The spectroscopic properties of novel crystalline materials for solidstate lasers emitting in the IR spectral range were demonstrated. The absorption and luminescence spectra as well as luminescence kinetics were investigated.

This work studies the electrical properties of nanoscale TiO₂ films obtained by anodic oxidation. Current-voltage characteristics measured in the temperature range 263–300 K show a dominant charge injection mechanism at the metal-oxide interface. The analysis confirms that the conductivity is determined by defect states rather than the intrinsic properties of the dielectric.

The China-Belarus Industrial Park "Great Stone" represents one of the largest bilateral projects between Belarus and China, serving as a bridge for scientific and high-tech collaboration. Launched in 2014 and inspired by the China-Singapore Suzhou Industrial Park, "Great Stone" functions as a modern business platform equipped with comprehensive infrastructure, including highways, ...

This article examines social networks and digital platforms as a tool for intercultural interaction between Belarusians and Chinese. The study highlights the fundamental problem of separated digital ecosystems, which limits direct communication. Despite the theoretical potential for dialogue, practical interaction remains constrained by platform barriers, language differences, ...

A combined technology for wear-resistant composite coatings on steel parts is proposed, combining cold gas-dynamic spraying of an aluminum interlayer with boron nitride addition and subsequent micro-arc oxidation to form a ceramic layer with enhanced operational properties.

This study presents an optimization approach for the siting of electric vehicle charging stations, integrating management strategies, charging scenarios, and user behavioral characteristics. A two-stage constant-current/constant-voltage charging protocol is implemented, and charging demand is predicted using a Monte Carlo simulation framework. Considering various charger capacities, ...

The article discusses the problems associated with the disposal of polymers that make up solid household waste. It is emphasized that the crushed polymers can be used in various industries. The article presents a method for calculating the energy required for the destruction of a polymer material.

This study examines the effect of laser treatment on the surface state of plasma-sprayed Al2O3 ceramic coatings. Surface remelting is shown to significantly reduce roughness and porosity, producing a smooth and dense surface without mechanical damage.

This article examines the concept of the word “Сям’я” / “家” within the Belarusian and Chinese cultures as one of the important layers of social and cultural life in both countries.

This paper presents a comparative analysis of promising materials used in the additive manufacturing of aerospace body parts using selective laser melting (SLM). The study focuses on three main groups of structural materials: titanium, heat-resistant nickel alloys, and aluminum alloys. Key performance characteristics, process limitations, and application areas are identified for ...