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Strain sensors based on bragg gratings

机译:基于布拉格光栅的应变传感器

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摘要

Enormous technological progress in optical fibers for telecommunications has promoted the use of functional grids, mainly in sensor technology. To date, optical sensors with micro-structured Bragg gratings in the core of crystal fibers have been principally used in laboratories, however, there have also been first practical applications. In this paper, HBM's own practical and theoretical investigations are presented as well as product development based on photonic Bragg sensors. The paper discusses strain and temperature related influences in conjunction with dynamically induced Bragg gratings in optical single-mode fibers and stress-induced interference on the grid. New products from HBM such as special software modules and hardware components for signal processing of photonic sensors linking electrical and optical systems are briefly introduced at the end of the paper, as well as potential of high strain level applications will be demonstrated.
机译:电信光纤中的巨大技术进步促进了使用功能网格的使用,主要是在传感器技术中。迄今为止,具有微结构布拉格光栅的光学传感器在晶体纤维的核心中主要用于实验室,然而,还有第一个实际应用。本文介绍了HBM自己的实际和理论研究,以及基于光子布拉格传感器的产品开发。本文讨论了在光学单模纤维中的动态诱导的布拉格光栅和栅格对电网的应力诱导的干扰的应变和温度相关的影响。来自HBM的新产品,如特殊的软件模块和用于信号处理的光子传感器的信号处理,在纸张的末尾简要介绍,以及高应变级应用的潜力将得到证明。

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