The simulation and analysis of nonlocal effects in fluids and plasmas is an inherently
complicated problem due to the massive breadth of physics required to describe the …

The former all-carbon wall on JET has been replaced with beryllium in the main torus and
tungsten in the divertor to mimic the surface materials envisaged for ITER. Comparisons are …

The pressure gradient of the high confinement pedestal region at the edge of tokamak
plasmas rapidly collapses during plasma eruptions called edge localised modes (ELMs) …

A phase relationship is identified between sequential edge localized modes (ELMs)
occurrence times in a set of H-mode tokamak plasmas to the voltage measured in full flux …

A global signature of the build-up to an intrinsic edge localized mode (ELM) is found in the
temporal analytic phase of signals measured in full flux azimuthal loops in the divertor …

During July 2012, 150 almost identical H-mode plasmas were consecutively created in the
Joint European Torus, providing a combined total of approximately 8 minutes of steady-state …

The sandpile paradigm is widely used to model aspects of the phenomenology of
magnetically confined fusion (MCF) plasmas, including enhanced confinement, edge …

A unique sequence of 120 almost identical plasmas in the Joint European Torus (JET)
recently provided two orders of magnitude more statistically equivalent data than ever …

We focus on JET plasmas in which ELMs are triggered by pellets in the presence of ELMs
which occur naturally. We perform direct time domain analysis of signals from fast radial field …

It is well established that edge localized modes can be entrained to the frequency of applied
global magnetic perturbations. These perturbations are delivered to the plasma using the …