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Micro/Nanotribological and Mechanical Studies of TIN Thin-Film for MEMS Applications

机译:MEMS的TIN薄膜的微观/微观摩擦学和力学研究

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摘要

Microanotribological and mechanical characterization of TiN film and single-crystal silicon was investigated. Hardness, friction, and wear properties of both materials were measured by a nanoindenter system. The results demonstrate the similarities and differences between both materials and show that TiN film has more preferable properties in hardness and wear resistance than those of single-crystal silicon. It is more likely that a methodology based on this study can be used for evaluating the quality of microanofilms, and TiN film possesses desirable microanotribological and mechanical characterization for MEMS applications.
机译:研究了TiN薄膜和单晶硅的微观/微观和力学特性。两种材料的硬度,摩擦和磨损性能均通过纳米压头系统测量。结果表明两种材料之间的异同,并且表明TiN膜在硬度和耐磨性方面比单晶硅具有更好的性能。基于这项研究的方法更有可能用于评估微米/纳米薄膜的质量,而TiN薄膜具有适用于MEMS应用的理想的微米/纳米和机械表征。

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