利用改进的模糊逻辑控制对现代电子电路中磁力作用的改进分析

Rakesh Kumar, Jitendra Singh
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引用次数: 0

摘要

磁力在电子学领域起着非常重要的作用。发电机、电动机、电器和变压器都是依靠磁能运转的。同样重要的设备,如电视机、收音机、飞机等,都有基于磁能工作的设备。磁性及其应用,以及在电气设备中的应用。磁源材料按磁导率分类。对磁力线的磁化率小于1的磁性材料称为抗磁性材料。它们是磁排斥的。对磁力线的磁化率大于1的任何磁性材料都称为顺磁性材料。顺磁性材料只受磁铁的轻微吸引。任何能够在其内部接受磁力线超过数千条的磁性材料都称为铁磁性材料。这种原料被磁铁高度吸引。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Improved Analysis of Magnetic Force Role in the Modern Electronics Circuits using Improved Fuzzy Logic Control
Magnetic force plays a very important role in the field of electronics. Generators, motors, electrical appliances and transformers operate on the basis of magnetic energy. Also important devices like television sets, radios, airplanes, etc. have devices that work based on magnetic energy. Magnetism and their applications and how much it is used in electrical equipment. Magnetic source materials are classified according to their permeability. Any magnetic material whose susceptibility to magnetic lines is less than one is called diamagnetic material. These are magnetically repelled. Any magnetic material whose susceptibility to magnetic lines is greater than one is called paramagnetic material. Paramagnetic materials are only slightly attracted by a magnet. Any magnetic material whose ability to accept magnetic lines within itself is more than thousands is called ferromagnetic material. Such raw materials are highly attracted by the magnet.
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