单词electromagnetics
n.: 电磁学
网络: 电磁场；电磁场分析；电磁模块
〔作单数用〕电磁学
Radiation and scattering of transient electromagnetic pulse is one of key research topics in Electromagnetics Community.
瞬态电磁脉冲的散射与辐射是电磁学领域的一个重要课题。
Optics is a basic course in physics and a required course of physics following mechanics, calorifics , and electromagnetics.
光学是继力学、热学、电磁学之后的第四门物理学的专业基础课，是物理学科学生的一门必修课。
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。
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。
Then, the preconditions technique in analysis of electromagnetics scattering characteristic is presented.
介绍了电磁散射特性分析中预条件技术。
The paper focus on tests on electromagnetics field and Radar Cross Section (RCS) with densified grid provided by the flux-splitting method.
采用矢通量分裂法在网格加密后对电磁散射场和雷达散射截面积RCS进行了检验。
University degree, Telecomm or Electronics Engineering, RF, Microwave or Electromagnetics Major.
本科以上学历，主修电信、电子、射频、微波或电磁学专业。
The scattering of target or environment has attracted great attention in the subject of Electromagnetics.
目标及环境的电磁散射问题研究一直是电磁学中的一个热点。
The theory refers to an aether similar in terms to conventional electromagnetics.
本理论提及的以太近似传统电磁学中的概念。
Thus an alternative for the global optimization of inverse problems in electromagnetics is introduced.
因此，本文为电磁场逆问题的求解计算提供他一种可供选择的全局优化算法。