Examples

The repository examples are executable entry points. Some require prepared mechanism sidecars or an optional Julia environment; each script describes its inputs near the top. Run commands from the repository root unless noted.

Reactors

• Constant-pressure ignition: adiabatic H₂/O₂/Ar ignition with QNDF.
• Constant-volume ignition: closed constant-volume ignition.
• Isothermal reactor: compare constant-pressure and constant-volume reactors.
• Reactor networks: flow devices, stream mixing, heat-transfer walls, and pistons.
• Engine: a moving-piston model with prescribed injection and valves.
• Plasma reactors and nanosecond-pulse discharge.

Flames

• Free premixed flame: transport-stage sequence for H₂/O₂/Ar.
• Burner-stabilized flame: prescribed inlet mass flux.
• Fixed-temperature burner flame: measured temperature profile.
• Counterflow diffusion, opposed premixed, and twin premixed.
• Inert-wall impinging flame and catalytic impinging flame.
• Initial guess and restart workflow and ionized flames.

Thermodynamics, transport, and chemistry

• Thermodynamic calculations: equilibrium, sound speeds, stream mixing, and nozzles.
• Gas and condensed-phase equilibrium: gas/graphite equilibrium.
• Real-gas properties: Redlich–Kwong and Helmholtz-based calculations.
• Parallel transport sweep: viscosity and thermal conductivity over a temperature range.
• Surface chemistry and catalytic flow: surface kinetics, catalytic reactors, and diamond growth.
• Electron-energy distribution and Blowers–Masel rates.
• Mechanism preprocessing: exporters for kinetics, transport, surface, condensed-phase, and real-gas data.