electromagnetic phenomena where changing magnetic fields induce currents with opposing fields
Lenz's law states that when a magnetic field changes, it creates an electric current that produces its own magnetic field opposing that change. This principle is important because it explains how electromagnetic systems naturally resist changes and is fundamental to how many devices like generators and transformers work.
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在電磁學裏,楞次定律(Lenz's law)能夠找到由电磁感应產生的电动势和感應電流的方向。對於電磁感應所涉及的非保守力,這定律可以視為能量守恆定律的延伸。楞次定律是由俄羅斯物理学家海因里希·楞次在1834年发现的,其内容为 : 由於磁通量的改變而產生的感應電流,其方向為抗拒磁通量改變的方向。 只使用法拉第電磁感應定律,並不容易決定感應电流方向。楞次定律給出了一種既簡單又直觀地能夠找到感應電流方向的方法。
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Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).