Induced Current Simulation of One-Dimensional Vibrating Magnetic Granular Particles System

S. Viridi, Suprijadi
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Abstract

Using a single loop solenoid motion of a magnetic granular particle is observed through its induced emf voltage, which is simulated using Faraday-Lenz induction law and model of magnetic dipole. Position of the loop is important, especially for this special case free fall and stationary base, where the maximum height is reduced in time. Some special moment, such as the particle reaching maximum height and hitting the base can be identified from the induce emf voltage curve.
一维振动磁颗粒系统的感应电流模拟
采用单回路螺线管,通过磁颗粒的感应电动势电压观察其运动,利用法拉第-伦茨感应定律和磁偶极子模型对其进行了模拟。环的位置很重要,特别是对于这种自由落体和固定基座的特殊情况,最大高度随着时间的推移而降低。从感应电动势电压曲线中可以识别出粒子到达最大高度和撞击基极等特殊时刻。
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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