Chapter 12

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Chapter 12: Electrodynamic fields: the superposition integral point of view (PDF)
12.0 Introduction 12.1 Electrodynamic fields and potentials Superposition principle Continuity conditions 12.2 Electrodynamic fields of source singularities Potential of a point charge Electric dipole field Electric dipole in the sinusoidal steady state The far-field and uniformly polarized plane waves Magnetic dipole field 12.3 Superposition integral for electrodynamic fields Transient response Sinusoidal steady state response 12.4 Antennae radiation fields in the sinusoidal steady state Distributed current distribution Arrays Dipoles in broadside array Dipoles in end-fire array Finite dipoles in end-fire array Gain 12.5 Complex Poynting's theorem and radiation resistance Complex Poynting's theorem Radiation resistance 12.6 Periodic sheet-source fields: uniform and nonuniform plane waves Transverse magnetic (TM) fields Product solutions to the Helmholtz equation Transverse electric (TE) fields 12.7 Electrodynamic fields in the presence of perfect conductors Method of images Quarter-wave antenna above a ground-plane Two-element array over ground plane Ground-plane with reflector Boundaries at the nodes of standing waves 12.8 Summary		No videos for this session.	No videos for this session.