NEOPAX._turbulence

Attributes

DENSITY_STATE_TO_PHYSICAL
TEMPERATURE_STATE_TO_PHYSICAL
PRESSURE_SOURCE_STATE_TO_MW_M3

Functions

get_Turbulent_Fluxes_Analytical(species, grid, ...[, ...])	Analytical diffusive turbulent flux model.
get_Turbulent_Fluxes_PowerOverN(species, ...[, ...])	Analytical power-scaled turbulent transport with coefficients ~ P^0.75 / N_e.

Module Contents

NEOPAX._turbulence.DENSITY_STATE_TO_PHYSICAL = 1e+20

NEOPAX._turbulence.TEMPERATURE_STATE_TO_PHYSICAL = 1000.0

NEOPAX._turbulence.PRESSURE_SOURCE_STATE_TO_MW_M3 = 0.016019992951203103

NEOPAX._turbulence.get_Turbulent_Fluxes_Analytical(species, grid, chi_temperature, chi_density, temperature, density, field, density_right_constraint=None, density_right_grad_constraint=None, temperature_right_constraint=None, temperature_right_grad_constraint=None)

Analytical diffusive turbulent flux model.

Per species:

Gamma_a = -chi_density[a] * d n_a / dr Q_a = -n_a * chi_temperature[a] * d T_a / dr

NEOPAX._turbulence.get_Turbulent_Fluxes_PowerOverN(species, chi_temperature, chi_density, total_power_mw, temperature, density, field, density_right_constraint=None, density_right_grad_constraint=None, temperature_right_constraint=None, temperature_right_grad_constraint=None)

Analytical power-scaled turbulent transport with coefficients ~ P^0.75 / N_e.