计量与测试技术2024,Vol.50Issue(9) :1-4.DOI:10.15988/j.cnki.1004-6941.2024.9.001

曲面铜—康铜薄膜热电偶的研制及分度方法研究

Research on the Preparation and Scaling Method of Curved Copper-constantan Thin Film Thermocouples

关卫军 李水敏 路宗敏 张仲恺 田边 张金龙
计量与测试技术2024,Vol.50Issue(9) :1-4.DOI:10.15988/j.cnki.1004-6941.2024.9.001

曲面铜—康铜薄膜热电偶的研制及分度方法研究

Research on the Preparation and Scaling Method of Curved Copper-constantan Thin Film Thermocouples

关卫军 1李水敏 2路宗敏 1张仲恺 2田边 2张金龙2
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作者信息

  • 1. 陕西省计量科学研究院
  • 2. 西安交通大学
  • 折叠

摘要

薄膜热电偶可实现对固体表面温度的准确测量.本文采用磁控溅射工艺制备曲面铜-铜镍合金(康铜)薄膜热电偶,通过对影响成膜质量的溅射参数进行分析,提出一种基于磁控溅射和退火工艺的制备方法,并进行实验验证.结果表明:该热电偶工作温度范围为(-60~300)℃,300℃下输出为4.827mV;该方法的误差绝对值的最大值不超过0.2℃,误差平方和为0.00024174mV2,优于传统方法.

Abstract

Thin film thermocouples enable accurate measurement of solid surface temperature.In this paper,the sur-face copper-copper-nickel alloy(Constantan)thin film thermocouple was prepared by magnetron sputtering process.A preparation method based on magnetron sputtering and annealing process was proposed by analyzing the sputtering parameters that affect the film forming quality.The results show that the operating temperature range of the thermocouple is(-60~300)℃,and the output is 4.827 mV at 300℃.The maximum absolute error value of this method is not more than 0.2℃,and the sum of squares of error is 0.00024174mV2,which is better than the traditional method.

关键词

薄膜热电偶/研制/最小二乘法/分度方法

Key words

thin film thermocouples/preparation/least square/scaling method

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出版年

2024
计量与测试技术
成都市计量监督检定测试所

计量与测试技术

影响因子:0.175
ISSN:1004-6941
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