温度探头

更换K型温度探头可以测定其他液态、固态物体内部温度。

Use K type temperature probe to measure the internal temperature of other liquid or solid material .

测试系统含光纤温度探头、光纤调理器及其测控软件。

The test system consists of optical fiber temperature probe , optical fiber modulator and test-control software .

温度探头线不易被磨损且允许一定的水分进入。

The cord will not fray or allow moisture to penetrate inside .

应用铂电阻作为温度探头，实现温度的精确监测；

It utilizes platinum resistor as temperature detector and carries out accurate monitoring .

系统采用了串行总线结构，由电压温度探头、嵌入式控制器和主控制器组成，实现了全数字化测试。

This system adopts serial bus structure . It consists of voltage and temperature probe , embedded controller and master controller .

在将来的设计中还可以考虑多温度探头，进行多个区温度分布的同时测量。

In the future design , the multi-temperature probe can be taken into consideration , so as to measure the temperature distribution in various parts .

当烤箱门紧闭时，高耐热的硅壳探头线可通过烤箱门将温度探头插入食物中来检测食物的中心温度计。

Heat resistant , stainless steel probe that inserts into the food while the oven door closes tightly over its specially designed silicone-jacketed probe cord .

由于空压机进气侧轴承箱蜗壳温度探头密封效果不好，使空压机及其后续管道受到油污染。

Poor sealing effects of temperature probe of scroll of bearing box at air inlet side of the air compressor results in oil contamination of following pipeline of air compressor .

该导管系统通过将一系列敏感的温度探头整合在导管系统的末端，从而获得冠状动脉内部的热成像图谱。

The catheter system provides a thermal imaging map of the interior of coronary arteries by incorporating a series of sensitive temperature sensors into the distal end of the catheter system .

利用温度探头测量了8个高度位置处的脉动温度，并使用粒子追踪技术拍摄了二维速度场，计算了平均温度、温度方差、湍流度、平均速度等参量。

Fluctuating temperature are measured using the temperature sensor at eight different heights and two dimensional velocity fields are measured using particle tracking technology . The average temperature , temperature variance , turbulence intensity , average velocity and other parameters are calculated .

FBG温度传感器探头的封装设计方案

The encapsulation scheme of temperature sensor based on FBG

一个内置的RTD温度测量探头，实时测量测量室的温度。

A built-in temperature detector ( RTD ) senses actual temperature in the measurement chamber .

利用误差反向传播算法（BP）和径向基函数（RBF）神经网络法，分别对医用体内光纤温度传感器探头进行设计，训练神经网络的数据通过实验和插值得到。

BP and RBF neural network method has been used to design optical fiber temperature sensor probe using in medical treatment . Datum trained for neural network is gained from experiment and interpolation .

医用体内光纤温度传感器探头神经网络设计

Application Research of Neural Network on the Design of Optical Fiber Temperature Sensor Probe Used in Medical Treatment

在其中的真空管内，还安装有长电加热管、温度水位探头和超导气流管。

Besides , each vacuum pipe is further equipped with a long electric heating pipe , a temperature and water level probe and a superconductive airflow pipe .

介绍水银包层光波导作为测温探头的新型光纤温度传感器的探头结构及测温原理。

This article describes the probe construction and the principle of NOTS , the mercury cladding optical waveguide to be made as its temperature probe .

分析距离、孔径、K值和温度等影响斜探头K值测量精度的因素。

The factors of distance , hole diameter , K value and temperature affecting the measuring precision of K value of angle probe were analyzed .

一种变折射率光纤温度传感系统的探头研究

A Probe for Temperature Sensor of the Variation of Index of Refraction

本文提出用含氟高聚物与光学塑料的混合物制作光纤温度传感器温敏探头，讨论了探头结构的影响，介绍了信号测试电路。

In this paper , we propose an optical fiber temperature sensor prepared with polymer mixture and discuss the influence of the sensor structure .

由于备有各种不同频率、不同大小以及承受温度特性不同的探头，因此对于大部分腐蚀探测应用都能提供现成的解决方案。

These transducers are available in an assortment of frequencies , sizes , and temperature capabilities to provide an off-the-shelf solution to most corrosion applications .

结果表明，对三种模型，由温度测量误差及探头输入功率测量误差引起的血液灌注率测量误差均大致相等；

The results showed that , the blood perfusion error caused by error in measured temperature and the blood perfusion error caused by error in measured supplied power were almost equal for the above_mentioned three models .

通过参数计算，得到了在体表局部受热情况下机体组织的温度分布以及加热探头半径、组织血液灌注率和环境温度等参数对温度分布的影响。

The distribution of the tissue temperature and the effect of the heated probe 's radius the blood perfusion in tissue and evironment temperature on this distribution and it 's temperture value at characteristic point are obtained from calculation .

方法用自制烫伤装置与超级恒温水箱连接制成烫伤仪，测定水箱在不同温度时致伤探头温度和观察小型猪背部烫伤不同时间的组织学变化。

Methods Self-made scald device , which consist of a super constant temperature water tank and a temperature measurement system was used in this study . The histological changes in scalded tissues on the pig back at different times were observed .