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The basics of preparation technology of titanium triboengineering oxide coatings and their tests

机译:摩托工程氧化钛涂料制备技术的基础及其测试

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The paper describes the developed basics of the preparation technology of solid ceramic coatings on titanium and its alloys. The coatings have been formed by the method of microplasma surface oxidation in electrolytes of different composition. The authors have determined the modes of wear-resistant coating application on titanium alloy, which have significantly decreased coating porosity and made it possible to increase its wear resistance. They have also carried out physical and mechanical, as well as tribological tests of the materials obtained and formed a database of their actual properties. The paper shows that self-lubricating coatings can be operated for a long time at moderate loads and sliding speeds in friction units without using a lubricant. It also describes a newly developed and improved existing equipment to create coatings and study their tribological properties.
机译:本文介绍了钛及其合金上固体陶瓷涂层制备技术的开发基础。涂层已经通过不同组成的电解质中的显微表面氧化方法形成。作者确定了在钛合金上的耐磨涂料应用模式,其涂层孔隙率显着降低,并使其可以提高其耐磨性。它们还进行了物理和机械,以及获得的材料的摩擦学检测,并形成了实际性质的数据库。本文表明,自润滑涂层可以在不使用润滑剂的情况下在摩擦单元中以适度的负载和滑动速度操作。它还描述了一种新开发和改进的现有设备,以创造涂料并研究其摩擦学特性。

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