Abstract

Works devoted to studying the effect of active environments on damageability of surfaces of solid bodies and materials upon contact actions (Rehbinder effect) have been briefly reviewed. A novel procedure, which combines microscratching and electrochemical reduction of an active component on a studied material surface, has been described. This procedure enables one to simulate and study the liquid-metal embrittlement of the material in the absence of a liquid metal phase on its surface.

中文翻译：

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显微硬度计用于研究瑞宾效应。评论

摘要

简要回顾了致力于研究活动环境对固体和材料表面在接触作用下的破坏性（瑞宾氏效应）的影响的工作。已经描述了一种新颖的方法，该方法结合了微刮擦和电化学还原活性物质在所研究材料表面上的功能。这种方法使人们能够在材料表面没有液态金属相的情况下模拟和研究材料的液态金属脆化。