geoana.em.tdem.ElectricDipoleWholeSpace

class geoana.em.tdem.ElectricDipoleWholeSpace(time, **kwargs)

Class for simulating the fields and fluxes for a transient electric dipole in a wholespace.

Attributes

current	Current in the electric current dipole (A)
diffusion_distance	Compute diffusion distance for a plane wave in a homogeneous electromagnetic media.
epsilon	Dielectric permittivity in F/m
length	Length of the electric current dipole (m)
location	Location of the dipole
mu	Magnetic permeability in H/m
orientation	Orientation of the dipole as a normalized vector
sigma	Electrical conductivity in S/m
theta	Analog to wavenumber in the frequency domain.
time	Time (s) used for all computations

Methods

cross_orientation(xyz)	Cross products between a gridded set of vectors and the orientation of the source.
current_density(xyz)	Current density for the transient current dipole at a set of gridded locations.
distance(xyz)	Scalar distance from dipole to a set of gridded xyz locations
dot_orientation(vecs)	Dot product between the orientation of the source and a gridded set of vectors.
electric_field(xyz)	Electric field for the transient current dipole at a set of gridded locations.
magnetic_field(xyz)	Magnetic field for the transient current dipole at a set of gridded locations.
magnetic_field_time_deriv(xyz)	Time-derivative of the magnetic field for the transient current dipole at a set of gridded locations.
magnetic_flux_density(xyz)	Magnetic flux density for the transient current dipole at a set of gridded locations.
magnetic_flux_density_time_deriv(xyz)	Time-derivative of the magnetic flux density for the transient current dipole at a set of gridded locations.
peak_time(z)	Compute peak time for a plane wave in a homogeneous electromagnetic media.
vector_distance(xyz)	Vector distance to a set of gridded xyz locations.
vector_potential(xyz)	Vector potential for the transient current dipole at a set of gridded locations.