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Electric and magnetic fields in matter

Table of contents

Arrott plot

Bioelectrospray

Brendel–Bormann oscillator model

Cauchy's equation

Charge ordering

Cole–Cole equation

Curie's law

Demagnetizing field

Diamagnetism

Dielectric

Dielectric complex reluctance

Dielectric heating

Dielectric reluctance

Drude model

Electric displacement field

Electric field gradient

Electricity

Electrocaloric effect

Electrospray

Electrostriction

Exchange bias

Fast-ion conductor

Fermi contact interaction

Fermi surface

Flexoelectricity

Forouhi–Bloomer model

Havriliak–Negami relaxation

Kelvin probe force microscope

Landau quantization

Lodestone

Lorentz oscillator model

Magnetic circuit

Magnetic dipole

Magnetic reluctance

Magnetization

Magnetostatics

Microwave heat distribution

Nonlinear metamaterial

Néel effect

Optical medium

Permeance

Polarization density

Quantum paraelectricity

Relative permittivity

Spin density wave

Tauc–Lorentz model

Temperature coefficient

Universal dielectric response

Van Vleck paramagnetism

Weak localization

 Ancestors (5)

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