ELECTROMAGNETIC FIELD THEORY:

a problem solving approach

• REVIEW OF VECTOR ANALYSIS
  • COORDINATE SYSTEMS
  • VECTOR ALGEBRA
  • THE GRADIENT AND THE DEL OPERATOR
  • FLUX AND DIVERGENCE
  • THE CURL AND STOKES’ THEOREM
• THE ELECTRIC FIELD
  • ELECTRIC CHARGE
  • THE COULOMB FORCE LAW BETWEEN STATIONARY CHARGES
  • CHARGE DISTRIBUTIONS
  • GAUSS’S LAW
  • THE ELECTRIC POTENTIAL
  • THE METHOD OF IMAGES WITH LINE CHARGES AND CYLINDERS
  • THE METHOD OF IMAGES WITH POINT CHARGES AND SPHERES
• POLARIZATION AND CONDUCTION
  • POLARIZATION
  • CONDUCTION
  • FIELD BOUNDARY CONDITIONS
  • RESISTANCE
  • CAPACITANCE
  • LOSSY MEDIA
  • FIELD-DEPENDENT’ SPACE CHARGE DISTRIBUTIONS
  • ENERGY STORED IN A DIELECTRIC MEDIUM
  • FIELDS AND THEIR FORCES
  • ELECTROSTATIC GENERATORS
• ELECTRIC FIELD BOUNDARY VALUE PROBLEMS
• THE MAGNETIC FIELD
• ELECTROMAGNETIC INDUCTION
• ELECTRODYNAMICS-FIELDS AND WAVES
• GUIDED ELECTROMAGNETIC WAVES
• RADIATION