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Hardness in Ag/Ni, Au/Ni and Cu/Ni multilayers

机译:Ag / Ni,Au / Ni和Cu / Ni多层膜的硬度

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By use of nanoindentation, the hardness was measured in dc-magnetron-sputtered Ag/Ni, Au/Ni and Cu/Ni multilayers as a function of the modulation-period. In a limited modulation-period range, the expression k Lambda (-n), where k and n are fitting parameters and Lambda is the modulation period, was fitted to the curves of hardness versus modulation period for the three types of multilayer. The exponent n of Ag/Ni was found to deviate by a factor of three from the n value of Au/Ni, which is surprising since no significant difference exists between the lattice parameters, shear moduli, morphologies and microstructures of the two systems. The results are discussed considering theoretical models and published experimental data. [References: 26]
机译:通过使用纳米压痕,在直流磁控溅射的Ag / Ni,Au / Ni和Cu / Ni多层膜中,测量了硬度与调制周期的关系。在有限的调制周期范围内,将表达式k Lambda(-n)(其中k和n是拟合参数,Lambda是调制周期)拟合到三种类型的多层体的硬度与调制周期的关系曲线上。发现Ag / Ni的指数n与Au / Ni的n值相差三倍,这是令人惊讶的,因为两个系统的晶格参数,剪切模量,形貌和微观结构之间均不存在显着差异。考虑理论模型和公开的实验数据讨论了结果。 [参考:26]

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