In this paper the method of numerical calculation for measuring sinusoidal temperature by armoured thermocouple as well as its flow chart its proposed . The calculated results by computer is also presented .

本文提出铠装 热电偶正弦温度测量传热数值计算的算法 和框图，并介绍计算机计算结果。

Using thermocouple the temperatures of candle flames are measured . The measuring result and the reconstructing result are compared the result is well especially in the high temperature fields .

并采用 细丝 热电偶实测火焰局部温度，对蜡烛火焰三维温度场可视化的结果进行了比较。

The linearization apparatus designed by this method is in common use . It can be used in thermocouple and resistance thermometers as well as flowmeters by means of orifice plates .

用该方法设计的线性化器具有一定的通用性，可以 构成 热电偶、 热电阻温度计 以及孔板流量计。

The relation between the temperature and the time during the solidification was measured with the thermocouple which agreed well with the result of the numerical simulation . This proves the simulation result is accurate .

利用 热电偶法测量了铸件不同部位在凝固过程中温度随时间的变化，所得模拟结果与实测结果 基本一致，验证了模拟结果的准确性。

A half-artificial thermocouple is used for the observational research on the temperature in the grinding zone as well as in the ground surface layer during cylindrical grinding .

采用半人工 热电偶 测温方法对外圆磨削的磨削区温度 、工件表层温度进行了观察研究。

In this paper It is discussed the method in the building the mathematical model of characteristic between thermocouple output and temperature ( E-t ) using MATLAB language and programming block diagrams of building model as well as applicable examples are introduced in this paper .

文中论述了运用MATLAB语言，建立 热电偶 热 电势和温度（E～t）特性的数学模型的方法，并给出了建模的程序框图 及实例。

Aiming at the thermocouple checkout stove with more lag non-linearity and variability and difficult to be controlled very well by using conventional method a kind of intelligent PID controller is put forward by combining fuzzy expert system controller and PID controller .

针对具有较大的滞后性、非线性和时变性特点的 热电偶校验炉对象，常规方法难以达到 良好的控制效果，结合模糊专家系统控制器与PID控制器，提出了一种智能PID控制器结构。