磁场耦合是指一个线圈的电流变化，在相邻的线圈产生感应电动势的现象。它们在电的方面彼此独立，之间的相互影响是靠磁场将其联系起来的。导体的两端接在电流表的两个接线柱上，组成闭合电路，当导体在磁场中向左或向右运动，切割磁力线时，电流表的指针就发生偏转，表明电路中产生了电流.这样产生的电流叫感应电流。
磁场耦合共振器 magnetically coupled resonators
外磁场耦合 extracorporeal magnetic filed coupling
电磁场耦合 electromagnetic field coupling
高磁通耦合场线圈系统 FLUX CORE
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研究了机械场与电磁场耦合作用下简支圆薄板的分岔与混沌问题。
The problem of bifurcation and chaos of a simply supported thin circular plate under coupling action of a electromagnetic field and a mechanical field is studied.
设计了适合本系统的磁场耦合线圈，开发了控制线圈和声音播放的软件系统，实现了磁诱导睡眠状态下协助记忆装置的研制。
The complete software for magnetic stimulation control and sound player was programmed into the chip. The system with the promotion of memory based on magnetic stimulation was successfully developed.
研究者认为磁共振耦合技术比其它无线充电方法更加安全，因为在增大磁场强度的同时，周围的其它非共振物体不会受到影响。
Magnetic resonance coupling is thought to be safer than other methods of wireless charging because the intensity of the field can be increased without affecting other, non-resonant objects nearby.
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