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| Maxwell's Equations | |
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| Microscopic Electrodynamics | |
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| Microscopic Charges | |
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| The Field Equations | |
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| Variational Principle | |
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| Conservation Theorems | |
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| Delta Function | |
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| Radiation Fields | |
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| Multipole Radiation | |
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| Work Done by Charges | |
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| Macroscopic Fields | |
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| Problems for Chap. 1 | |
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| Spherical Harmonics | |
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| Connection to Bessel Functions | |
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| Multipole Harmonics | |
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| Spherical Harmonics | |
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| Multipole Interactions | |
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| Problems for Chap. 2 | |
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| Relativistic Transformations | |
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| Four-Dimensional Notation | |
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| Field Transformations | |
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| Problems for Chap. 3 | |
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| Variational Principles for Harmonic Time Dependence | |
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| Variational Principles | |
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| Boundary Conditions | |
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| Babinet's Principle | |
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| Reciprocity Theorems | |
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| Problems for Chap. 4 | |
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| Transmission Lines | |
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| Dissipationless Line | |
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| Resistive Losses | |
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| Example: Coaxial Line | |
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| Cutoff Frequencies | |
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| Problems for Chap. 5 | |
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| Waveguides and Equivalent Transmission Lines | |
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| Transmission Line Formulation | |
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| Hertz Vectors | |
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| Orthonormality Relations | |
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| Energy Density and Flux | |
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| Impedance Definitions | |
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| Complex Poynting and Energy Theorems | |
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| Problems for Chap. 6 | |
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| Rectangular and Triangular Waveguides | |
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| Rectangular Waveguide | |
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| Isosceles Right Triangular Waveguide | |
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| Equilateral Triangular Waveguide | |
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| Problems for Chap. 7 | |
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| Circular Cross Section | |
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| Cylinder Functions | |
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| Circular Guide | |
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| Circular Guide with Metallic Cylindrical Wedge | |
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| Coaxial Guide | |
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| Coaxial Guide with Metallic Cylindrical Wedge | |
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| Elliptic and Parabolic Cylinder Coordinates | |
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| Problems for Chap. 8 | |
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| Reflection and Refraction | |
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| Problems for Chap. 9 | |
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| Variational Methods | |
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| Variational Principles | |
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| Rayleigh's Principle | |
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| Proof of Completeness | |
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| Variation-Iteration Method | |
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| Error Estimates | |
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| Problems for Chap. 10 | |
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| Examples of Variational Calculations for Circular Guide | |
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| E Modes | |
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| Bounds on Second Eigenvalue | |
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| H Modes | |
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| Problems for Chap. 11 | |
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| Steady Currents and Dissipation | |
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| Variational Principles for Current | |
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| Green's Functions | |
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| Problems for Chap. 12 | |
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| The Impedance Concept in Waveguides | |
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| Waveguides and Equivalent Transmission Lines | |
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| Geometrical Discontinuities and Equivalent Circuits | |
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| S-Matrix | |
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| Normal Modes | |
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| Shift of Reference Point | |
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| Lumped Network Description | |
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| Energy | |
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| Variational Principle | |
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| Bifurcated Guide | |
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| Imperfect Conducting Walls | |
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| Conclusion | |
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| Problems for Chap. 13 | |
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| Accelerators: Microtrons and Synchrotrons | |
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| The Microtron | |
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| Cavity Resonators | |
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| Elementary Theory | |
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| Vertical Defocusing | |
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| Radiation Losses | |
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| Phase Focusing | |
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| Excitation of a Cavity by Electrons | |
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| Microwave Synchrotron | |
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| Accelerating Cavities | |
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| Motion of Electron | |
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| Betatron Regime: [epsilon subscript 0] = 0, [Phi subscript 0] = 2[pi]R[superscript 2]H[subscript 0](t) | |
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| Betatron Regime and Constant H[subscript 0] | |
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| Modern Developments | |
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| Problems for Chap. 14 | |
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| Synchrotron Radiation | |
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| Relativistic Larmor Formula | |
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| Energy Loss by a Synchrotron | |
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| Spectrum of Radiation Emitted by Synchrotron | |
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| Angular Distribution of Radiated Power | |
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| Historical Note | |
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| Problems for Chap. 15 | |
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| Diffraction | |
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| Variational Principle for Scattering | |
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| Scattering by a Strip | |
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| Normal Incidence | |
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| Grazing Incidence | |
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| General Incident Angle | |
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| Diffraction by a Slit | |
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| Approximate Field | |
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| Transform of Scattered Field | |
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| Differential Cross Section | |
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| First Approximation | |
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| Exact Electric Field | |
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| Approximate Surface Current | |
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| Problems for Chap. 16 | |
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| Quantum Limitations on Microwave Oscillators | |
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| Introduction | |
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| Coherent States | |
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| Harmonic Oscillator | |
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| Free Particle | |
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| Electron Interacting with an Oscillator | |
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| Extreme Quantum Limit | |
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| Correlations | |
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| Problems for Chap. 17 | |
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| Electromagnetic Units | |
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| References | |
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| Index | |