The present work concerns the development of a W sources assessment system in the
framework of the tungsten-W environment in steady state tokamak project that aims at …

The present work concerns the measurements obtained with the Tungsten (W) Environment
in Steady-state Tokamak (WEST) visible spectroscopy system during the first experimental …

Since the decision to implement a tungsten (W) divertor in ITER, several tokamaks have
introduced W in their plasma facing components. For these devices, W monitoring in the …

Tungsten was injected by means of laser ablation in both ohmic and additionally heated
plasmas of the ASDEX Upgrade tokamak experiment. Spectroscopic investigations were …

Tungsten is foreseen for a full W-divertor of JET where tungsten will totally replace carbon as
the material for the target plate. Also ITER operation is planned to be carried out with …

The project of the Visible Spectroscopy diagnostics for the Zeff radial profile measurement
and for the divertor visible imaging spectroscopy, designed for the new tokamak DTT …

To facilitate long-pulse high power operation, an ITER-like actively cooled tungsten (W)
divertor was installed in Experimental Advanced Superconducting Tokamak (EAST) to …

A spectral survey of tungsten emission in the ultraviolet region has been completed in the
DIII-D tokamak and the CTH torsatron to assess the potential benefit of UV emission for the …

The present spectroscopic diagnostics on Joint European Torus (JET) consist of bolometry,
fiber‐and close‐coupled visible spectroscopy (200–700 nm), as well as survey (10–170 nm) …

An increased attention to tungsten material is related to a fact that it became a main
candidate for the plasma facing material in ITER and future fusion reactor. The proposed …