PlasmaBlob¶
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class
plasmapy.plasma.sources.PlasmaBlob(T_e, n_e, Z=None, particle='p')¶ Bases:
plasmapy.plasma.GenericPlasmaClass for describing and calculating plasma parameters without spatial/temporal description.
Attributes Summary
compositionelectron_densityelectron_temperatureionizationMethods Summary
coupling()Ion-ion coupling parameter to determine if quantum/coupling effects are important. 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
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composition¶
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electron_density¶
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electron_temperature¶
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ionization¶
Methods Documentation
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coupling()¶ Ion-ion coupling parameter to determine if quantum/coupling effects are important. This compares Coulomb potential energy to thermal kinetic energy.
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classmethod
is_datasource_for(**kwargs)¶
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quantum_theta()¶ Quantum theta parameter, which compares Fermi kinetic energy to thermal kinetic energy to check if quantum effects are important.
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regimes()¶ Generate a comprehensive description of the plasma regimes based on plasma properties and consequent plasma parameters.
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