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Investigation of Titanium Silicon Nitride: A Review

机译:氮化钛硅的研究进展

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摘要

Nano-tribological studies are required to develop in-depth understanding on interfacial phenomena of different materials that are used in different industrial (e.g. aerospace industry, coatings, tool hardening electronics devices etc.) applications. In a recent year, tribological studies on transition metals increase because of their promising mechanical properties, hardness, oxidation resistant and wear resistant characteristics. Titanium silicon nitride is considered to be one of the most prominent materials among all the transition metals. Silicon provides excellent resistance to oxidation and titanium guarantees hard coatings. So, combination of two can be developed a useful coating material which can provide wear resistance even at elevated temperature.
机译:需要进行纳米摩擦学研究,以深入了解用于不同工业(例如航空航天工业,涂料,工具硬化电子设备等)的不同材料的界面现象。近年来,由于过渡金属具有良好的机械性能,硬度,抗氧化性和耐磨性,因此对摩擦金属的摩擦学研究不断增加。氮化钛硅被认为是所有过渡金属中最突出的材料之一。硅具有出色的抗氧化性,而钛则可以保证硬涂层。因此,可以将两者结合起来开发一种有用的涂料,该涂料即使在高温下也可以提供耐磨性。

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