A Method to Eliminate the Temperature Effect. at the Cold End of a Thermoelectric Couple 功效:能消炎退热和清除皮肤斑点。一种消除热电偶冷端温度影响的方法
According to the reed thermoelectric couple testing, the dynamics model was set up after analyzing the force character of test head when it is used to test the temperature of motive object. 分析簧片式热电偶在测量运动物体温度时测头的受力特性,建立了测头的动力学模型。
On the basis of the reed force status, the paper introduced the floating theory of thermoelectric couple reed and optimized the reed contraction according to the theor. 为减小热电偶测头的磨损和增长其使用寿命,根据测量时簧片的受力情况提出了热电偶簧片的浮动理论,并利用力平衡原理实现了簧片变形量的优化。
The utility model comprises a shell body, a thermoelectric couple, an overvoltage protector, an analog switch, a magnifier, a display meter and a power source. 包括壳体、热电偶、过压保护器、模拟开关、放大器、视表、电源。
The working performance of thermoelectric generator is analyzed mainly on the base of couple size, contact effect and Thomson effect. 并对半导体温差发电模块的工作性能进行了分析,主要考虑了电偶臂的几何尺寸、接触效应和汤姆逊效应对其工作性能的影响。
The Adhesive Strength Reasearch of Thermoelectric Cooling Couple Metallized Layers 半导体致冷电对金属化层粘接强度的研究
A Simple Method for Measuring the Working Resistance of Thermoelectric Couple 热电偶电阻的简易测量法
Analyzes the work state of a thermoelectric cooling device based on the performance of galvanic couple. A model of computer simulation is established. 对电子设备的微型热电制冷散热器的工作状态进行了分析,建立了工作状态参数仿真计算模型。
Study on Floating Theory of Reed Thermoelectric Couple 簧片式热电偶的浮动理论
DEVELOPMENT IN TECHNOLOGY OF CONTINUOUSLY MEASURING TEMPERATURE OF HOT METAL IN TUNDISH USING TUNG STEN-RHENIUM THERMAL COUPLE Application Research of Nonmetal Thermoelectric Couple in High Temperature Detection 中间包钢水连续测温技术及钨铼热电偶主要相关技术的发展非金属热电偶在高温探测中的应用研究
The limitation of traditional temperature sensor in high temperature measurement is introduced. A new nonmetal temperature sensor& graphite fibre thermoelectric couple is put forward, and the characteristic of sensor, machining manner, and application environment are presented. 介绍了高温测量中传统温度传感器的缺陷,提出了一种新型的非金属温度传感器&石墨纤维热电偶,并对该传感器的特性、加工方式、应用环境进行了分析。
Because of the influence of the contact effect, the work efficiency of thermoelectric generator will fall with length decreasing of couple arm. The more remarkable of contact effect, the more quickly of the work efficiency will fall. 由于接触效应的影响,温差发电器的工作效率将随温差电偶臂长度的减小而降低,而且接触效应影响越显著,工作效率降低的就越迅速。
An Approach to the Practicability of Temperature-measuring Circuit Using Thermoelectric Couple 铂热电阻测温电路实用性的探讨
In this paper, the numerical simulation and analysis are made specially for the unsteady temperature distribution of thermoelectric couple of thermoelectric refrigeration system under both the electric field and temperature field. 针对热电制冷系统中电偶极在电场与温度场的耦合作用下非稳态温度变化特性,重新推导和分析了热电制冷过程的微分方程式,进行了数值模拟和计算;