43 citations · 117 across the 10 of their papers we have counts for
10 papers
Two-fluid boundary turbulence simulations in reversed field pinch plasmas
M. Giacomin, B. Momo, I. Predebon +2
Turbulent transport in magnetic confinement fusion devices governs the overall plasma confinement properties and regulates the plasma-material interaction at the first wall. In the…
Faraday shield dissipation in the drivers of SPIDER based on electromagnetic 3D calculations
D. López-Bruna, S. Denizeau, I. Predebon +3
SPIDER (Source for the Production of Ions of Deuterium Extracted from Rf plasma) is a full-scale prototype of the ITER NBI source. It is based on the concept of inductive coupling…
Outside and inside a magnetic island: different perspectives to describe the same observables
B. Momo, I. Predebon
We compare three different approaches to describe a magnetic island in a generic toroidal plasma: (i) perturbative, from the perspective of the equilibrium magnetic field and the r…
Three-dimensional calculations of the inductive coupling between radio-frequency waves and plasma in the drivers of the SPIDER device
Daniel López-Bruna, Mauro Recchia, Palak Jain +3
This work documents the initial 3D calculations to simulate the coupling between radio-frequency (RF) waves and plasma in discharges of the SPIDER device. Axisymmetric 3D calculati…
The effect of toroidicity on relaxed states at low aspect ratio
R. Paccagnella, S. Masamune, I. Predebon +1
The experimentally measured single helical states in the low aspect ratio (R/a=2) RELAX device have been compared with the predictions of a cylindrical relaxation theory and a subs…
Ion temperature gradient turbulence in helical and axisymmetric RFP plasmas
I. Predebon, P. Xanthopoulos
Turbulence induced by the ion temperature gradient (ITG) is investigated in the helical and axisymmetric plasma states of a reversed field pinch device by means of gyrokinetic calc…