科学发现——电动力感应

T. Turmambekov, N. Mastenova
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引用次数: 0

摘要

这篇文章提出了实验证据和科学发现的描述“在静电场中运动的导体中的电流激发现象”。我要给你们看的第一类效应是由静电力引起的。它是控制原子运动、碰撞和产生热能和光能的力。这种力还使原子按照大自然奇妙的设计,以无数种方式结合在一起,形成我们周围所看到的各种奇妙的结构。根据麦克斯韦的理论,当电场发生变化时,总是会出现涡流磁场。在我们的工作中,我们将研究相对低频的磁场变化,这与理论计算相比可以忽略不计。此外,有充分的理由相信,在实践中,没有磁场发生在电容器内部。这些工作的结论可以通过特斯拉变压器的运行来证实,特斯拉变压器的高压端连接到一个单独的电容器上,而这个电容器又与地球表面形成一个电容器。由于四分之一波的分布,我们只能观察到这个电容器周围的电场,而磁场出现在这个变压器的电流(地)部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scientific discovery – electrodynamic induction
This article presents experimental evidence and a description of the scientific discovery «The phenomenon of electric current excitation in a conductor moving in an electrostatic field». The first class of effects I will show you are those caused by the electrostatic force. It is the force that controls the movement of atoms, collides, and generates heat and light energy. This force also causes atoms to combine in an infinite number of ways according to nature's fantastic designs, and to form all the amazing structures we see around us. According to Maxwell's theory, an eddy magnetic field should always appear when the electric field changes. In our work, we will study relatively low-frequency changes in the magnetic field, which are negligible compared to its theoretical calculation. In addition, there is every reason to believe that in practice no magnetic field occurs inside the capacitor. The conclusions of these works can be confirmed by the operation of the Tesla transformer, whose high-voltage end is connected to a single capacitor, which in turn forms a capacitor with the surface of the Earth. Due to the quarter-wave distribution, we can only observe the electric field around this capacitor, and the magnetic field appears in the current (ground) part of this transformer.
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