electromagnetics

Hybrid-source electromagnetics is an effective method for Geo-Exploration, especially for seeking underground water in drought area.

混场源电磁法作为地质勘查, 特别是缺水地区找水的一种有效勘探方法,得到越来越多的应用.

This mathematical model is composed the electromagnetics model and the mechanics model.

该数学模型由电磁学模型和力学模型组成.

This course introduces the theory of engineering electromagnetics.

本课程在介绍工程上基本的电磁学理论.

Electromagnetics is one of the most fundamental subjects in an electrical engineering curriculum.

电磁学为电机、电子工程课程中最基本的科目之一.

Discusses the abstract simplification, establishing conditions and the application of the physical models in electromagnetics.

讨论了电磁学中物理模型+的简化抽象 、 成立条件、使用范围等问题.

The theory research on electromagnetic forming is related to electromagnetics and plasticity dynamics.

电磁成形理论涉及电磁学与塑性动力学,磁压力研究是其理论研究的基本问题之一.

With the accelerative growth of high-performance computers, computational electromagnetics made and is still making substantial progress.

随着电磁理论的发展和计算机性能的不断提高, 计算电磁学在最近几年得到了长足的发展.

Time domain methods are popular and efficient in computational electromagnetics.

时域数值方法是计算电磁学领域的研究热点和常用方法.

The equal value line diagrams are drawn to reveal the attenuation characteristics of electromagnetics in space.

另需绘制电磁场计算值等高线概略图,分析电磁场值随空间衰减的特性.

Firstly, this cours introduces the electromagnetics applied in various field. Secondly, we study electrostatics and magnetostatics.

本课程先对电磁领域各方面作概念性介绍, 启发同学兴趣, 其次探讨静电与静磁学.