He-charged Cu films were prepared at room temperature by direct current (DC) magnetron
sputtering in a He/Ar mixed atmosphere. Morphological changes, He desorption behaviors …

Tungsten is the leading candidate for plasma facing component (PFC) material for
thermonuclear fusion reactors and various efforts are ongoing to evaluate its performance or …

Damage of tungsten due to helium ions of a PF device was studied. The tungsten was
analyzed by SEM and AFM after irradiation. SEM revealed fine bubbles of helium atoms with …

Tungsten-based materials are among the main candidate plasma-facing materials for future
fusion reactors where extreme conditions of thermomechanical stresses, radiation, and …

The destructive effects of proton and argon ions produced in a low energy plasma focus
device on the surface of tungsten and copper were investigated. Optical microscopy, SEM …

In this paper, results of time-of-flight measurements of fast ion beam generated and
accelerated in the final pinch phase of a 2 kJ dense plasma focus device at 12 kV in Neon …

Abstracts In this paper, tungsten samples were exposed by H ions under 5, 10 and 20 PF
discharges in a Mather-type plasma focus device. The hydrogen retention and the produced …

In order to study the effect of He content on microstructure, mechanical properties and He
thermal desorption behavior of W film, He-charged W films on Si substrates were fabricated …

Inconel 718 samples were irradiated with 50 keV He+ ions at 300° C to 0.4, 4 and 40 dpa.
Scanning electron microscopy (SEM) and transmission electron microscopy (TEM) were …

This paper presents the first verification of the fast ion beam (FIB) and fast plasma stream
(FPS) properties computed using the Lee code. Recent estimates of FIB and FPS properties …