Partial detachment is the desired regime for the baseline burning plasma scenario in ITER
and other next-step devices, as it allows for the dissipation of the majority of the energy …

The role of the COMPASS tokamak in research of generation, confinement and losses of
runaway electron (RE) population is presented. Recently, two major groups of experiments …

Retrieving spatial distribution of plasma emissivity from line integrated measurements on
tokamaks presents a challenging task due to ill-posedness of the tomography problem and …

This paper presents two scenarios used for generation of a runaway electron (RE) beam in
the COMPASS tokamak with a focus on the decay phase and control of the beam. The first …

The COMPASS tokamak at IPP Prague is a small-size device with an ITER-relevant plasma
geometry and operating in both the Ohmic as well as neutral beam assisted H-modes since …

In fusion devices, the X-ray plasma emissivity contains essential information on the
magnetohydrodynamic activity, the magnetic equilibrium and on the transport of impurities …

In recent years, a new inversion method has been adapted to JET tomographic diagnostics.
It is based on the Maximum Likelihood (ML) approach and has been applied to most …

The characterisation of plasma current quench and understanding of its underlying physical
processes play a crucial role when designing large fusion devices such as ITER. For the first …

Doppler coherence imaging spectroscopy (CIS) has been installed on J-TEXT tokamak to
provide a wealth of information for carbon impurity ions (CIII). To obtain the local emissivity …

The accurate quantification of the emitted radiation is an important element in the
interpretation of Tokamak performance and in the design of experiments. The spatial …