A Development of the Equations of Electromagnetism in Material Continua

1. Introduction.- 1.1 General.- 1.2 Electrostatics.- 1.3 Magnetostatics.- 1.4 Electromagnetics.- I. Electrostatics.- 2. Electric Field Equations in Charged Regions.- 2.1 The Electric Field.- 2.2 Continuous Charge Distributions.- 2.3 Geometric Considerations.- 2.4 Fields Inside the Charged Region.- 2.5 Field Equation on Charge Density.- 3. Electric Field Equations in Charged and Polarized Regions.- 3.1 The Electric Dipole Moment.- 3.2 Fields Inside the Polarized Region.- 3.3 Field Equation of Electrostatics.- 3.4 Linearized Electrostatics.- 3.5 Boundary Conditions of Electrostatics.- 4. Forces and Torques Exerted by the Electric Field on Charged and Polarized Matter.- 4.1 Electric Body Forces.- 4.2 Maxwell Electrostatic Stress Tensor.- 4.3 Electric Torques.- 5. Electrostatic Energy.- 5.1 Energy Resulting from Distributions of Charge.- 5.2 Energy Resulting from Distributions of Charge and Polarization.- 5.3 Energy in Linear Electrostatics.- II. Magnetostatics.- 6. Magnetic Field Equations in Regions Carrying Steady Currents.- 6.1 The Magnetic Force Law.- 6.2 The Magnetic Induction Field.- 6.3 Continuous Distributions of Current.- 6.4 Field Equation on Current Density.- 7. Magnetic Field Equations in Magnetized Regions Carrying Steady Current.- 7.1 The Magnetic Dipole Moment.- 7.2 Fields Inside the Magnetized Region.- 7.3 Field Equation of Magnetostatics.- 7.4 Linearized Magnetostatics.- 7.5 Boundary Conditions of Magnetostatics.- 8. Forces and Torques Exerted by the Magnetic Induction Field on Magnetized Matter Carrying Current.- 8.1 Magnetic Body Forces.- 8.2 Maxwell Magnetostatic Stress Tensor.- 8.3 Magnetic Torques.- 9. Magnetostatic Energy.- 9.1 Energy Resulting from Distributions of Current.- 9.2 Energy Resulting from Distributions of Current and Magnetization.- 9.3 Energy in Linear Magnetostatics.- III. Electromagnetics.- 10. The Electromagnetic Field Equations.- 10.1 Time Dependence.- 10.2 Linearized Electromagnetism.- 10.3 Electromagnetism in Free-Space.- 10.4 Electromagnetic Boundary Conditions.- 11. Energy and Momentum in the Electromagnetic Field.- 11.1 Electromagnetic Energy.- 11.2 Electromagnetic Momentum and Force.- 12. The Influence of Motion on the Electromagnetic Field Equations.- 12.1 Boundary Conditions at Moving Surfaces of Discontinuity.- 12.2 Relative Motion and the Speed of Light.- 12.3 Transformation of the Electromagnetic Field Variables Resulting from Relative Motion.- 13. The Electromagnetic Potentials.- 13.1 The Electromagnetic Potential Formulation of Maxwell's Equations.- 13.2 The Quasi-Static Electric Field.- 13.3 The Quasi-Static Magnetic Field for Insulators.- 14. Linear Circuit Equations from Maxwell's Equations.- 14.1 Electric Circuit Equations and Voltage Generation.- 14.2 Capacitance and Resistance.- 14.3 Mutual and Self-Inductance.- 14.4 Parallel Circuits.- Footnotes and References.- Author Index.