Linked from

The 12 pages that link to Electric displacement field, each with the reason it gives.

• DielectricRelated: It separates the dielectric’s bound-charge response from free charge in field calculations.

• Dielectric constantRelated: The relation D = εE uses permittivity to connect field and displacement.

• PermittivityRelated: Permittivity relates this field to the electric field in a material.

• Vacuum permittivityRelated: In vacuum, electric displacement equals ε₀ times the electric field.

• Electric polarizationRelated: Its definition separates polarization effects from free charge in dielectric calculations.

• Electric susceptibilityRelated: Its relation to the electric field provides another route to define dielectric susceptibility.

• Electric fluxRelated: Its flux through a closed surface counts enclosed free charge.

• Polarization densityRelated: It separates free charge from polarization’s bound-charge contribution in Maxwell’s equations.

• Relative permittivityRelated: Its relation to the electric field includes permittivity.

• Displacement currentRelated: Its time variation supplies the displacement-current density in material form.

• Dielectric polarizationRelated: It separates free-charge effects from the polarization response in Maxwell’s equations.

• Displacement current densityRelated: Displacement current density is the time derivative of this field.