Preface |
Linear Analysis / 1: |
Linear Spaces / 1.1: |
Linear Transformations / 1.2: |
The Inversion Problem / 1.3: |
Green's Functions / 1.4: |
Reciprocity / 1.5: |
Green's Dyadics / 1.6: |
Convergence of a Series / 1.7: |
Eigenfunctions / 1.8: |
Integral Operators / 1.9: |
Eigenfunction Expansions / 1.10: |
Discretization / 1.11: |
Matrices / 1.12: |
Solution of Matrix Equations: Stability / 1.13: |
Finite Differences / 1.14: |
Perturbations / 1.15: |
Variational Techniques / 2: |
Stationary functionals / 2.1: |
A Suitable Functional for the String Problem / 2.2: |
Functionals for the General L Transformation / 2.3: |
Euler's Equations of Some Important Functionals / 2.4: |
Discretization of the Trial Functions / 2.5: |
Simple Finite Elements for Planar Problems / 2.6: |
More Finite Elements / 2.7: |
Direct Numerical Solution of Matrix Problems / 2.8: |
Iterative Numerical Solution of Matrix Problems / 2.9: |
Electrostatic Fields in the Presence of Dielectrics / 3: |
Volume Charges in Vacuum / 3.1: |
Green's Function for Infinite Space / 3.2: |
Multipole Expansion / 3.3: |
Potential Generated by a Single Layer of Charge / 3.4: |
Potential Generated by a Double Layer of Charge / 3.5: |
Potential Generated by a Linear Charge / 3.6: |
Spherical Harmonics / 3.7: |
Dielectric Materials / 3.8: |
Cavity Fields / 3.9: |
Dielectric Sphere in an External Field / 3.10: |
Dielectric Spheroid in an Incident Field / 3.11: |
Numerical Methods / 3.12: |
Electrostatic Fields in the Presence of Conductors / 4: |
Conductivity / 4.1: |
Potential Outside a Charged Conductor / 4.2: |
Capacitance Matrix / 4.3: |
The Dirichlet Problem / 4.4: |
The Neumann Problem / 4.5: |
Numerical Solution of the Charge Density Problem / 4.6: |
Conductor in an External Field / 4.7: |
Conductors in the Presence of Dielectrics / 4.8: |
Current Injection into a Conducting Volume / 4.9: |
Contact Electrodes / 4.10: |
Chains of Conductors / 4.11: |
Special Geometries for the Electrostatic Field / 5: |
Two-Dimensional Potentials in the Plane / 5.1: |
Field Behavior at a ConductingWedge / 5.2: |
Field Behavior at a DielectricWedge / 5.3: |
Separation of Variables in Two Dimensions / 5.4: |
Two-Dimensional Integral Equations / 5.5: |
Finite Methods in Two Dimensions / 5.6: |
Infinite Computational Domains / 5.7: |
More Two-Dimensional Techniques / 5.8: |
Layered Media / 5.9: |
Apertures / 5.10: |
Axisymmetric Geometries / 5.11: |
Conical Boundaries / 5.12: |
Magnetostatic Fields / 6: |
Magnetic Fields in Free Space: Vector Potential / 6.1: |
Fields Generated by Linear Currents / 6.2: |
Fields Generated by Surface Currents / 6.3: |
Fields at Large Distances from the Sources / 6.4: |
Scalar Potential in Vacuum / 6.5: |
Magnetic Materials / 6.6: |
Permanent Magnets / 6.7: |
The Limit of Infinite Permeability / 6.8: |
Two-Dimensional Fields in the Plane / 6.9: |
Numerical Methods: Integral Equations / 6.10: |
Numerical Methods: Finite Elements / 6.12: |
Nonlinear Materials / 6.13: |
Strong Magnetic Fields and Force-Free Currents / 6.14: |
Radiation in Free Space / 7: |
Maxwell's Equations / 7.1: |
TheWave Equation / 7.2: |
Potentials / 7.3: |
Sinusoidal Time Dependence: Polarization / 7.4: |
Partially Polarized Fields / 7.5: |
The Radiation Condition / 7.6: |
Time-Harmonic Potentials / 7.7: |
Radiation Patterns / 7.8: |
Equivalent Sources / 7.9: |
LinearWire Antennas / 7.13: |
CurvedWire Antennas: Radiation / 7.14: |
Transient Sources / 7.15: |
Radiation in a Material Medium / 8: |
Constitutive Equations / 8.1: |
PlaneWaves / 8.2: |
Ray Methods / 8.3: |
Beamlike Propagation / 8.4: |
Equivalent Circuit of an Antenna / 8.5: |
Effective Antenna Area / 8.8: |
Plane Boundaries / 9: |
PlaneWave Incident on a Plane Boundary / 9.1: |
Propagation Through a Layered Medium / 9.2: |
The Sommerfeld Dipole Problem / 9.3: |
Multilayered Structures / 9.4: |
Periodic Structures / 9.5: |
Field Penetration Through Apertures / 9.6: |
Edge Diffraction / 9.7: |
The Wave Equation / 10: |
Preface |
Linear Analysis / 1: |
Linear Spaces / 1.1: |
Linear Transformations / 1.2: |
The Inversion Problem / 1.3: |
Green's Functions / 1.4: |