第二节为二氧化硫多孔塑料光纤传感探头的研究。
The second section is studies on sulfur dioxide porous plastic optical fiber probe.
介绍了针对不同球形光纤传感探头进行的数值研究。
Several different spherical probe of optical fiber are numerically studied.
第二章是以氨基荧光素为指示剂的多孔塑料光纤氨化学传感探头的研究。
Chapter 2 is the research on porous plastic fiber optical probe for ammonia with the indicator of aminofluorescein.
第三章为以二氯二丙烯酸酯为指示剂的多孔塑料光纤氨化学传感探头的研究。
Chapter 3 is the research on porous plastic fiber optical probe for ammonia with the indicator of 2,7-dichloro-3,6-acrylate ester fluorescein.
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。
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.
图像传感探头自动扫描整块电池板，并由距离传感器控制，始终保持采集图像清晰。
An imaging probe automatically scans the whole array and keeps the image clear through the control of a distance sensor.
对不同耐高温的金属和非金属氧化物材料进行分析，选择高发射率的混合氧化物作为温度传感探头的材料；
Different metal and the nonmetallic oxide compound material which insistent to high temperature are analyzed, then the mix oxide compound of high emissivity is chose to make temperature sensor tip.
第二章介绍了多孔塑料光纤传感探头的制备原理、制备过程、制备原料，并详细探讨了多孔塑料光纤传感探头制备过程的影响因素。
In chapter two, the principle, material and the course of preparation of porous plastic fiber optical probe were dissertated and the influence factors of the preparation were throughly discussed.
本文提出了一种基于电涡流传感器的双探头测量电机硅钢片轧板厚度以控制铁心叠厚的方法。
This paper presents a feasible solution of motor core height control based on silicon steel sheet thickness measuring with double eddy current sensors.
而采用推挽式探头设计结构，由于两臂等长可以降低传感器对激光器线宽的要求，采用普通的激光光源就可以满足要求，拓展了系统的实用性。
The use of push-pull probe can lower the demand of laser linewidth in optical fiber sensors, so we can use normal laser in optical fiber sensors and spread practicability of the system.
完成了偏心传感器探头的设计并解决了偏心传感器振荡电路的电源供应问题和信号从旋转部件到静止部件的传输问题。
The probe of the eccentricity sensor is designed. The problems such as power supply needed by oscillating circuit and signal transmission from rotary part to stationary part are solved.
讨论传感器探头与被测液之间产生浸润现象的解决。
Resolve of infiltration phenomenon between sensor probe and measured liquid is discussed.
采用氧探头作为传感器，实现了碳势微机控制，本文论述建立这种数学模型的有关问题。
With oxygen probe as transducer, the carbon potential process is controlled by microcomputer. This paper discusses something for setting up the mathematical model of carbon potential.
理论和实践证明，采用调制式光纤传感器既可以简化探头设计，又可有效抑制杂散光干扰。
The theory and experiments show that the sensor with optical fiber is simple for design, sufficient to suppress the interference from the disorderly light.
根据高压换流阀中晶闸管的布置情况，设计了冲击电压测量用电阻型传感器探头的外形结构。
According to the arrangement of thyristors in HVDC converter valve, the configuration of a high voltage resistive probe used for impulse voltage measurement has been designed especially.
透气性测定通过恒压气源吹气测压法实现，透气性探头的核心部件是微压差传感器。
Permeability is measured by constant pressure air source blowing, core of the detector is micro differential pressure sensor.
针对传统光纤式结冰传感器无法对冰和水进行识别的问题，提出了一种新型的光纤式双探头结冰传感器系统。
In accordance with the problem that water and ice cannot be discriminated by the traditional fiber-optic icing sensor, this paper put forward a novel fiber-optic double-probe icing detection system.
目的：探讨健康人群寸口脉寸、关、尺三部长度与身高及全臂长之间的关系，为实现三探头传感器的自动定位奠定基础。
Objective: to explore the relationship between length of Cun, Guan, Chi in Can - kou pulse and height, arm length and lay the foundation for automatic positioning of three - probe pulse sensor.
电容式水分传感器以频率信号作为参变量，由电容探头、高频振荡电路、分频器和金属屏蔽盒构成一体。
Capacihve moisture sensor regards frequency signal as variability, it is made up of capacitive probe, high frequency surge circuit, dispart frequency instrument and metal shield box.
电容式水分传感器以频率信号作为参变量，由电容探头、高频振荡电路、分频器和金属屏蔽盒构成一体。
Capacihve meisture sensor regards frequency signal as variability, it is made up of capacitive probe, high frequency surge cirouit, dispart frequency instrument and metal shield box.
磁性激活探头安装在转盘或附近或紧挨转盘，按照转盘rpm传感旋转。
A magnetically activated probe mounted near the rotary table or next to an object that rotates in proportion to the table senses RPM.
执行绕机检查，确保静压孔、空速管、全空温探头没有损坏和堵塞，检查静电放电刷、雷达罩锁和迎角传感器没有损坏。
Carry out external walk around, check static ports, pitot tubes, tat probe for no damage and obstruction, check static dischargers, radome latches and Angle of attack sensors for no damage.
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。
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.
介绍了符合热电偶热电势的红外测温探头、复合管型铠装热电偶等新型温度传感器。
Some of the novel temperature transducers which meet the thermal potential of thermocouples, e. g. the infrared temperature probe and compound armored thermocouple are introduced.
选用了3SF定电位电解型传感器作为二氧化硫连续在线监测探头。
The 3SF fixed electric potential electroanalysis sensor was chosen as the online continuous detector of boiler sulfur dioxide emission.
在光线泄漏区，传感光纤包层模式功率随着液体参量的改变而改变，从而锥形光纤探头探测到的输出功率也随之改变。
In the leaky ray zone coat mode power changes with liquid parameters, so output power of the tapered optical fiber detector changes too.
提出和论述了一种光纤振动传感器的原理和探头设计方法。
The principle and the devising technology for sensing head of a fiber optical vibration sensors are described in this paper.
热电偶以及热电堆也是利用塞贝克效应的器件用于测试两个待测点之间的温度差，其工作时将其中的一个待测点连接伏特表而另一个待测点连接传感器探头。
Thermocouples and thermopiles are devices that use the Seebeck effect to measure the temperature difference between two objects, one connected to a voltmeter and the other to the probe.
采用热释电红外传感器作为探头检测人体的出现，从而实现整个红外自动门控制流程智能化。
Using the pyroelectric infrared sensor as scanner to get information about the human body, and achieve controlling of the whole infrared automatic control system intelligence process.
采用热释电红外传感器作为探头检测人体的出现，从而实现整个红外自动门控制流程智能化。
Using the pyroelectric infrared sensor as scanner to get information about the human body, and achieve controlling of the whole infrared automatic control system intelligence process.
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