The teaching of thermodynamics today

R. Bartlett, J. Kubie
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引用次数: 0

Abstract

Although there are several robust theories of ‘thermodynamics’ operating very successfully over a range of different disciplines, for example, biology, chemistry, geoscience, quantum theory, astrophysics and numerous associated technologies, there are still no unifying foundations for this most important branch of science. Yet, most elementary thermodynamics is taught from an unjustifiable assumption of consistency and certainty. The current inconsistencies that permeate the science community’s thinking about ‘heat’ first appear at the time of Kelvin. This chapter traces some of the early attempts to formulate a theory of ‘heat’ and indicates a way in which we can improve our approach to the teaching of elementary thermodynamics by attempting to empathise with Kelvin’s perspective.
今天的热力学教学
虽然有几个强大的“热力学”理论非常成功地应用于一系列不同的学科,例如生物学、化学、地球科学、量子理论、天体物理学和许多相关技术,但对于这一最重要的科学分支,仍然没有统一的基础。然而,最基本的热力学是从一个不合理的一致性和确定性的假设中教授的。目前科学界对“热”的不一致看法最早出现在开尔文时代。这一章追溯了一些早期的尝试,以形成一个“热”的理论,并指出了一种方式,我们可以改进我们的方法,以基本的热力学教学,试图同情开尔文的观点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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