电磁学

At the same time, some factors which influence on SPR phenomenon are analyzed based on optics and electromagnetic.

同时进一步从光学和电磁学的角度分析了影响表面等离子体波共振现象的诸多因素。

However, in the natural world the electron normally remains in a stable orbit around a nucleus -- seemingly defying classical electromagnetism.

然而在自然界电子正常地留在围绕核的稳定轨道上-表面上不服从经典电磁学。

Microvisual electromagnetic model and thermology model have been established and solved by starting with matching the change of micelle dielectric dissipation and heat exchange factor with temperature by using electromagnetic and heat transfer knowledge.

本文利用电磁学和传热学方面的相关知识，从拟合稠油中胶团介质损耗和换热系数随温度的变化规律出发，建立并求解了微波加热稠油的微观电磁模型和热学模型。

General physics is the natural science which studies the most general laws concerning the material structure, the interactions of the objects and the motion of the objects in nature. Its divisions are mechanics, optics, electromagnetic, thermology, atomic physics, etc. whose basic theories and laws all come from the practice and the experiments.

普通物理学是研究自然界的物质结构、物体间的相互作用和物体运动最一般规律的自然科学，分为力学、光学、电磁学、热学和原子物理学等学科，这些学科的基本理论和基本规律均来自于生产生活实践和实验。

Based on the surface structure model that the metal nanoellipsoids are arranged symmetrically on a metal substrate in the uniform electric field, the partial electric fields near the nanoellipsoid surfaces are calculated by using the classical electromagnetic theory.

基于均匀外电场中金属纳米椭球颗粒按一定对称性排列的表面结构模型，用经典电磁学理论计算了纳米椭球颗粒表面附近的局域电场。

Babbage proposed the idea more than a hundred years later, the electromagnetic science, electrical engineering, electronics continue to make significant progress in the components, the device aspects of the invention of a series of vacuum diode and triode vacuum; in the system technology, have been the invention of wireless telegraphy , television and radar .......

巴贝奇的设想提出以后的一百多年期间，电磁学、电工学、电子学不断取得重大进展，在元件、器件方面接连发明了真空二极管和真空三极管；在系统技术方面，相继发明了无线电报、电视和雷达……。

These kind of compounds in nano-scaled have special properties in catalysis、optics、electromagnetics、calorifics、electronics、gas sensors et al.

由于纳米级别的普鲁士蓝衍生物材料在催化、光学、电磁学、热学、电子学、传感器、力学等方面都表现出不同于传统材料的优异特性，它引起了科学工作者的广泛关注。

Nowadays, there come many numerical methods for Computational Electromagnetics including Electromagnetical Finite Element Method.

近年来，计算电磁学中发展了很多数值方法，其中以电磁场有限元的使用最广泛，并取得很多好的结果。

Electrical and electromagnetic exploration is an application science, which are used in gas-oil structure, hydrographic, coal, and...

电和电磁勘探是电磁学领域中的一门应用科学，在油气构造、水文地质、煤田地质及工程地质勘探方面取得了良好的效果。

Electrical and electromagnetic exploration is an application science, which are used in gas-oil structure, hydrographic, coal, and engineering geology exploration with good effects.

电和电磁勘探是电磁学领域中的一门应用科学，在油气构造、水文地质、煤田地质及工程地质勘探方面取得了良好的效果。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。