螺旋粒子中的电磁感应与动量守恒
Electromagnetic Induction and the Conservation of Momentum in the Spiral Paradox
摘要：
在电磁学的经典描述中，因果颠倒导致了一个概念上的错误，这是许多悖论和例外的根源。目前，单极感应或法拉第盘是法拉第感应定律的一个例外，这一奇怪的事实已被普遍接受。当我们建立起正确的因果关系时，力学和电磁学之间就出现了密切的联系，就像一个新的感应定律一样，它不会出现悖论或例外。单极感应中的一些矛盾的实验，涉及独特的几何形状的螺旋线的描述演示反转的原因和效果。法拉第盘和导电螺线的电动势和转矩是由于连续电流的电磁角动量的连续变化。实验证实了洛伦兹力的存在，并证明了法拉第感应定律的无效性。他们表明如何在一个封闭的电路电动势和单极转矩不是由磁通量的变化，这是恒定的，但由两个变化的电磁角动量。改变电荷循环产生的电磁角动量的三种可能方式产生了不同形式的电磁感应。
英文摘要：
The inversion of cause and effect in the classic description of electromagnetism, gives rise to a conceptual error which is at the bottom of many paradoxes and exceptions. At present, the curious fact that unipolar induction or the Faraday Disc constitutes an exception to the Faraday induction law is generally accepted. When we establish the correct cause and effect relationship a close connection appears between mechanics and electromagnetism, as does a new induction law for which paradoxes or exceptions do not occur. Some paradoxical experiments in unipolar induction involving the unique geometry of the spiral are described demonstrating the inversion of cause and effect. The emf and torque of the Faraday Disc and the conducting spiral is due to the continuous variation of the electromagnetic angular moment of the continuous current. This experiments confirm the Lorentz Force and invalidate Faradays Induction Law. They show how in a closed circuit emf and unipolar torque are not produced by the variation in magnetic flux, which is constant, but by two variations in the electromagnetic angular moment. The three possible ways of varying the electromagnetic angular moment generated by the circulation of the charges gives rise to the different forms of electromagnetic induction.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
