The design and unique feature of the first fast-ion loss detector (FILD) for the Mega Amp
Spherical Tokamak-Upgrade (MAST-U) is presented here. The MAST-U FILD head is …

A new reciprocating scintillator based fast-ion loss detector has been installed a few
centimeters above the outer divertor of the ASDEX Upgrade tokamak and between two of its …

A new scintillator-based fast-ion loss detector (FILD) has been deployed∼ 45 o below the
midplane of the ASDEX Upgrade tokamak. Port unavailability at this remote location …

A forward model to resolve the fast-ion loss velocity-space on a fast-ion loss detector (FILD)
probe head (FILDSIM) has been extended, making it possible to perform real-time analysis …

A poloidal array of scintillator-based Fast-Ion Loss Detectors (FILDs) has been installed in
the ASDEX Upgrade (AUG) tokamak. While all AUG FILD systems are mounted on …

A fast-ion loss detector (FILD) is being designed for the JT-60SA tokamak. In this work, the
preliminary mechanical design of this diagnostic is described. The expected motion needed …

A magnetically driven fast-ion loss detector (FILD) is being designed for ITER. Due to the
high heat load expected, fast movements and several measurement cycles will be required …

The fast-ion phase-space coverage of the ASDEX Upgrade Fast-Ion Loss Detectors (FILD)
has been estimated and the results are presented here. To that end, a numerical tool has …

One of the main goals of the ITER project is to reach Q= 10 operation. At these conditions,
alpha particles will be the dominant source of plasma heating. Therefore, it is essential to …

Fusion energy promises sustainable, low-emission, baseload power to the grid. The
tokamak is the most advanced device to achieve fusion energy and it is approaching …