Examples#

https://github.com/codespaces/badge.svg

You will find below a series of runnable examples using Rizer.

All examples can be run directly from Codespace.

See also

To find examples covering a specific topic, see the index of example tags.

Cantera#

[Cantera] related examples.

Plot the chemical equilibrium of a given initial solution.

Plot the chemical equilibrium of a given initial solution.

Interactive Reaction Path Diagrams for CH₄ plasma chemistry.

Interactive Reaction Path Diagrams for CH₄ plasma chemistry.

Kinetics#

Kinetics related examples, like how to build a chemical mechanism with electrons and visualizing reaction path diagrams.

Run Bolsig to compute energy fraction loss in CH₄.

Run Bolsig to compute energy fraction loss in CH₄.

Do we get the same equilibrium with and without inverse reactions?

Do we get the same equilibrium with and without inverse reactions?

Cross sections and reaction rate constant for the ionisation of CH₄ by electrons.

Cross sections and reaction rate constant for the ionisation of CH₄ by electrons.

Rempart Mechanism Validation.

Rempart Mechanism Validation.

Plasma#

Could be NRP plasma, DC plasma, hybrid plasma, or discharge plasma examples.

Analysis of Philippe Castera’s circuit.

Analysis of Philippe Castera's circuit.

Elenbaas-Heller model for H₂ DC plasma.

Elenbaas-Heller model for H₂ DC plasma.

Use Stine-Watson model for a DC thermal plasma in H₂.

Use Stine-Watson model for a DC thermal plasma in H₂.

Analysis of Thor4 generator data.

Analysis of Thor4 generator data.

Radiation properties#

Methane and hydrogen radiation properties in Local Thermal Equilibrium (LTE), using the Net Emission Coefficient (NEC) method for now.

Plot radiation data vs. temperature for CH4, H2 and N2.

Plot radiation data vs. temperature for CH4, H2 and N2.

Thermodynamic properties#

Methane and hydrogen thermodynamic properties in Local Thermal Equilibrium (LTE) for now, as well as composition at equilibrium for methane and hydrogen.

Plot thermo data vs. temperature for a plasma of H2, O2 or N2 in LTE.

Plot thermo data vs. temperature for a plasma of H2, O2 or N2 in LTE.

Plot mass enthalpy vs. temperature for methane and hydrogen.

Plot mass enthalpy vs. temperature for methane and hydrogen.

Plot thermodynamic properties of H₂ vs. temperatures.

Plot thermodynamic properties of H₂ vs. temperatures.

Plot CH₄ chemical equilibrium vs temperature for various pressures (including solid carbon).

Plot CH₄ chemical equilibrium vs temperature for various pressures (including solid carbon).

Plot CH₄ chemical equilibrium vs temperature for various pressures (at high temperatures).

Plot CH₄ chemical equilibrium vs temperature for various pressures (at high temperatures).

Plot thermodynamic properties of CH₄ vs. temperatures.

Plot thermodynamic properties of CH₄ vs. temperatures.

Plot specific heat vs. temperature for different species and thermo data.

Plot specific heat vs. temperature for different species and thermo data.

Transport properties#

Methane and hydrogen transport properties in Local Thermal Equilibrium (LTE) for now.

Plot transport data vs. temperature for a plasma of H2, O2 or N2 in LTE.

Plot transport data vs. temperature for a plasma of H2, O2 or N2 in LTE.

Plot electrical conductivity vs. temperature for a plasma of methane.

Plot electrical conductivity vs. temperature for a plasma of methane.

Plot transport data vs. temperature for a plasma of hydrogen.

Plot transport data vs. temperature for a plasma of hydrogen.

Plot transport data vs. temperature for a plasma of methane.

Plot transport data vs. temperature for a plasma of methane.