A first-principles self-consistent model that couples plasma and neutral physics suitable for
the simulation of turbulent plasma behavior in the tokamak SOL is presented. While the …

A self-consistent model is presented for the simulation of a multi-component plasma in the
tokamak boundary. A deuterium plasma is considered, with the plasma species that include …

The impact of neutrals on the anomalous edge plasma transport is examined in detail within
the resistive drift wave (RDW) turbulence and zonal flow (ZF) system. It is shown that the …

The electron density ne of turbulent coherent structures (blobs) has been measured at the
edge plasma of the TJ-II stellarator using the helium line ratio technique. A spectroscopic …

The modification of interchange plasma turbulence in the scrape-off layer (SOL) region by
the presence of hot and cold neutral gas molecules has been studied. The nonlinear …

We study a reduced electrostatic fluid model for the tokamak scrape-off layer, which
incorporates temperature gradient and vorticity gradient as two free energy fields. Two …

The three‐dimensional (3D) turbulence code TOKAM3X‐EIRENE, coupling the 3D non‐
isothermal version of TOKAM3X to the EIRENE Monte Carlo solver has been developed with …

The role of neutral gas molecules in the Scrape-off Layer (SOL) region of tokamak plasma is
important as it is expected to modify the plasma turbulence. Two-dimensional model has …

Plasma flows and their profiles in edge and scrape-off layer (SOL) regions of a tokamak
plasma are important as these can modify the interchange plasma turbulence. These flows …

A numerical model of partially ionized plasmas is developed in order to capture their
evolving ionization fractions as a result of Alfvén ionization (AI). The mechanism of, and the …