The dynamics of energetic particles and tearing modes and the interactions between them
are of great significance for magnetically confined fusion plasmas. In this review, we focus …

This paper introduces a new model to find the velocity-space location of energetic ions
generating ion cyclotron emission (ICE) in plasmas. ICE is thought to be generated due to …

Modern tokamaks have achieved significant fusion production, but further progress towards
steady-state operation has been stymied by a host of kinetic and MHD instabilities. Control …

Alfvén eigenmodes (AEs) are an important and complex class of plasma dynamics
commonly observed in tokamaks and other plasma devices. In this work, we manually …

We present a new version of the FILDSIM code (Galdon-Quíroga et al 2018 Plasma Phys.
Control. Fusion60 105005), which significantly refines the modelling of the fast-ion loss …

We introduce an anisotropic regularization framework for the reconstruction of distribution
functions from measurements, utilizing an approach that applies distinct regularization …

We demonstrate 2D reconstructions of the fast-ion velocity distribution from two-view fast-ion
D-alpha (FIDA) measurements at the EAST tokamak. By expressing the distribution in a …

In this paper we demonstrate how the inversion, in energy and major radius (E, R)
coordinates, of imaging neutral particle analyser (INPA) measurements can be used to …

Fast ions in fusion plasmas often leave characteristic signatures in the plasma neutron
emission. Measurements of this emission are subject to the phase-space sensitivity of the …

The relationship between simulated ion cyclotron emission (ICE) signals s and the
corresponding 1D velocity distribution function fv⊥ of the fast ions triggering the ICE is …