geoana.em.BaseEM#

Inheritance diagram of BaseEM
class geoana.em.BaseEM(sigma=1.0, mu=1.25663706212e-06, epsilon=8.8541878128e-12, **kwargs)#

Base electromagnetics class.

The base EM class stores the physical properties that are relevant to all problems which solve Maxwell’s equations. The base EM class assumes that all physical properties (conductivity, magnetic permeability and dielectric permittivity) are homogeneously distributed within a wholespace and are non-dispersive. These properties are overwritten in child classes as necessary.

Parameters
sigmafloat, optional

Electrical conductivity in S/m. Default is \(\sigma\) = 1 S/m

mufloat, optional

Magnetic permeability in H/m. Default is \(\mu_0 = 4\pi \times 10^{-7}\) H/m

epsilonfloat, optional

Dielectric permittivity F/m. Default is \(\epsilon_0 = 8.85 \times 10^{-12}\) F/m

Attributes

epsilon

Dielectric permittivity in F/m

mu

Magnetic permeability in H/m

sigma

Electrical conductivity in S/m

Galleries and Tutorials using geoana.em.BaseEM#

Magnetostatic Vector Potentials: Dipole and Loop Sources

Magnetostatic Vector Potentials: Dipole and Loop Sources

Magnetostatic Vector Potentials: Dipole and Loop Sources
Total magnetic fields: Dipole and Pole sources

Total magnetic fields: Dipole and Pole sources

Total magnetic fields: Dipole and Pole sources
Electric Dipole in a Whole Space: Frequency Domain

Electric Dipole in a Whole Space: Frequency Domain

Electric Dipole in a Whole Space: Frequency Domain