Tungsten targets are exposed to controlled sequences of D 2 and He, and He and D 2
plasma in the P isces-A linear plasma device, with a view to studying the outward and …

The possibility of using machine learning methods for solving the inverse problem of the
laser-induced desorption quadrupole mass-spectrometry (LID-QMS) diagnostic is studied …

One of the priority tasks for sustainable operations of future fusion devices is the systematic
control of hydrogen isotope content in plasma-facing components. A remote non-damaging …

Deuterium (D) retention in polycrystalline tungsten (W) with copper (Cu) ion damage
concurrently produced at elevated surface temperature is investigated. An in situ heated …

In this work, a spatially lateral-resolved study of the co-deposition of helium (He) and
aluminum (Al) in non-uniform layers is carried out by a long pulse Laser-Induced Ablation …

In this work, the outgassing and deposition features of helium (He) in Al–He co-deposition
layers have been studied using a long-pulse (τ≈ 750 μs) laser combined with quadrupole …

Boron coating of plasma-facing components (PFCs) is widely used in fusion devices to form
surface coatings and chemical compounds on the PFCs, thus suppressing plasma …

Abstract Partial Thermal Desorption Spectrometry (pTDS) progressively depopulated
trapped deuterium (D) from heavy-ion damaged tungsten (W) to determine spatial location …

Deuterium (D) plasma exposure during annealing of self-ion damaged tungsten (W) is
shown to exhibit reduced defect recovery when compared to annealing without D plasma …

Beryllium, as the material of choice for the ITER first wall, will be subject to high energy
neutrons during the operation of the fusion device. Such irradiation will create displacement …