A novel optic fiber pressure sensor is studied and a corresponding optimization design is carried out based on the theoretical model.
研究了一种新型的光纤压力传感器，并基于理论模型作了相应的优化设计。
Compared to available fiber optic acoustic sensors, this sensor gives more efficient output induced by acoustic pressure.
与同类光纤声传感器相比，有更高的声光转换效率。
The sensor head is an interferometric based fiber optic senor in which the air-gap will change with the pressure or temperature.
传感头部分是基于干涉原理的光纤传感器，它的腔体长度会随着压力和温度发生变化。
The sensor head is an interferometric based fiber optic senor in which the air-gap will change with the pressure or temperature.
传感头部分是基于干涉原理的光纤传感器，它的腔体长度会随着压力和温度发生变化。
应用推荐