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醉染图书电磁学——问题与解法9787560394978
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Pretace
Acknowledgements
About the anthors
1 Mathematical techniques
1.1 Theory
1.1.1 Dondcrss product
1.1.2 Separation vector
1.1.3 Transformation matrix
1.1.4 Gradient
1.1.5 Divergence
1.1.6 Curl
1.1.7 Laplacian
1.1.8 Line integral
1.1.9 Surface integral
1.1.10 Volume integral
1.1.1 1 Fundamental theorem for gradients
1.1.1 2 Fundamental theorem for divergences Gausss theorem Greens theorem,divergence theorem)
1.1.1 3 Fundamental theorelll for CUrls fStokes theorem.curl theorem
1.1.1 4 Cylindrical polar coordinates
1.1.1 5 Spherical polar coordinates
1.1.1 6 One-dimensional Dirac delta function
1.1.17 Theory of vector fields
1.2 Problems and solutions
Bibliography
2 Electrostatics
2.1 Theory
2.1.1 Coulombs law
2.1.2 Electric field
2.1.3 Gausss law
2.1.4 Curl of E
2.1.5 Energy of a point charge distribution
2.1.6 Energy of a continuous distribution
2.1.7 Energy per unit volume
2.2 Problems and solutions
Bibliography
3 Electric potential
3.1 Theory
3.1.1 LaplaceS equation
3.1.2 Solving Laplaces equation
3.1.3 General solutions
3.1.4 Method of images
3.1.5 Potential due to a dipole
3.1.6 Multiple expansion
3.1.7 Monopole moment
3.2 Problems and solutions
Bibliography
4 Magnetostatics
4.1 Theory
4.1.1 Magnetic force
4.1.2 Force on a current carrying wire
4.1.3 Volume current density
4.1.4 Continuity equation
4.1.5 Biot-Savart law
4.1.6 Divergence of B
4.1.7 Amperes law
4.1.8 Vector potential
4.1.9 Magnetic dipole moment
4.1.10 Magnetic field due to dipole moment
4.2 Problems and solutions
Bibliography
5 Electric fields in matter
5.1 Theory
5.1.1 lnduced dipole moment of all atom in an electric field
5.1.2 Torqueoll a dipole due to all electric field
5.1.3 Force on a dipole
5.1.4 Energy of a dipole in an electric field
5.1.5 Surface bound charge due to polarization P
5.1.6 Volume bound charge due to-polaization P
5.1.7 Potential due to polarization P
5.1.8 Electric displacement
5.1.9 Gausss law for electric displacement
5.1.10 Linear dielectrics
5.1.1 1 Energy in a dielectric system
5.2 Problems and solutions
Bibliography
6 Magnetic fields in matter
6.1 Theory
6.1.1 Torque on a magnetic dipole moment
6.1.2 Force on a magnetic dipole
6.1.3 H-field
6.1.4 Linear media
6.1.5 Surface bound current due to magnetization M
6.1.6 Volume bound current due to magnetization M
6.2 Problems and solutions
Bibliography
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