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1·The thermal conductivity sensor integrating MEMS and semi-conductor technique can effectively enhance the measuring precision and reliability of the instrument.

本实用新型采用运用MEMS 技术和半导体工艺集成而成的热导传感器，有效提高了测量精度和可靠性；

2·The experimental set -up and working principle of electromagnetic electrical conductivity sensor are briefly described. The experiment result and application are also presented.

简要地介绍了电磁式电导率传感器的实验装置和工作原理，同时也讨论了实验结果和应用。

3·In order to overcome the disadvantages of traditional method of gas concentration detection, a new method is proposed which keeps thermal conductivity sensor at a constant temperature.

为了克服传统热导传感器气体检测方法的诸多缺陷，提出了一种使传感器保持在恒温状态的气体浓度检测的新方法。

4·The resulting frozen smoke aerogel is flexible and has conductivity that makes it an ideal sensor.

用这种方法得到的“固体烟”气溶胶有良好的弹性和导电性，正是理想的制造传感器的材料。

5·Measuring principle of grain's moisture is proposed the basis of electric conductivity bathtub effect of moisture containing mediums, and capacitive sensor.

在研究了电容式传感器的原理和含水介质导电浴盆效应的基础上提出了用电容式传感器来测量粮食水分的原理。

6·One-dimensional carbon materials have potential applications in fuel cell, lithium ion battery and chemical sensor due to their high specific surface area and good conductivity.

碳材料具有稳定的物理化学性能，分布广而易得，而一维碳材料具有高的比表面积，良好的导电性。

7·A new micromachined CMOS thermal conductivity pressure sensor has been developed.

本文研究了一种新型微机械CMOS热导压力敏感器。

8·Since time and output voltage of temperature sensor must be repetitiously recorded, using conventional instruments to measure thermal conductivity is a tough task and can not be generalized.

传统的导热系数测量仪器需要不断测量温度传感器的输出电压，记录时间，工作量大，重复性工作多，难以推广应用。

9·In this paper, a novel multifunctional sensor was adopted to online sense temperature, ultrasonic velocity and electrical conductivity of ternary solution.

本文采用一种新颖的多功能传感器，在线敏感三元溶液的超声波传输速度、电导率以及温度三个参量。

10·In addition to CIP monitoring, the sensor can be used to monitor the conductivity of eluents in chromatographic separations and to detect liquid interfaces.

除CIP监测外，传感器还可被用于监测色谱分离层分离洗提液的传导率，探测液体界面。