AbstractNormalizations

class plasmapy.simulation.abstractions.AbstractNormalizations

An abstract base class to represent the normalization constants for systems of equations describing plasmas.

Warning

This interface is unstable and is subject to change.

Attributes Summary

`current_density`	The current density normalization.
`diffusivity`	The normalization for diffusivity.
`dynamic_viscosity`	The normalization for dynamic viscosity.
`electric_field`	The electric field normalization.
`heat_flux`	The normalization for heat flux.
`length`	The normalization for length.
`magnetic_field`	The magnetic field normalization.
`magnetic_flux`	The normalization for the magnetic flux or vector potential.
`mass`	The normalization for mass.
`mass_density`	The normalization for mass density.
`number_density`	The normalization for number density.
`pressure`	The normalization for pressure.
`temperature`	The normalization for temperature.
`thermal_conductivity`	The normalization for thermal conductivity.
`time`	The normalization for time.
`velocity`	The normalization for velocity.
`volumetric_heating_rate`	The normalization for the volumetric heating rate.
`volumetric_rate`	The normalization for a volumetric rate.
`wavenumber`	The normalization for inverse length.

Attributes Documentation

magnetic_flux: The normalization for the magnetic flux or vector potential.

volumetric_heating_rate: The normalization for the volumetric heating rate.

volumetric_rate

The normalization for a volumetric rate.

This normalization is applicable to, for example, the number of collisions per unit volume per unit time.