静电荷和静磁电机的电位工作原理

IF 1.8 Q3 COMPUTER SCIENCE, INTERDISCIPLINARY APPLICATIONS Engineering reports : open access Pub Date : 2023-10-05 DOI:10.33140/eoa.01.03.03
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引用次数: 0

摘要

该文件描述了一种潜在的(潜在的,它可能永远不会工作)的方式来产生永动机使用静电荷和静态磁铁。磁体必须以这种方式制造才能产生各向异性磁场。整个原理的关键是各向异性电场和各向异性磁场是否存在,以及它们是否可以用来产生永动机。在各向异性场中,你得到的能量大于你输入的能量(这是作者的预测)。他可能错了)。作者既没有能力也没有基础设施来检验这个想法。他希望有人替他做这件事。如果本文档的读者认为该想法很重要,请将作者列为该想法的贡献者。作者希望在这样的工作中被包括为共同作者。如果这是一个重要的想法,作者会感到惊讶,因为很多人可能已经考虑过并尝试过了。
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Potential Working Principle for a Static Charge and Static Magnetic Motor
The document describes a potential (potential, it may never work) way to generate perpetual motion using static charge and static magnets. The magnets have to be manufactured in such a way to generate anisotropic magnetic field. The crux of the whole principle is whether anisotropic electric fields and anisotropic magnetic fields exists and whether that can be used to generate perpetual motion. In anisotropic fields, the energy you get out is greater than the energy you put in (that is the author’s prediction. He might be wrong about it). The author does not have the ability nor the infrastructure to test the idea. He wishes someone will do it for him. If the reader of this document thinks the idea is significant, please cite the author as a contributor of the idea. The author would like to be included as a co-author in such a work. The author would be surprised if it is a significant idea because so many people might have already thought about it and tried it.
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CiteScore
5.10
自引率
0.00%
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0
审稿时长
19 weeks
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