Nano-WO3 film is the better optical gas sensor material.
WO3薄膜是良好的光学气敏传感器材料。
Sensor networks to detect and characterize Chemical, Biological, Radiological, Nuclear, and Explosive (CBRNE) attacks and material.
传感器网络用来检测和识别化学，生物，辐射，核，和爆炸(CBRNE)攻击和材料。
Apply a small quantity of COMMON GREASE (Material No. 04-012) to the contact faces of the temperature sensor (33) and the new packing (32).
给温度传感器(33)和新封圈(32)的接触面涂上少量普通油脂(材料号04- 012)。
The liquid-position sensor working principle of brake-used oil tank, structural design of floater products, mold design, foam material as well as foam forming process are introduced.
介绍了刹车油箱液位传感器工作原理、浮子产品结构设计、模具设计、发泡材料用料、发泡成型工艺等方面内容。
The radiation sensor relies on a crystalline material, CZT.
辐射传感器依赖于晶体材料，长株潭。
Medical selection of medical grade pressure sensor is PVC, polycarbonate sensor manometry as a connecting pipe and the main material.
医用压力传感器是选用医用级聚氯乙烯、聚碳酸脂作为传感器的测压连接管和主体的材料。
Wipe clean the excess COMMON GREASE (Material No. 04-012) from the temperature sensor (33) and safety with lockwire corrosion-resistant steel 0.6 mm (0.0236 in.) dia.
擦净温度传感器(33)上多余的普通油脂(材料号04- 012)，并用直径为0.6毫米(0.0236英寸)的不锈钢保险丝打保险。
The viscoelasticity and viscoplasticity of bonding material will result in hysteresis and drift errors to sensor output.
黏合材料的黏弹性和黏塑性将会导致传感器输出的滞后和漂移误差。
Then introduced foreign technology and material, in order to improve the performance of the sensor.
当时就引进了国外技术和材料，以提高传感器的性能。
The scan mirror is an very important part of a space remote sensor. This paper discusses the material development and the manufacture method of the big lightened scan mirrors.
扫描镜是光机扫描型空间遥感器的重要组成元件。文章针对目前空间遥感器上应用的大口径轻量化扫描镜，从材料和制作方法方面进行了一定的技术研究。
Results show that the geometry of the case has more profound effect on the sensor response time than that of the packaging material.
实验和理论结果表明，管壳的几何形状比封装材料对传感器瞬态响应时间的影响更重要。
The housing material determines the chemical resistance of the sensor against external influences.
在外壳材料决定了对外部影响传感器的耐化学性。
Through material choice and welding method selection, by working equipment design and manufacture process design, this article explains the method to actualize automobile sensor sealed.
讲述了通过对材料、焊接方法的选择和焊口及工装设计与制造过程设计，来实现汽车传感器封装的方法。
A new fiber optic current sensor based on a magnetostrictive material tube and a fiber optic Bragg grating is suggested.
提出了一种由磁致伸缩材料管和光纤光栅构成的新型光纤光栅电流传感器。
It is also indicated that the pressure sensitivity of the sensor varies with the size of the diaphragm, the mechanical parameters of the material.
同时指出，该传感器的压力响应灵敏度随着膜片的大小、中间硬心的尺寸、材料的力学参量的改变而改变。
The ice sensor is made of permanent flexibility alloy material which have magnetostriction ability.
冰传感器由具有磁致伸缩能力的恒弹合金材料制成。
The material selection and structural design of the thermocouple sensor and the routine test conditions, especially the recovery factor and time constant experiment are introduced.
介绍了热电偶传感器材料的选择和结构的设计以及传感器的例行实验情况，特别是恢复系数和时间常数实验。
The paper mainly introduced a new MEMS sensor of oil exploration, characters of MEMS sensor structure, medium material and sealed form as well as already reached technical indexes.
本文主要介绍了一种新的石油勘探MEMS传感器的结构特点、介质材料以及封装方式，并详细地介绍了该产品的主要技术指标。
Using the special performance of this material that between its specific resistance and compressive stress there is a corresponding relationship, a new kind of sensor can be made.
利用这类材料的电阻率与其自身压应力存在一定对应关系的特性，可以制成性能独特的应力自感知水泥基复合材料传感器。
The magnetic characteristics of material for amorphous alloy and magneto function are discussed. The exploit and application of sensor in engineering are described.
本文论述了非晶态合金材料的磁学性能与磁敏功能，并在此基础上对非晶态合金传感器的开发应用进行了分析研究。
Being the base material of sensitive element, sensor function material is crucial to the quality of sensor to large degree.
作为敏感元件基体材料的传感器功能材料在很大程度上对传感器质量起先决作用。
The sensor uses new solid material as transmission media and uses new piezoelectric material as sensitive unit, which raises the sensitivity.
传感器使用固体材料作为传感器的传播介质，用新型的压电材料作为敏感元件，提高了灵敏度。
The resistance at reference temperature, its temperature coefficient, and the critical temperature of the material that the operating range of the sensor depended on have been obtained.
测得材料的基准温度电阻，电阻温度系数及能够确定传感器工作范围的临界温度。
The latest progress on applications of PANI composites in the fields of sensor, electromagnetic shielding, metal anti-corrosion, antistatic material, and so on is reviewed.
综述PANI复合材料在传感器、电磁屏蔽、金属防腐和抗静电材料等领域应用研究的最新进展，并指出了影响PANI复合材料性能的因素。
The strain transfer factor, k , is proposed for the characterization of the deformation transfer from the material measured to the sensor.
对结构材料与压电陶瓷传感器的应力应变传递关系进行了研究。
The monitoring system integrate sensor technology computer technology and instrument technology. It is automation technology applying in material manufacture field.
本系统是传感器技术、计算机技术、仪器仪表技术为一体的系统的集成和自动化技术在材料制备领域的应用。
NASICON was synthesized by using normal reagents as raw material and sol-gel process. Based on the resulted material, the solid electrolyte CO2 sensor was prepared.
以常规试剂为原料，采用溶胶-凝胶法合成了NASICON固体电解质材料，并以该合成材料为基础，制备了小型固体电解质型CO2传感器。
Combined with the exploitation and application of sensor, the status quo of exploitation and trend of development about sensor function material is elaborated in this paper.
本文结合传感器的开发应用，阐述传感器功能材料的开发现状和发展趋势。
Detecting gas through sensor array using the hybrid material with different ratios is expected to realize.
可望使不同比例的杂化材料通过传感器阵列实现气体的检测。
By cross-linking the components of the sensitive material the sensor displays a good mechanical stability.
通过交联敏感材料的组分，传感器表现出好的机械稳定性。
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