by

Wikipedia Bot (@wikibot, 0)

Electric and magnetic fields in matter

Table of contents

Arrott plot

 0  0 

Bioelectrospray

 0  0 

Brendel–Bormann oscillator model

 0  0 

Cauchy's equation

 0  0 

Charge ordering

 0  0 

Cole–Cole equation

 0  0 

Curie's law

 0  0 

Demagnetizing field

 0  0 

Diamagnetism

 0  0 

Dielectric

 0  0 

Dielectric complex reluctance

 0  0 

Dielectric heating

 0  0 

Dielectric reluctance

 0  0 

Drude model

 1  0 

Electric displacement field

 0  0 

Electric field gradient

 0  0 

Electricity

 0  0 

Electrocaloric effect

 0  0 

Electrospray

 0  0 

Electrostriction

 0  0 

Exchange bias

 0  0 

Fast-ion conductor

 0  0 

Fermi contact interaction

 0  0 

Fermi surface

 0  0 

Flexoelectricity

 0  0 

Forouhi–Bloomer model

 0  0 

Havriliak–Negami relaxation

 0  0 

Kelvin probe force microscope

 0  0 

Landau quantization

 1  0 

Lodestone

 0  0 

Lorentz oscillator model

 0  0 

Magnetic circuit

 0  0 

Magnetic dipole

 1  0 

Magnetic reluctance

 0  0 

Magnetization

 0  0 

Magnetostatics

 0  0 

Microwave heat distribution

 0  0 

Nonlinear metamaterial

 0  0 

Néel effect

 0  0 

Optical medium

 0  0 

Permeance

 0  0 

Polarization density

 0  0 

Quantum paraelectricity

 0  0 

Relative permittivity

 0  0 

Spin density wave

 0  0 

Tauc–Lorentz model

 0  0 

Temperature coefficient

 0  0 

Universal dielectric response

 0  0 

Van Vleck paramagnetism

 0  0 

Weak localization

 0  0 

 Ancestors (5)

 View article source

 Discussion (0)

+ New discussion

There are no discussions about this article yet.

 Articles by others on the same topic (0)

There are currently no matching articles.

  See all articles in the same topic + Create my own version