Electromagnetism and cross-disciplinary problems

L. Kettunen, T. Kovanen, T. Tarhasaari
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Abstract

Electromagnetic theory is a model of the electromagnetic phenomenon. As is well known, the model can be expressed in many different ways. All the formulations are, however, concretizations of the same so-called “abstract general” of electromagnetism. In this paper we consider the Maxwell house as this abstract general. The motivation for this is, an increasing amount of progress in engineering science takes place on the interfaces between different fields. Cross-disciplinary results are best achieved by formalizing first the logical reasoning behind electromagnetism, as this then results in an unambiguous basis for cross-disciplinary communication.
电磁学和跨学科问题
电磁理论是电磁现象的一个模型。众所周知,该模型可以用许多不同的方式表示。然而,所有的公式都是电磁学的同一个所谓“抽象一般”的具体化。在本文中,我们把麦克斯韦住宅看作这个抽象的一般。这样做的动机是,越来越多的工程科学的进步发生在不同领域之间的接口。跨学科的结果最好是通过首先形式化电磁学背后的逻辑推理来实现,因为这将为跨学科的交流提供一个明确的基础。
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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