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1·The experiment investigates the response of FBG sensor to ultrasound.

本实验主要研究了FBG光栅传感器对超声波的响应情况。

2·Developed a novel highroad axle identification system based on FBG sensing.

研制了一种新型的光纤光栅公路轮轴识别系统。

3·Design and implementation of FBG sensor signal processing and collection system.

FBG传感信号处理及采集系统的设计与实现。

4·Second, temperature and strain measurement system of distributed FBG is designed.

其次，设计了分布式光纤光栅温度、应变测量系统。

5·For monitoring building structure, one kind of more fitful FBG sensors is presented.

提出了一种适用于建筑结构传感的光纤光栅传感器。

6·The testing application about FBG technology on stabilizing pile model test is introduced.

在抗滑桩模型实验测试中应用了该项技术。

7·Based on theoretical analysis, FBG sensing demodulation systems were established separately.

在理论分析基础上，分别建立相应的传感系统。

8·A process for plating metal on fiber Bragg grating(FBG)to protect the fiber grating is put forward.

提出一种在布拉格光线光栅（ FBG）表面电镀金属的方法，以达到保护光纤光栅的目的。

9·And pointed out FBG demodulation technology is the key technology lies in the application of FBG sensing.

指出光纤光栅传感解调技术是光纤光栅应用于传感技术的关键。

10·Fiber Bragg Grating (FBG) is one of the most potential and typical optical passive components at present.

传感器是目前最有发展前途、最具代表性的光纤无源器件之一。