PlasmaBlob

class plasmapy.plasma.sources.plasmablob.PlasmaBlob(

T_e,

n_e,

Z=None,

particle: str | int | integer | Particle | CustomParticle | Quantity = 'p+',

)

Bases: GenericPlasma

Class for describing and calculating plasma parameters without spatial/temporal description.

Initialize plasma parameters. The most basic description is composition (ion), temperature, density, and ionization.

Attributes Summary

composition
electron_density
electron_temperature
ionization

Methods Summary

average_ionization()
coupling()	Ion-ion coupling parameter to determine if quantum/coupling effects are important.
ion_density()
ion_temperature()
is_datasource_for(**kwargs)
quantum_theta()	Quantum theta parameter, which compares Fermi kinetic energy to thermal kinetic energy to check if quantum effects are important.
regimes()	Generate a comprehensive description of the plasma regimes based on plasma properties and consequent plasma parameters.

Attributes Documentation

composition

electron_density

electron_temperature

ionization

Methods Documentation

average_ionization()

coupling()

Ion-ion coupling parameter to determine if quantum/coupling effects are important. This compares Coulomb potential energy to thermal kinetic energy.

ion_density()

ion_temperature()

classmethod is_datasource_for(**kwargs) → bool

quantum_theta()

Quantum theta parameter, which compares Fermi kinetic energy to thermal kinetic energy to check if quantum effects are important.

regimes()

Generate a comprehensive description of the plasma regimes based on plasma properties and consequent plasma parameters.