Classes
class	CylSource
	Implements the source terms in the resistive diffusion terms that are added to Two-Temperature Ideal MHD to produce the resistive MHD equations arising from a cylindrical geometry. More...

class	ElectricField
	Class that calculates the electric field from Ohm's Law using resistive terms E = (dp/L) * (nupt) * eta * J. More...

class	ResistiveTerms
	Class used implement Resistive MHD terms for the Two-Temperature MHD model. More...

Functions
real	get_eta (const real *q, const real J[3], const bool const_resistivity, const real constant_resistivity_eta, const std::string resistivity_type, const real max_eta, const real min_eta, const real n_vac, const real eta_vac, const real gas_gamma, const real ompt, const real nupt, const real lnlam, const real Ai, const real Zi, const real Ae, const real rho_min, const real press_min)

Function Documentation

◆ get_eta()

real wxm::apps::mhd_two_temperature::resistive_mhd::get_eta	(	const real *	q,
		const real	J[3],
		const bool	const_resistivity,
		const real	constant_resistivity_eta,
		const std::string	resistivity_type,
		const real	max_eta,
		const real	min_eta,
		const real	n_vac,
		const real	eta_vac,
		const real	gas_gamma,
		const real	ompt,
		const real	nupt,
		const real	lnlam,
		const real	Ai,
		const real	Zi,
		const real	Ae,
		const real	rho_min,
		const real	press_min
	)