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自组装单分子膜钝化的金衬底的力学响应。

The mechanical response of gold substrates passivated by self-assembling monolayer films.

出版信息

Science. 1993 Mar 26;259(5103):1883-5. doi: 10.1126/science.259.5103.1883.

Abstract

Interfacial force microscopy has been used to show that a single layer of self-assembling molecules adsorbed on a gold substrate can prevent adhesion between gold and a tungsten probe. The passivated gold is able to elastically support large repulsive loads, with plots of load versus deformation closely following the Hertzian model. The gold shear-stress threshold for plastic deformation is determined to be approximately 1 gigapascal, which is in agreement with the theoretical value for the intrinsic gold-lattice stability.

摘要

界面力显微镜已被用于表明,吸附在金基底上的单层自组装分子可以防止金和钨探针之间的粘连。钝化的金能够弹性地支撑大的排斥载荷,载荷与变形的关系图非常符合赫兹模型。金的剪切应力塑性变形阈值约为 10 吉帕斯卡,与金晶格固有稳定性的理论值相符。

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