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Using fiber gratings in the short-length sensors based on micromechanical vibrations

机译:在基于微机械振动的短长度传感器中使用光纤光栅

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摘要

Fiber-optic inner core gratings are considered together with the non-uniform deformations in oscillated optical-fiber. This is wide method of vibration registration as a result of appropriate deformations. The principle of such new sensors is that the resonance frequency changes under the influence of the environment. Analysis was done for fiber cantilevers with the length 1-10 mm, they vibrate by the photothermally excitation. Different cases were analyzed that correspond to transverse and longitudinal vibrations of the fiber tips or fragments with two clamps. The pi -shifted Bragg-gratings and long-period ones are discussed to measure of vibrating amplitude in different real cases. (C) 2001 Elsevier Science B.V. All rights reserved. [References: 14]
机译:光纤内芯光栅与振荡光纤中的非均匀变形一起考虑。由于适当的变形,这是振动登记的广泛方法。这种新传感器的原理是共振频率在环境的影响下发生变化。分析了长度为1-10 mm的光纤悬臂,它们通过光热激发而振动。用两个夹具分析了与纤维尖端或碎片的横向和纵向振动相对应的不同情况。讨论了pi位移的Bragg光栅和长周期光栅,以测量不同实际情况下的振动幅度。 (C)2001 Elsevier Science B.V.保留所有权利。 [参考:14]

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