the preliminary analysis are as follows : shortage of experience in domestic production ; too many and unsystematic manufacturing plant ; big differences of quality between products ; some manufacturing plants without production license ; one - sided understanding of the elastic metal plastic tile ; unlimited application of acting boundary lubrication as normal working conditions ; etc
初步分析损坏的原因是：国内生产的弹性金属塑料瓦在一开始缺乏经验；生产厂家多而杂，产品质量良莠差异很大；有些厂家技术没有过关就盲目组织生产；对弹性金属塑料瓦的认识和宣传片面，把边界润滑当作正常工况不加限制地应用等。 |
| 9. | In this research , the scientific efficient computer simulation technology replaces the traditional taking - time and arduous experimental method , which provides a beneficial thought for researching the wear design of the contacted machine in the boundary lubrication and computer simulative technology used in the part life design . the developed cam life predicted software can watch and control the cam wear state , forecast it ' s life and have the rudiment of the similar machine life predicted software . so the research has a good application prospect and practicality value
本课题以科学高效的计算机模拟技术取代传统的费时、费力的实验方法，为研究接触高副机构配对副在边界润滑条件下的耐久性设计以及计算机模拟技术在零件寿命设计方面的应用提供了一个有益的思路；开发的凸轮使用寿命预测软件能实时监控凸轮机构的磨损状态，预测其使用寿命，基本具有了类似机构使用寿命预测软件的雏形，因此研究成果具有较大的实际意义。 |
| 10. | The fiction coefficients of the five sliding pairs in different media were in the succession of , respectively . in distilled water : ual2o3 > ual2o3 / al2o3 > ual2o3 / al24zys > ual2o3 / al24zy > usic / sic in 1mol / l naoh : in air at 50 % relative humidity : and the friction coefficients of the sliding pairs a12o3 / a12o3 , a12o3 / zta , a12o3 / a124zy and a12o3 / a124zys were in the order of u
当载荷为60n ，滑动频率为10hz时，经过400om滑动距离后，在水中a12o3 / a1203 ， a1203亿ta ， a12o3 / a124zy和a12o3 / a124zys摩擦副均不能形成有效的润滑膜，属边界润滑过程，磨损表面产生了裂纹，发生了晶粒拔出。 |
