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引用次数: 0
摘要
微压痕是一种快速、廉价的测定固体表面硬度的技术。由微压痕技术测定的固体硬度，往往随着压痕载荷的减小而增加。在金属[Pethica etal .， 1983]和半导体[Bifano, 1988;Pethica et al.， 1983]， in ceramics [Bifano et al.， 1988;Bull et al.， 1989]， and in glasses [Bifano, 1988;Mason et al.， 1992;Li and Bradt, 1992]。
Near-Surface Hardness of Optical Glasses and Crystals
Microindentation is a rapid, inexpensive technique to determine the surface hardness of solids. The hardness of solids, as determined by microindentation techniques, often exhibits an increasing hardness as the indentation load is decreased. The indentation size effect has been observed in metals [Pethica et al., 1983], in semiconductors [Bifano, 1988; Pethica et al., 1983], in ceramics [Bifano et al., 1988; Bull et al., 1989], and in glasses [Bifano, 1988; Mason et al., 1992; Li and Bradt, 1992].
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