Time-Domain Electromagnetics (geoana.em.tdem)

The geoana.em.tdem module contains simulation classes for solving basic time-domain electromagnetic problems.

Simulation Classes

BaseTDEM(time, **kwargs)	Base time domain electromagnetic class
ElectricDipoleWholeSpace(time, **kwargs)	Class for simulating the fields and fluxes for a transient electric dipole in a wholespace.
VerticalMagneticDipoleHalfSpace(time, **kwargs)	Transient of a vertical magnetic dipole in a half space.
TransientPlaneWave([amplitude, orientation])	Class for simulating the fields for a transient planewave in a wholespace.

Utility Functions

peak_time(z, sigma[, mu])	Compute peak time for a plane wave in a homogeneous electromagnetic media.
diffusion_distance(time, sigma[, mu])	Compute diffusion distance for a plane wave in a homogeneous electromagnetic media.
theta(time, sigma[, mu])	Analog to wavenumber in the frequency domain.
vertical_magnetic_field_horizontal_loop(t[, ...])	Vertical transient magnetic field at the center of a horizontal loop over a halfspace.
vertical_magnetic_flux_horizontal_loop(t[, ...])	Vertical transient magnetic flux density at the center of a horizontal loop over a halfspace.
vertical_magnetic_field_time_deriv_horizontal_loop(t)	Time-derivative of the vertical transient magnetic field at the center of a horizontal loop over a halfspace.
vertical_magnetic_flux_time_deriv_horizontal_loop(t)	Time-derivative of the vertical transient magnetic flux density at the center of a horizontal loop over a halfspace.
magnetic_field_vertical_magnetic_dipole(t, xy)	Magnetic field due to step off vertical dipole at the surface
magnetic_field_time_deriv_magnetic_dipole(t, xy)	Magnetic field time derivative due to step off vertical dipole at the surface
magnetic_flux_vertical_magnetic_dipole(t, xy)	Magnetic flux density due to step off vertical dipole at the surface
magnetic_flux_time_deriv_magnetic_dipole(t, xy)	Magnetic flux density time derivative due to step off vertical dipole at the surface