magnetostatics

magnetostatics

1. Boundary Value Problems in Magnetostatics with and without Magnetic Materials.

20磁性与非磁性材料之静磁学边界值问题。

2. In this paper, a comprehensive survey for the state of art of a posteriori error estimates in finite element computation for magnetostatics since 1980s is presented.

80年代以来,国际上兴起对恒定磁场后验误差估计的研究,本文系统地介绍这方面的发展概况。

3. Dipoles, Quadrupoles. Azimuthal Symmetry. Magnetostatics, Charge Conservation and Magnetic Force.

偶极,四极。方位角对称。静磁,带电量守恒及磁力。

4. The calculations of some electrostatic and magnetostatics problems by means of elliptic integral

利用椭圆积分法计算某些电磁场问题

5. Energy in an External Electric Field. And Basics of Magnetostatics.

外加电场中之能量。及基础静磁学。

6. Such as: the balance of elastic membrane, the heat conduction of stationary state, the incompressible potential flow, the problem of electrostatic field and magnetostatics field.

弹性膜的平衡问题,稳定状态的热传导问题,不可压缩势流问题,静电场问题以及静磁场问题。

7. Show the physical sense of H magnetic instensity in the view of magnetic charge and solve several problom in magnetostatics.

指出磁荷观点中磁场强度H的物理意义,并以此研究静磁学中的若干问题。

8. Firstly, this cours introduces the electromagnetics applied in variours 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。

9. Survey of basic electromagnetic phenomena: electrostatics, magnetostatics, electromagnetic properties of matter.

简单介绍电磁学的基本现象：包含静电学、静磁学、物质的电磁特性。

10. Gauss laws of electrostatics and magnetostatics

高斯静电静磁定律