This paper presents simulation results of the ionization losses of incident He2+ ions with an
energy of 40 keV during the passage of incident ions in the near-surface layer of alloys …

Intense development of science and technology with ever-increasing needs in new
materials with the unique properties requires implementation of careful research in this area …

Titanium alloy VT1-0 was modified by the high-current electron beam irradiation with energy
0.35 MeV, 5 µs impulse, and power density of 60 MW∙ cm-2. It was found that intense …

The present paper reviews the experimental results dedicated by the effect of the irradiation
with high-current pulsed electron beams under the melting regime on residual stresses …

The structural-phase state of the ion-modified surface layer of the VT-23 titanium samples
was investigated by TEM and SEM. The results of the surface modification of the VT-23 …

Physical and chemical state of surface layers of high strong titanium alloys were investigated
after high intense ion beam treatment (C [sup+] and H [sup+]) and finish thermal treatment. It …

A titanium sample was irradiated with Xe 168 MeV energy at fluences of 1× 1014, 2.2× 1014,
and 5× 1014 ions· m− 2. Changes induced by the ions with irradiation were analysed with …

The processes of the accumulation and annealing of radiation-induced defects that occur
under low-temperature (at 77 K) irradiation (with an energy E> 0.1 MeV) of V− 4Ti− 4Cr and …

[en] Dependence of α-titanium alloy mechanical properties on test temperature and neutron
fluence is investigated. Irradiation is shown to result in material hardening and in their …

[en] The structure formation alloys VT-6 and VT-8 irradiated by high power proton-carbon ion
beam was investigated. It was found that the specific temperature distribution results in the …