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1·Affected by the shell, the measuring accuracy of the FF-P sensing probe (with a metal shell) is quite different from a bared one, so calibration is needed.

金属外壳的力学性能的好坏直接影响传感器测量精度，因此有必要对其进行标定。

2·A novel reflective fiber optic microphone was introduced. It USES a reflective fiber optic sensing probe to realize the outside modulation of sound to light.

一种新型的反射式光纤麦克风，它利用反射式光纤传感探头实现声音对光的外调制。

3·The operating principle and structure design of the sensing probe of the FBG geophone are explained in detail. We reckon the sensitivity and frequency characteristic of the sensing probe.

设计了一种新型布拉格光纤光栅地震检波器探测系统，分析了其设计原理、结构组成，给出了探测系统的灵敏度和频率特性参数。

4·Taking the flammability of hydrogen into account, in this paper, optical fiber is used as a sensing probe in hydrogen environment to test the hydrogen concentration which is below the explosive limit.

考虑到氢气易燃，本文采用光纤作为敏感探头元件，在氢气环境下测试低于爆炸极限的氢气浓度。

5·A dual (2) probe moisture sensing system shall detect the entrance of moisture and provide an alarm.

配置一双(2)探头的潮气感应系统应该能够察觉到潮气的进入并发出警报。

6·This article makes deep research and analysis to effect of capacitance transmitter probe shape and overall dimen 'sions on sensing accuracy as well as errors of measured components on the probe.

本文深入地研究和分析了电容传感器探头形状与外轮廓尺寸对检测精度的影响以及被检测件外形给传感器探头带来的误差。

7·The measuring system with microcomputer for inlet and outlet flow field of the Francis turbine runner is described. The pitot probe with 5 holes was used as sensing element.

本文研制的微机检测系统用于转轮进出口流场测量，系统采用5孔探针为感应元件，全部数据处理及计算都由计算机完成。

8·The hardware circuit of the sensing system and the concrete design of the probe are given respectively.

分别给出了传感器系统的硬件电路以及传感器探头的具体设计。

9·Sea surface salinity is a key physical parameter in ocean science. It is important in the ocean remote sensing to retrieve sea surface salinity by the microwave probe technology.

海表盐度是描述海洋的一个重要参量，海表盐度的微波探测是海洋遥感研究的重要内容。

10·At present we probe into the gas sensing conductive performance based on the swell model and crystal theory, however, the discussion on the microstructure was less reported.

目前，对于这类导电复合材料的气敏响应机理较多的是依据膨胀模型与结晶理论探讨气敏导电性能的变化规律，而从微观结构上探讨不够。