temperature_equations Module Reference

Public Member Functions
subroutine	temperature (GEOMETRY, PROFILES, IMPURITY, TRANSPORT, SOURCES, NUMERICS, DIAG, dump_out_flag)

Detailed Description

Definition at line 1 of file temperature_equations.f90.

Member Function/Subroutine Documentation

subroutine temperature_equations::temperature	(	type (magnetic_geometry)	GEOMETRY,
		type (plasma_profiles)	PROFILES,
		type (impurity_profiles)	IMPURITY,
		type (transport_coefficients)	TRANSPORT,
		type (sources_and_sinks)	SOURCES,
		type (transport_solver_numerics)	NUMERICS,
		type (diagnostic)	DIAG,
		integer (ids_int)	dump_out_flag
	)

Definition at line 7 of file temperature_equations.f90.

References acceptable_values::acceptable_temperature(), ets_plasma::allocate_collisionality(), type_transport_solver_numerics::allocate_solver(), ets_plasma::deallocate_collisionality(), type_transport_solver_numerics::deallocate_solver(), ets_math::deriv_fun(), diagnostic_out_ets::diagnostic_profiles_te(), diagnostic_out_ets::diagnostic_profiles_ti(), diagnostic_out_ets::diagnostic_solver(), acceptable_values::enforce_acceptable_temperature(), ets_math::fix_axis_value(), hyperdiffusion::get_hyper_values(), ets_math::integr_fun(), plasma_collisionality::plasma_collisions(), and solution_interface().

Referenced by transport_equations(), core_profiles_consistency::update_pressure_core_profiles_1d_electrons(), core_profiles_consistency::update_pressure_core_profiles_1d_ion(), and core_profiles_consistency::update_pressure_core_profiles_1d_ion_state().

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The documentation for this module was generated from the following file:

• src/transport_solver/temperature_equations.f90