plasmapy.dispersion.analytical

The analytical subpackage contains functionality associated with analytical dispersion solutions.

Attention

This feature is under development. Breaking changes may occur in the future.

Sub-Packages & Modules

mhd_waves_

Objects for representing magnetohydrodynamic (MHD) waves.

stix_

Functionality for calculating the numerical solutions to the Stix cold plasma function.

two_fluid_

Functionality for calculating various analytical solutions to the two fluid dispersion relation.

Classes

AbstractMHDWave(B, density, Unit), ion, *, ...)

Abstract base class for magnetohydrodynamic waves.

AlfvenWave(B, density, Unit), ion, *, T, ...)

A class to represent magnetohydrodynamic Alfvén waves.

FastMagnetosonicWave(B, density, Unit), ion, ...)

A class to represent fast magnetosonic waves.

SlowMagnetosonicWave(B, density, Unit), ion, ...)

A class to represent slow magnetosonic waves.
Inheritance diagram of plasmapy.dispersion.analytical.mhd_waves_.AbstractMHDWave, plasmapy.dispersion.analytical.mhd_waves_.AlfvenWave, plasmapy.dispersion.analytical.mhd_waves_.FastMagnetosonicWave, plasmapy.dispersion.analytical.mhd_waves_.SlowMagnetosonicWave

Functions

mhd_waves(*args, **kwargs)

Returns a dictionary containing objects of the three magnetohydrodynamic waves with identical parameters.

stix(B, w, ions, n_i, theta)

Calculate the cold plasma dispersion function presented by Stix [1992], and discussed by Bellan [2012].

two_fluid(B, ion, k, n_i, theta, *, T_e, T_i)

Using the solution provided by Bellan [2012], calculate the analytical solution to the two fluid, low-frequency (\(ω/kc ≪ 1\)) dispersion relation presented by Stringer [1963].

Example Notebooks

Dispersion: A Full Two Fluid Solution
Stix Dispersion Solver