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首页> 外文期刊>International journal of mechanics and applications >Laser Emission Monochromatism Breaking Caused by Friction
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Laser Emission Monochromatism Breaking Caused by Friction

机译:摩擦引起的激光发射单色性破坏

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The experiment based on optical Doppler effect is described. Its results prove the appearance at friction of physical effects describable by the relativity theory. Under fixed experimental conditions, a shift to long-wave region of electromagnetic spectrum was detected of laser monochromatic radiation passing through friction contact. It has been found experimentally that the spectrum of laser emission transmitted across the contact zone of a PTFE-steel pair shifts to the ?red zone? during the friction pair operation. This effect disappeared when the friction machine was switched off. Analysis of results achieved allows to assume the change of the tribosystem proper time as a result of relativistic effects, this allows to relate tribojoints to physical relativistic objects.
机译:描述了基于光学多普勒效应的实验。其结果证明了相对论可描述的物理效应在摩擦中的出现。在固定的实验条件下,检测到通过摩擦接触的激光单色辐射向电磁波谱的长波区域转移。通过实验发现,穿过PTFE-钢对的接触区传输的激光发射光谱会移动到红色区?在摩擦副操作期间。关闭摩擦机后,这种效果消失了。对获得的结果的分析允许假设相对论效应导致摩擦系统的适当时间改变,这允许将摩擦关节与物理相对论对象联系起来。

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