全息模式测量系统(HPMS)及其在电接触弹簧热变形中的应用

M. Taniguchi, M. Oki, T. Takagi
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引用次数: 1

摘要

HPMS是作者开发的一种通过全息干涉图分析来测量任何物体的振动或变形的技术。将该技术应用于接触电流引起热变形的电接触弹簧的微观位移。得到了一个变形的接触弹簧形状,精度为0.16/spl mu/m,证明了HPMS是测量物体微观运动(如电触点中的微动现象)的一种很好的技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Holographic Pattern Measuring System (HPMS) and Its Application to the Thermal Deformation of an Electrical Contact Spring
The HPMS is a technique developed by the authors which can measure the vibration or deformation of any object by means of the holographic interferogram analysis. This technique was applied to the microscopic displacement of an electric contact spring which was thermally deformed due to contact current. A deformed contact spring shape was obtained with an accuracy of 0.16/spl mu/m, and it was proved that the HPMS was a very good technique for measuring a microscopic movement of the object such as a fretting phenomenon in electric contacts.
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