A number of temperature compensation methods for thermocouple thermometer reference end was presented.

1、

Ceramet thermocouple protective sheath for liquid copper

铜液金属陶瓷热电偶保护套

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2、

This paper simply introduce practice theory and application of thermal spraying, and then summarize the application in power plant key components, such as boiler pipe, fan, steam turbine, thermocouple sheath and so on.

本文对热喷涂技术进行了简单介绍，综述了该技术在锅炉管道、风机、汽轮机、热电偶套管等电厂关键部件的应用。

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3、

In the industrial production process, thermocouple is the temperature sensor with a wide range of applications and characterized by its simple structure, stable performance, small thermal inertia, high measurement accuracy, wide temperature measurement range, long-distance transmission ability ang so on.

在工业生产过程中，热电偶是常用的温度传感器，应用相当广泛。它具有结构简单、制造方便、测温范围广、性能稳定、热惯性小、测量精度高、输出信号便于远传等优点。

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4、

Microbridge structure thermocouple type microwave power sensor gains higher sensitivity than thin-film structure, and it possesses high dynamic range and small zero drift, designed several different structure about it.

器件获得了比薄膜结构更高的灵敏度，并且具有动态范围大、零点漂移小等特点，此结构已有多种形式。

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5、

Analysis of Sensitivity of Microbridge Structure Thermocouple Type Microwave Power Sensor

微梁结构热偶微波功率传感器的灵敏度分析

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6、

Nonlinear Compensation of Thermocouple Circular Canal Sensor in the Vacuum Measurement

真空测量中热偶规传感器的非线性特性校正

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7、

The method of dynamic compensation based on recurrent neural network to correct the thermocouple temperature sensor's error is introduced and the dynamic compensation of temperature sensor is realized by building sensor's dynamic inverse modle.

提出了一种基于递归神经网络的热电偶测温滞后的动态补偿方法，利用神经网络良好的非线性映射能力，建立传感器的动态逆模型，实现对传感器的动态补偿。

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8、

The intelligent monitoring system of wool fabric grazing treatment which is realized by the thermocouple temperature sensor is introduced, the structure of hardware and the flow chart of software of the system are given.

介绍了利用热电偶温敏器件实现毛纺布上光处理温度智能监控系统，给出了系统的硬件结构及软件流程。

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9、

Basic principle and features of signal of thermocouple temperature sensor are introduced, several methods of cold-junction compensation are provided, and the linearization rule of thermocouple temperature signal is released too.

介绍各种热电偶温度传感器的基本工作原理及其信号特点，提出了几种冷端补偿办法，指出了热电偶温度信号线性化规律。

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10、

Finally, aluminum cutting tests are carried out with the thin-film thermocouple temperature sensor.

最后采用薄膜热电偶温度传感器进行铝合金切削试验。

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11、

Introduced in the design how to uses the thermocouple sensor to carry on the survey for the temperature, and how to uses the frequency changer to control the electrical machinery rotational speed.

在设计中介绍了如何使用热电偶传感器对温度进行测量，如何使用变频器控制电机转速。

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12、

This method is also very efficacious to solve hard questions, by the exercise student can hold basic laws of thermocouple sensor more immovable.

同样适用于解答一些复杂的习题，且使学生更牢固掌握热电偶的基本定律。

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13、

The material selection and structural design of the thermocouple sensor and the routine test conditions, especially the recovery factor and time constant experiment are introduced.

介绍了热电偶传感器材料的选择和结构的设计以及传感器的例行实验情况，特别是恢复系数和时间常数实验。

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14、

Application of RBF-PSO in Nonlinear Calibration for Thermocouple Sensor

RBF-PSO在N型热电偶非线性校正中的应用

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15、

Probe into Teaching of Thermocouple Sensor

热电偶传感器的教学探讨

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16、

The accuracy of the thermocouple sensor is determined by the accuracy of the wire used.

所用的热电偶线的准确性决定热电偶传感器的准确度。

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17、

Neural Network-based Intelligent Signal Processing for Thermocouple Sensor

基于神经网络的热电偶传感器的智能信号处理

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18、

New Type Thin-film Thermocouple Sensor for Cutting Temperature Measurement

新型薄膜式热电偶切削温度测量传感器

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19、

Measurement technology of thermocouple sensor in the liquid rocket engine test

液体火箭发动机试验热电偶传感器测量工艺

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20、

An integrated thermocouple sensor was employed in measurement of melt temperature in injection molding process.

介绍了注射成型中集成式热电偶在熔体温度测量中的应用，并分别对流道中温度分布以及多型腔H型流道系统中靠近上下型腔的熔体温度进行了测量。

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