Atomic force microscopy (AFM) images of the surface of n-Si/SiO₂/Ni sample irradiated by ¹⁹⁷Au²⁶⁺ ions with energy 350 MeV and fluence 5×10⁸ cm^-2:  (а) – phase-contrast image;  (b) – distribution bar chart of nickel ougrowth heights within the scanned region.

SEM images of n-Si/SiO₂/Ni sample, irradiated by ¹³¹Xe¹⁷⁺ ions with energy 350 MeV and fluence 5×10⁸ cm^-2: (c) top view; (d) cross-sectional view.

Creation of latent tracks by Swift Heavy Ions (SHI)

Si/SiO2 substrate		Latent SHI tracks
	SHI irradiation Au26+, Xe17+, U28+
	Au26+, Xe17+ Energy 350 MeV, Fluence 5х108 cm-2

• The needs of medical and scientific research institutions of the Republic of Belarus in liquid helium;
• Bank of allograft cryopreservation (biological prosthetic heart valves) for cardiac surgery;
• Providing medical centers with liquid nitrogen for eye operations, cosmetic and cryotherapy;
• Providing opportunities to conduct research organizations of low-temperature research;
• Enabling organizations to conduct research of low-temperature research;
• Provide technical and advisory assistance in the manufacture of cryogenic equipment and research facilities.

Double perovskite Sr₂FeMoO_6-δ

The main advantages of Sr₂FeMoO_6-δ (SFMO) for their practical application:

• Large values of MR at high T and low fields H;
• High values of Тс=400 - 470 K;
• ~100% spin polarization of conduction electrons;
• A simple crystal structure, and sufficient thermal stability for use in various types of highly sensitive magnetic field sensors.

Measurements of temperature dependences of the deviation from Matthiessen's rule (DMR) on single crystals of Al-Y and Al-Ga alloys at the change of concentration of impurities as well as  the magnitude and direction of  magnetic field revealed that:

Based on experimental studies of quantum oscillations magnitotermoeds alloy Al-Ga establish some regularities of the dynamics of conduction electrons under magnetic breakdown: proved the coherent nature of magnetic breakdown, which leads to interference of electron waves on parallel paths open.