Energetic and high fluence helium ions emitted in a plasma focus device have been used
successfully to study the radiation induced damage on tungsten. The reference and …

In this report a concept of a new generation QSPA with external B-field up to 2 T has been
discussed. A novel test-bed facility, which was recently constructed in Kharkov IPP NSC …

The changes of the structure and properties of a dual phase tungsten (W) alloy (with either
3% or 5% of an added mixture of Fe and Ni) are investigated after irradiation with powerful …

The high ductile-brittle transition temperature of tungsten (W) makes it prone to crack during
additive manufacturing. Incorporating lanthania (La 2 O 3) to tungsten had been proven to …

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 …

Thermal shock tests were performed on W–La 2 O 3 specimens by an electron beam to
investigate the morphology evolution of La 2 O 3 and crack characteristics. Cracks appeared …

The influence of extreme heat loads, as produced by a multiple pulses of non-homogeneous
flow of slow plasma (0.1–1 keV) and fast ions (100 keV), on double-forged tungsten (DFW) …

The morphological and structural changes of two different dual-phase tungsten alloy (either
3% or 5% of an added mixture of Fe and Ni) are investigated after deuterium plasma …

In this research, the irregular surface structure of 15 pure tungsten specimens that are
irradiated respectively with 20, 40, 60, 80, and 100 shots of high-temperature deuterium …

Specimens of materials for prospective use in chambers of nuclear fusion reactors with
inertial plasma confinement, namely, W, ODS steels, Eurofer 97 steel, a number of ceramics …