EME：电磁效应

电磁效应（ElectroMagnetic Effects，简称EME）是物理学及相关学术科学领域中一个常见的基础概念，通常以缩写形式EME进行快捷书写与交流，用于指代由电场和磁场相互作用所产生的各类物理现象。

As a result of patient experimenting he succeeded in fixing the laws which govern electromagnetic effects.
他坚持不懈地进行实验，终于成功地确定了支配电磁效应(EME)的定律。
The research contents of this thesis include two parts : microwave biomedical imaging and evaluation of lightning electromagnetic effects.
本文包含微波生物医学成像和雷电电磁效应(EME)评估两方面的研究内容。
This paper introduces resonance effect and electric field disturbance effect in the high power solid state pulse transmitter, and presents the principles and the simulation methods of the two electromagnetic effects.
介绍了大功率固态脉冲发射机内的谐振效应和屏蔽盒对电场的扰动效应，阐述了两种电磁效应(EME)的产生机理与仿真方法。
And most of the models are built on low frequency, ignoring many high-frequency electromagnetic effects.
并且绝大多数模型建立于低频段，忽略了高频段可能出现的电磁效应(EME)。
As the physical phenomena, physical principle of electromagnetic induction, magnetic modulation, electromagnetic effects and superconducting effects have been found and effective application, magnetic field measurement technology has been greatly developed.
伴随着电磁感应、磁调制、电磁效应(EME)和超导效应等物理现象、物理原理的相继发现和有效应用，磁场测量技术有了很大的发展。

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