During the last decade, significant progress has been made in the field of pellet injection
with (1) the identification of the drift of the deposited material in the inhomogeneous …

In high recycling and detached plasma regimes the recycling region largely defines the
properties of the whole scrape-off layer plasma by setting up the density and temperature …

Injecting shattered pellets is the critical concept of the envisaged ITER disruption mitigation
system (DMS). Rapid deposition of large amounts of material should presumably result in …

The injection of high-pressure supersonic jets into the tokamak plasma is considered a
promising method of future thermonuclear reactor fuelling and as a tool for disruption …

The model describing vapor induced shielding effects for W dust grain evaporation in the
edge plasmas is considered. It is shown that unlike the case of pellet ablation models, where …

In tokamak operating modes, energy balance is often governed by impurity radiation. This is
the case near the divertor plates, during impurity pellet injection, during controlled discharge …

The investigation of cold secondary plasma clouds near pellets ablating in the hot plasma of
magnetic confinement devices (tokamaks and stellarators) provides valuable information on …

The model, including shielding effects of high-Z dust grain ablation in tokamak edge plasma,
is presented. In a contrast to shielding models developed for pellets ablation in a hot plasma …

Carbon pellets were injected into high-temperature plasmas produced in the Large Helical
Device (LHD), a heliotron-type fusion experimental device. Radiation from a high-density …

Experimental data on spatial distributions of a pellet cloud electron density are necessary for
the development of many applications of pellet injection, namely, plasma fuelling, discharge …