Electromagnetic Theory

Notes of electromagnetic theory for electrical & electronics engineering.it almost cover important topics with pictures which are given chapter wise

Chapter 1

1. Coordinate Systems in Two and Three Dimensions

2. scalar & vector fields

3. gradient

4. divergence & curl of a vector field

5. fundamental theorems of vector calculus

6. Coulomb's law

7. electric field intensity due to different charge distribution viz

8. line charge, sheet charge, Field due to continuous volume

9. electric potential

10. properties of potential function

11. potential gradient equipotential surfaces

12. line of force

13. Gauss law

14. applications of Gauss law

Chapter 2

1. Laplace's & Poisson's equations

2. solution of Laplace's equation

3. Electric dipole

4. dipole moment

5. potential & electric field intensity due to dipole

6. Behavior of conductors in an electric field

7. Conductor & insulator

8. electric field inside a dielectric

9. Boundary value conditions for electric Field

10. Energy stored and energy density in static electric field

11. conduction & convection current density ohms law in point form

12. equation of continuity

Chapter 3

1. Static Magnetic Field

2. Biot-Savart's law

3. Magnetic Field intensity due to straight current carrying filament

4. Magnetic field due to current carrying conductor

5. Relationship between magnetic flux, flux density & magnetic Field intensity

6. Ampere?s circuital law and its applications

7. Maxwell's Equations and Electromagnetic Waves

8. Ampere's circuital law in point form

9. Magnetic force

10. moving charge in a magnetic field

11. Lorentz Force on straight and long current carrying conductors in magnetic field

12. force between two long & parallel current carrying conductors

13. Magnetic dipole & dipole moment

14. a differential current loop as dipole

15. torque on a current carrying loop in magnetic field

16. Magnetic Boundary conditions

Chapter 4

1. Scalar magnetic potential and its limitations

2. Vector magnetic potential and its properties

3. vector magnetic potential due to different simple configurations

4. Self and Mutual inductances

5. self inductance of solenoid

6. Energy stored in magnetic Field & energy density

7. Faraday's Law

8. transformer & motional EMFs

9. Maxwell's equations as Generalization of circuit equations

10. Maxwell's equation in free space

11. Maxwell's equation for harmonically varying Field

12. static and steady fields

13. Maxwell's equations in differential & integral form

Chapter 5

1. Electro Magnetic Waves

2. Uniform plane wave in time domain in free space

3. Wave equation and solution for material medium

4. Pointing Vector theorem

5. power loss in a plane conductor

6. Polarization of waves

7. Reflection at surface of a conducting medium

8. surface impedance

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第1章

1.坐标系在二维和三维

2.标量和矢量场

3.梯度

4.矢量场的发散＆卷曲

5.矢量微积分基本定理

6.库仑定律

由于不同的电荷分布即7.电场强度

8.线充，充电板，现场由于连续容积

9.电位

10.势函数的性质

11.电位梯度等势面

12.行力

13.高斯定律

14.高斯定律的应用

第2章

1.拉普拉斯和泊松方程

2.拉普拉斯方程的解

3.电偶极子

偶极矩

由于偶极5.潜力和电场强度

6.在电场行为导体

7.导线绝缘体与

8.介质内部的电场

电场9.边值条件

10.在静态电场能量储存和能量密度

11.传导和对流电流密度欧姆逐点法

12.连续性方程

第3章

1.静态磁场

2.毕奥 - 萨伐尔定律

3.磁场强度由于直电流承载丝

4.由于载流导体磁场

5.磁通，磁通密度及磁场强度的关系

6安培？的环路定理及其应用

7.麦克斯韦方程和电磁波

8.安培逐点环路定律

9.磁力

10.在磁场中移动的电荷

11.洛仑兹力的磁场又直又长载流导体

12.两个长和平行载流导体之间的力量

13.磁偶极和偶极矩

14.一个差动电流回路作为偶极

15.转矩在磁场中的载流环

16.磁场边界条件

第4章

标量磁势和其​​局限性

2.矢量磁势和它的属性

3.磁矢势，由于不同的简单配置

4.自感和互感

5.电磁自感

6.存储磁场和能量密度能量

7.法拉第定律

8.变压​​器及动感电磁场

9.麦克斯韦方程组的电路方程的推广

10.麦克斯韦在自由空间方程

11.麦克斯韦方程谐变场

12.静态和稳定的领域

13.麦克斯韦微分与积分形式方程

第5章

1.电磁波

2.均匀平面波时域自由空间

3，波动方程和材料介质解决方案

4.指向矢量定理

5.在一个面内导体的功率损耗

6.极化波

7.反射在导电介质的表面

8.表面阻抗</div> <div class="show-more-end">