rizer.cantera_ext
C++ Cantera 1-D plasma extension (custom Domain1D models and solvers)
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rizer::CircuitSample Struct Reference

The circuit columns of one recorded frame. More...

#include <CircuitCoupling.h>

Public Attributes

double Rp = 0.0
 Resistance the circuit was DRIVEN with over the step ending at this frame, which is what current was computed from [Ohm].
double Rp_state = 0.0
 Resistance OF this frame's own recorded fields, which is what a reader recomputing it from Tg, Te and Y gets [Ohm].
double Vp = 0.0
 Plasma terminal voltage at the end of the step [V].
double current = 0.0
 Total current \(V_p/R_p\) [A].
double electric_field = 0.0
 Applied field \(V_p/\mathrm{gap}\) [V/m].

Detailed Description

The circuit columns of one recorded frame.

Returned rather than written into a history, so the coupling owes nothing to the driver's recording structures and can be asserted on its own.

Definition at line 33 of file CircuitCoupling.h.

Member Data Documentation

◆ current

double rizer::CircuitSample::current = 0.0

Total current \(V_p/R_p\) [A].

Definition at line 45 of file CircuitCoupling.h.

◆ electric_field

double rizer::CircuitSample::electric_field = 0.0

Applied field \(V_p/\mathrm{gap}\) [V/m].

Definition at line 47 of file CircuitCoupling.h.

◆ Rp

double rizer::CircuitSample::Rp = 0.0

Resistance the circuit was DRIVEN with over the step ending at this frame, which is what current was computed from [Ohm].

Definition at line 37 of file CircuitCoupling.h.

◆ Rp_state

double rizer::CircuitSample::Rp_state = 0.0

Resistance OF this frame's own recorded fields, which is what a reader recomputing it from Tg, Te and Y gets [Ohm].

The two agree only where the conductivity is not moving.

Definition at line 41 of file CircuitCoupling.h.

◆ Vp

double rizer::CircuitSample::Vp = 0.0

Plasma terminal voltage at the end of the step [V].

Definition at line 43 of file CircuitCoupling.h.

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