1D plasma#

One-dimensional radial plasma models: the transient two-temperature reacting plasma channel (PlasmaChannel / ChannelReactor1D) and the steady LTE arc column (ThermalPlasmaColumn1D), together with 0D-vs-1D comparisons (matched, prescribed, and self-consistent NRP circuit) and the monolithic-CVODE vs operator-split solvers.

1D plasma channel vs 0D reactor on a matched NRP discharge (current & energy)

1D plasma channel vs 0D reactor on a matched NRP discharge (current & energy)

1D vs 0D on a self-consistent NRP circuit (each closes its own loop)

1D vs 0D on a self-consistent NRP circuit (each closes its own loop)

CH4 plasma channel: field pulse on a pre-ionized channel, then relaxation (n_e video)

CH4 plasma channel: field pulse on a pre-ionized channel, then relaxation (n_e video)

Transient radial conduction vs. the analytical infinite-cylinder solution

Transient radial conduction vs. the analytical infinite-cylinder solution

Channel diameter expansion: 1D model vs engineering law vs experiment

Channel diameter expansion: 1D model vs engineering law vs experiment

Field-driven ionization then relaxation of a 1D plasma channel (n_e video)

Field-driven ionization then relaxation of a 1D plasma channel (n_e video)

Energy-equation effect of species diffusion (compressibility + enthalpy diffusion)

Energy-equation effect of species diffusion (compressibility + enthalpy diffusion)

Transient two-temperature reacting plasma channel

Transient two-temperature reacting plasma channel

1D plasma channel: operator-split vs monolithic CVODE (same physics)

1D plasma channel: operator-split vs monolithic CVODE (same physics)

Steady LTE arc column: Cantera 1D solver vs analytical Elenbaas-Heller

Steady LTE arc column: Cantera 1D solver vs analytical Elenbaas-Heller