Structures and Mechanical Properties of Natural and Synthetic Diamond

K. Miyoshi
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引用次数: 12

Abstract

A revolution in diamond technology is in progress as the low-pressure process becomes an industrial reality. It will soon be possible to take advantage of the demanding properties of diamond to develop a myriad of new applications, particularly for self-lubricating, wear, and superhard coatings. The production of large diamond films or sheets at low cost, a distinct possibility in the not-too-distant future, may drastically change tribology technology, particularly solid lubricants and lubricating materials and systems. This chapter reviews the structures and properties of natural and synthetic diamond to gain a better understanding of the tribological properties of diamond and related materials to be described in the following chapters. Atomic and crystal structure, impurities, mechanical properties, and indentation hardness of diamond are described.
天然和合成金刚石的结构和机械性能
随着低压工艺成为工业现实,一场钻石技术革命正在进行中。很快就有可能利用金刚石的苛刻特性来开发无数的新应用,特别是在自润滑、耐磨和超硬涂层方面。在不久的将来,以低成本生产大型金刚石膜或片是一种明显的可能性,可能会彻底改变摩擦学技术,特别是固体润滑剂和润滑材料和系统。本章回顾了天然金刚石和人造金刚石的结构和性能,以便更好地理解金刚石和后续章节将要描述的相关材料的摩擦学性能。介绍了金刚石的原子和晶体结构、杂质、机械性能和压痕硬度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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