This material node is only available with the AC/DC Module.

Local Properties

normH

–

Magnetic flux density norm

normB

T

Dielectric loss factor

eta_epsilon

–

Relative permittivity (imaginary part)

epsilonBis

Relative permittivity (real part)

epsilonPrim

This material node is only available with the AC/DC Module.

Electric field norm

normE

Local Properties

normJ

–

This material node is only available with the AC/DC Module.

Local Properties

normHeff

–

Magnetic flux density norm

normBeff

T

This material node is only available with the AC/DC Module.

Maximum magnetization parameter

MsJA (3×3 matrix)

A/m

Langevin slope parameter

aJA (3×3 matrix)

A/m

Pinning parameter

kJA (3×3 matrix)

A/m

Reversibility parameter

cJA (3×3 matrix)

1

Interdomain coupling parameter

alphaJA (3×3 matrix)

1

This material node defines the electric resistivity (and conductivity) as a linear function of temperature.

Reference resistivity

rho0

Ω·m

Reference temperature

Tref

K

Resistivity temperature coefficient

alpha

1/K

This material node assumes zero conductivity.

Loss tangent, loss angle

delta

rad

Relative permittivity (real part)

epsilonPrim

1

This material node assumes zero conductivity.

Loss tangent, dissipation factor

tanDelta

1

Relative permittivity (real part)

epsilonPrim

1

Relative permeability (imaginary part)

murBis

–

Relative permeability (real part)

murPrim

–

This material node assumes a relative permeability of unity and zero conductivity. This material node is only available with the RF Module or the Wave Optics Module.

Refractive index, imaginary part

ki

–

Refractive index

n

1

This material node is only available with the AC/DC Module.

Recoil permeability

murec

1

Remanent flux density norm

normBr

T