Improved understanding of runaway-electron formation and decay processes are of prime
interest for the safe operation of large tokamaks, and the dynamics of the runaway electrons …

We present the first successful simulation of an induced disruption in ASDEX Upgrade from
massive material injection (MMI) up to established runaway electron (RE) beam, thus …

Relativistic runaway electrons are a major concern in tokamaks. Although significant
theoretical development had been undertaken in recent decades, we still lack a self …

An essential result of kinetic plasma physics is the runaway phenomenon, whereby a
fraction of an electron population can be accelerated to relativistic energies. Such runaway …

Runaway electrons present a potential threat to the safe operation of the future nuclear
fusion power plants based on the tokamak principle (eg ITER). In the latest issue of ITER …

One of the essential results of kinetic plasma physics is the runaway phenomenon:
sufficiently large electric fields can accelerate a fraction of an electron population to …

A serious problem facing fusion devices with large currents are plasma-terminating
disruptions. These events sometimes result in the acceleration of electrons to very high …

Relativistic runaway electrons are a major concern in tokamaks. Albeit significant theoretical
development had been undertaken in the recent decades, we still miss a self-consistent …