测温探头

分析了系统荧光材料的吸收和发射特性，研制了Cr∶LiSAF的光纤测温探头。

The characteristics of fluorescence material absorption and emission are analyzed , and the optic-fiber temperature measurement probe based on Cr ∶ LiSAF is developed .

使用MDR&Z80微型计算机为处理机，以0.4秒为周期，分时地采集256个PN结测温探头，系统精度达到0.1℃，并以乳线癌的测定为验证实例。

Using a MDR microcomputer , the system collects and processes information from 256 PN nodes every 0.4 second . The precision of the system reaches 0.1 ℃ and is verified by examples of mammary cancers .

该加热器护套上设置测温探头。

A temperature measurement probe is arranged on the sheath of the heater .

设计并研制了外敷式测温探头以及相应的保温绝热装置。

And also design the probe rod for " external application " and the adiabatic equipment .

介绍了光亮酸性镀铜工艺用测温探头、冷却设备、搅拌装置和直流电源的选择。

The selection of temperature-measuring probe , cooling device , agitator and direct current supply for bright acid copper plating process was described .

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 .

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 .

最后利用计算流体力学软件模拟了不同气速和角度下的吹扫效果，为测温探头的工业化应用和优化提供了依据。

Finally , computational fluid dynamics method is used to simulate purging effect under different velocity and angle , which provided a basis for industrial application and optimization of the probe .

并且根据试验数据，运用最小二乘法的数学原理，找到了这种测温探头的频率&温度特性的拟合曲线函数。

And based on the experimental data , applying the mathematical principle of least square method , the frequency of this temperature-measuring probe & a synthetic curve function of the temperature properties has been found .

本从阐述石英谐振器的电特性入手，说明采用+5°Y切型石英晶片组成的石英测温探头的基本原理和构造。

To start with expounding the electrical properties of quartz resonator , this article elucidates the basic principles and structure of the quartz temperature-measuring probe composed of + 5 ° Y type quartz crystal shave .

如果需要测量液体的温度，用于测温的探头多为一次性的，属易耗品，测温成本较高。

Sometimes we need to measure the temperature of the liquid , these temperature probes belong to consumables and used for only once , so the cost is very high .

论文对落管中温度测量系统的国内外现状与进展、辐射测温原理、测温探头以及工作波长和带宽的选择、测温电路的设计等做了论述。

This thesis has discussed the actuality and development , radiation thermometry theory , the detector and its operating wavelengths and bandwidths , measurement circuit of the temperature measurement system in drop tube .