开尔文的重新定义及国际低温温标的现状与展望

T. Shimazaki
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引用次数: 0

摘要

摘要:在低温研究和开发中,温度是实验和分析的重要参数之一。最近,作为国际单位制(SI)七个基本单位之一的温度单位开尔文(Kelvin)与其他三个基本SI单位一起被重新定义。概述了开尔文的重新定义及其背景。尽管开尔文的重新定义具有历史意义,但实际的低温测温没有,也不会受到影响,至少在一段时间内不会。实用的低温测温是基于国际温标(ITSs)。在开尔文的重新定义之后,ITSs的定义并没有改变。本文还介绍了热交换温度与开尔文定义的关系,以及热力学测温的特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Redefinition of Kelvin and the Present Status and Future Prospects of the International Temperature Scale at Low Temperature
Synopsis: The temperature is one of the important parameters, both in experiments and analysis, in cryogenic research and development. Recently the definition of the unit of temperature, Kelvin, which is one of the seven basic units in the International System of Units (SI) was redefined along with three other basic SI units. An outline of the redefinition of the Kelvin and its background are presented. Despite the historic redefinition of the Kelvin, practical cryogenic thermometry is not, and will not be, affected at least for a while. Practical cryogenic thermometry is based on the International Temperature Scales (ITSs). The definitions of the ITSs were not changed after the redefinition of the Kelvin. The relationship between the ITSs and the Kelvin definition, and the characteristics of thermodynamic thermometry are also presented.
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