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A Review on Micro- and Nanoscratching/Tribology at High Temperatures: Instrumentation and Experimentation

机译:高温微观和纳秒/摩擦学研究综述:仪器仪表和实验

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摘要

High-temperature micro-/nanomechanics has attracted much interest over the last decade, primarily because of the urgent need to understand the mechanical and tribological properties of advanced engineering materials at micro-/nanoscale and the underlying physics controlling such properties at operationally relevant conditions. Recent years have subsequently witnessed the swift growth and development of new high-temperature micro- and nanoscratching/tribology instruments. Here, we present an overview of fundamental principles and developments in these instruments, discuss pertinent findings on the topic in detail, and outline current challenges and promising future directions in the field.
机译:高温微/纳米力学在过去十年中吸引了很多兴趣,主要是因为迫切需要了解微/纳米级和底层物理学在可操作相关条件下控制此类特性的潜在物理学的机械和摩擦学特性。 近年来,随后目睹了新型高温微型和纳米枪支/摩擦学仪器的迅速增长和发展。 在这里,我们概述了这些文书中的基本原则和发展,详细讨论了该主题的相关发现,以及概述了现场的当前挑战和未来的未来方向。

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