Formation Mechanism of the Frictionally-formed Protective Coating by Using Self-repairing Material under Sliding Friction

W.G. Chen; Y.Z. Gao; H.C. Zhang; Y. J. He

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Formation Mechanism of the Frictionally-formed Protective Coating by Using Self-repairing Material under Sliding Friction

机译：滑动摩擦下使用自修复材料的摩擦防护涂层的形成机理

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Sliding experiments lubricated with hydroxyl silicate magnesium particles as additive were performed under ambient condition and different loads by using an AMSLER friction and wear tester. The surface topographies and compositions of worn surface of 45 s

机译：使用AMSLER摩擦磨损测试仪在环境条件和不同负载下进行了以羟基硅酸镁镁颗粒为添加剂润滑的滑动实验。 45 s的表面形貌和磨损表面成分

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来源
《Key Engineering Materials》 |2008年第2008期|p.572-575|共4页
作者
W.G. Chen; Y.Z. Gao; H.C. Zhang; Y. J. He;
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作者单位

Electromechanics and Materials Engineering College, Dalian Maritime University, Dalian, China;

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原文格式 PDF
正文语种 eng
中图分类工程基础科学;
关键词
silicate particles; lubricating oil; additive; friction and wear; frictionally-formed coating;

机译：硅酸盐颗粒;润滑油;添加剂;摩擦磨损;摩擦涂层;

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1. Formation mechanism and supersonic flame erosion behavior of SiC and SiC-SiC_(nano) single-layer oxidation protective coatings for carbon materials by reactive melt infiltration (RMI) method [J] . Abdollahi Alireza, Torabi Shahla, Valefi Zia, Corrosion science . 2019,第Octa期

机译：活性熔体渗入法制备碳材料SiC和SiC-SiC_（nano）单层氧化防护涂层的机理及超声腐蚀行为
2. Formation mechanism and supersonic flame erosion behavior of SiC and SiC-SiC_(nano) single-layer oxidation protective coatings for carbon materials by reactive melt infiltration (RMI) method [J] . Abdollahi Alireza, Torabi Shahla, Valefi Zia, Corrosion science . 2019,第OCTa期

机译：活性熔体渗入法制备碳材料SiC和SiC-SiC_（nano）单层氧化防护涂层的机理和超声腐蚀行为
3. Nanoparticle based and sputtered WS_2 low-friction coatings - Differences and similarities with respect to friction mechanisms and tribofilm formation [J] . Gustavsson F., Svahn F., Bexell U., Surface & Coatings Technology . 2013,第Null期

机译：纳米颗粒和溅射的WS_2低摩擦涂层-摩擦机理和摩擦膜形成方面的异同
4. Formation Mechanism of the Frictionally-formed Protective Coating by Using Self-repairing Material under Sliding Friction [C] . W.G. Chen, Y.Z. Gao, H.C. Zhang, International Conference on Surface Engineering . 2008

机译：通过在滑动摩擦下使用自修复材料的摩擦形成保护涂层的形成机理
5. Role of structural deformations of the crank-slider mechanism in the computation of the instantaneous frictional losses of a single cylinder engine. [D] . Nehme, Hassan Kassem. 2000

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6. The Effect of Functionally Graded Materials on Temperature during Frictional Heating: Under Uniform Sliding [O] . Aleksander Yevtushenko, Katarzyna Topczewska, Przemysław Zamojski 2021

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7. Structure and mechanisms of deformation and destruction of hard coatings under conditions of sliding friction interaction [O] . A. Kolubaev 2019

机译：滑动摩擦相互作用条件下硬涂层变形和破坏的结构和机制

Formation Mechanism of the Frictionally-formed Protective Coating by Using Self-repairing Material under Sliding Friction

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