声频磁场或电场的理论2。应用程序和错误

J. Ashley, J.F. Heneage
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引用次数: 1

摘要

见《东南》1998,第194-7页(1998)。有必要对电力线和计算机显示器、电视接收机等电器附近的各种边缘场作严格的定义。第一部分给出了交流磁场、交流电场和真辐射电磁场的抽象而严格的定义。给出了音频器件附近辐射电磁场可忽略的理论原因。为了替代使用缩写词ELF和VLF,建议使用“音频”和“超音速频率”。给出了避免使用术语“电磁场”和“极低频场”的原因。电力线安全问题的理论物理方法是建立在偏微分方程边值的数学理论基础上的。提出了正确评估电力线边缘磁场的理论。
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The theory of audio frequency magnetic or electric fields. II. Applications and errors
For pt.I see Southeastcon '98, p.194-7 (1998). A need exists for a rigorous definition of the kinds of fringing fields found near power lines and appliances such as computer monitors and television receivers. Part I paper gave abstract but rigorous definitions for AC magnetic fields, AC electric fields, and true, radiated, electromagnetic fields. The theoretical reasons for the negligible radiated electromagnetic field near audio frequency devices are given. To give an alternative to using the acronyms ELF and VLF, the use of "audio frequency" and "supersonic frequency" is proposed. Reasons are given to avoid the jargon use of "electromagnetic fields" and "extremely low frequency fields." The theoretical physics approach to power line safety problems is based on the mathematical theory of boundary values on partial differential equations. The theory for correctly evaluating the power line fringing magnetic fields is sketched.
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