Electrodynamics

Contents:

• Charge Transport (Electrodynamics)
  • Current density is charge density times drift velocity
    • current_density
    • charge_density
    • drift_velocity
    • law
• Constitutive Relations
  • Absolute permittivity via relative permittivity
    • absolute_permittivity
    • relative_permittivity
    • law
  • Electric displacement is permittivity times electric field
    • electric_displacement
    • absolute_permittivity
    • electric_field_strength
    • law
  • Magnetic flux density from magnetic field strength
    • magnetic_flux_density
    • absolute_permeability
    • magnetic_field_strength
    • law
• Dynamics (Electromagnetism)
  • Lorentz force via electromagnetic field
    • lorentz_force
    • charge
    • electric_field
    • velocity
    • magnetic_flux_density
    • law
• Electromotive Force
  • Electromotive force induced in moving contour
    • electromotive_force
    • current_turn_count
    • time
    • magnetic_flux
    • law
  • Electromotive force induced in rotating rod
    • electromotive_force
    • magnetic_flux_density
    • angular_frequency
    • length
    • law
  • Electromotive force induced in rotating coil
    • electromotive_force
    • coil_turn_count
    • magnetic_flux_density
    • contour_area
    • angular_frequency
    • time
    • law
  • Self-induced electromotive force via time derivative of current
    • time
    • electromotive_force
    • inductance
    • current
    • law
• Maxwell’s Equations
  • Divergence of electric displacement field is volumetric charge density
    • position_vector
    • electric_displacement
    • volumetric_charge_density
    • law
  • Curl of magnetic field is free current density and electric displacement derivative
    • time
    • position_vector
    • magnetic_field
    • electric_displacement
    • free_current_density
    • law
  • Curl of electric field is negative magnetic flux density derivative
    • time
    • position_vector
    • electric_field
    • magnetic_flux_density
    • law
  • Divergence of magnetic flux density is zero
    • position_vector
    • magnetic_flux_density
    • law