1.
But nobody had previously worked out a theory about magnetism.
但还从未有人研究出磁学理论。
2.
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。
3.
New Definition of Magnetic Induction Strength and Theoretic Derivation of Magnetism Law
磁感应强度的新定义及磁学定律的理论推导
4.
The Research of Complicated Problems about the Electromagnetic Field Theory Teaching;
电磁场理论教学中某疑难问题的研究
5.
Exploration of Reforms in Teaching of the Electromagnetic Field Course
“电磁场理论”课程的教学改革探讨
6.
Calculation of Electromagnetic Performance and Structural Mechanics of the Circular-conic Magnetically Insulated Transmission Line;
圆盘锥磁绝缘传输系统电磁性能及结构力学理论计算
7.
The Research of the Teaching Mode Reform in the Engineering Theoretic Course in University--based on the Electromagnetic Field Theory course
大学工科理论型课程教学模式改革研究——以《电磁场理论》课程为基础
8.
Researches on Excitation Control Based on Iterative Learning Control Theory;
基于迭代学习控制理论的励磁控制研究
9.
On the Application of Transformation Media in Electromagnetics;
电磁学中关于坐标变换的理论研究与实际应用
10.
Exploring and Practice of Reforms in Teaching the Course of Electromagnetic Field;
“电磁场理论”课程教学改革的探索与实践
11.
Application of Non-logic Thinking Method in Teaching of Electromagnetic Field Theory;
电磁场理论教学中非逻辑思维方法的运用
12.
Knowledge association and stream of consciousness in the teaching of theory of electromagnetic field;
电磁场理论教学中的知识联想与意识流
13.
Mathematical model and control of magnetic bearings based on α-th order inverse system theory
基于α逆系统理论磁轴承数学模型及控制系统
14.
To explain the fundamental optical phenomena of anisotropic crystals using electromagnetic theory
用电磁理论说明各向异性晶体的基本光学现象
15.
of or relating to Karl Gauss or his mathematical theories of magnetics or electricity or astronomy or probability.
属于、关于高斯或他的关于磁学、电学、天文学或概率的数学理论的。
16.
Theory of Interlayer Exchange Coupling in F/NM Multilayers Film;
铁磁/非铁磁多层薄膜的层间耦合理论
17.
Analysis and Measurement Research on Electromagnetic Field for Magnetic Bearings;
磁力轴承电磁场理论分析和实验研究
18.
The Theoretical Research about Magnetoresistance in the Double Ferromagnetic Semiconductor Junction;
双铁磁半导体结中磁电阻的理论研究