Namespaces
namespace	units

Classes
struct	ChannelHistory
struct	ChannelOptions
class	CollisionModel
	Composition-resolved electron-heavy momentum-transfer collision model. More...
struct	ColumnOptions
	Solver configuration. All fields have defaults matching a typical H2 arc. More...
struct	ColumnResult
	Output of a completed column solve. More...
class	DruyvesteynRate
struct	ElectronTemperatureData
	Shared data carrying the electron temperature (mirrors Cantera's own TwoTempPlasmaData but only needs Te). More...
class	JanevDissociativeRecombinationC2HyRate
class	Plasma0DReactor
	Native C++ two-temperature 0D plasma reactor (stateless per-eval evaluator). More...
class	PlasmaChannel1D
	Transient, two-temperature (Te != Tg), finite-rate reacting 1-D radial plasma channel (custom Cantera Domain1D). More...
struct	PlasmaChannelConfig
class	PropertyTable
class	ReactorRHS
	Shared single-cell two-temperature reacting-plasma RHS (one physics source). More...
struct	ReverseTwoTempData
	Shared data for all reverse-two-temperature-plasma reactions. More...
class	ReverseTwoTemperaturePlasmaRate
	Reverse of a forward two-temperature-plasma reaction: More...
class	ThermalPlasmaColumn1D
	Steady radial LTE Elenbaas-Heller arc column (custom Cantera Domain1D). More...

Functions
ColumnResult	solveColumn (double R, double electric_field, double T_wall, const PropertyTable &sigma, const PropertyTable &kappa, const PropertyTable &p_rad, const ColumnOptions &opts)
	Build, solve, and extract the radial Elenbaas-Heller column.
void	registerPlasmaRates ()
	Register the custom plasma reaction rates with Cantera's ReactionRateFactory.
ChannelHistory	solveChannelTransient (const ChannelOptions &opts)
	Build a PlasmaChannel1D from opts.cfg, advance it from t=0 to \(t = \mathtt{opts.dt} \cdot \mathtt{opts.n\_steps}\) [s] with the requested backend (opts.integrator), and return the recorded radial history.

Variables
constexpr double	GasConstant = units::R_kmol
constexpr double	Boltzmann = units::k_b

Function Documentation

◆ registerPlasmaRates()

void rizer::registerPlasmaRates ( )

Register the custom plasma reaction rates with Cantera's ReactionRateFactory.

Idempotent (factory reg replaces silently); safe to call before every newSolution. Call this before loading any mechanism that uses janev-dissociative-recombination-C2Hy, Druyvesteyn, or reverse-two-temperature-plasma.

Definition at line 26 of file PlasmaRates.cpp.

◆ solveChannelTransient()

ChannelHistory rizer::solveChannelTransient ( const ChannelOptions & opts )

Build a PlasmaChannel1D from opts.cfg, advance it from t=0 to \(t = \mathtt{opts.dt} \cdot \mathtt{opts.n\_steps}\) [s] with the requested backend (opts.integrator), and return the recorded radial history.

Throws Cantera::CanteraError if the integrator fails to converge (see solveChannelTransient's own comments for the two backends' distinct failure modes).

Parameters

opts	Mechanism/grid/transport config, dt/n_steps/record_every/ loglevel, and integrator choice

Definition at line 115 of file TransientPlasmaChannelSolver.cpp.

◆ solveColumn()

ColumnResult rizer::solveColumn	(	double	R,
		double	electric_field,
		double	T_wall,
		const PropertyTable &	sigma,
		const PropertyTable &	kappa,
		const PropertyTable &	p_rad,
		const ColumnOptions &	opts )

Build, solve, and extract the radial Elenbaas-Heller column.

Parameters

R	Outer wall radius [m]
electric_field	Axial E field [V/m], held fixed for this solve
T_wall	Wall (boundary) temperature [K] at r=R
sigma	Electrical conductivity table \(\sigma(T)\) [S/m] vs. T [K]
kappa	Thermal conductivity table \(\kappa(T)\) [W/m/K] vs. T [K]
p_rad	Volumetric radiative loss table \(P_\text{rad}(T)\) [W/m^3] vs. T [K]
opts	Solver configuration (grid, refinement, initial guess, etc.)

Definition at line 13 of file PlasmaColumnSolver.cpp.

Variable Documentation

◆ Boltzmann

double rizer::Boltzmann = units::k_b

constexpr

Definition at line 47 of file ReactorRHS.cpp.

◆ GasConstant

double rizer::GasConstant = units::R_kmol

constexpr

Definition at line 19 of file PlasmaChannel1D.cpp.

Namespaces

Classes

Functions