In this paper, a novel Fiber-Optic accelerometer was studied. It demonstrates the operational principle and structure design of the three-fiber accelerometer using a GRIN lens.
研究了一种新颖的光纤加速度计，阐述了三光纤grin透镜加速度敏感元件的工作原理及其结构设计。
The signal processing system is the key component for the fiber optic accelerometer system.
信号处理电路是干涉型光纤加速度计系统中的重要部分。
The experimental results of three-component all polarization-maintaining fiber optic accelerometer are presented.
报道了三分量全保偏光纤加速度传感器的实验研究结果。
In second part of this paper, base theory of the fiber optic accelerometer is presented in details, according to the principle of reflective intensity modulations new experimental scheme is described.
本论文在第二部分从不同方面详细介绍了反射式光强调制型光纤加速度计的基础理论，并由此提出了一种新型的加速度计测量方案。
The result is useful for the design of disk-type fiber-optic sensors, such as accelerometer, pressure gauge and hydrophone.
对盘片式光纤传感器如光纤加速度传感器、光纤压力传感器、光纤水听器等的设计制作具有理论指导作用。
A novel non-contact fiber optic accelerometer is presented.
介绍一种新型光纤非接触加速度计。
A novel non-contact fiber optic accelerometer is presented.
介绍一种新型光纤非接触加速度计。
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