Entering within the local areas of the surface portions considerable additional energy allows the creation of conditions for phase and structural changes in the material and in the case of special operating environments - and modify the chemical composition of the surface layer of the material . The additional energy is accomplished using a pulsed arc that is formed between one of the electrodes of the main flow of the plasma generator and the surface of the product.

Developed technology and precision processing of composite self lubricant bearing materials for heavy duty exploitation conditions based on alloy steels wastes with solid lubricant allows to manufacture new parts which essentially exceed known bearings over wear resistance for analogue conditions. Created technology is based at use of powder technological operations in combination with fine machining of friction parts.

It is shown that promising to create a powder composite materials for constructional purposes and their products have a composition of iron and self-fluxing alloys (SFI). Based on the study of the processes of wetting of solid surfaces of iron and its alloys, the interaction between them, pressing and sintering processes proposed technological regimes and process for producing powder products for constructional purposes to work under high loads.

Analyze of high voltage glow discharge with cold cathode and anode plasma, oriented to investi¬ga¬ti¬on the possibilities of using the high voltage glow discharge electron sources for elaboration the technological equipment for impulse electron beam evaporation and ion-plasma deposition of coatings have been provided.

Developed and implemented technological scheme of low-temperature synthesis of nanocrystalline silicon films. The method of thermal vacuum deposition in a stream of high-energy electrons. Theoretical model of the thin-film photovoltaic based nanocrystalline silicon (nc-Si). The model takes into account the three-dimensional distribution of potential barriers.

We established that at laser stent manufacturing by means of direct laser milling technology there is a possibility to create “pockets” in the stent’s walls with given depth, shape and size. These pockets are used for drug deposition and could not be formed using ordinary laser cutting techniques. Moreover, it is also possible to wary the stent’s filament thickness (up to 20 mkm) thus increasing the flexibility and elasticity when filament’s width increases (from 0.5 to 1 mm).

Based on the analysis of existing tools and methods oftherapy justified technical performance requirements of amultifunctional complex therapy. Methods for the formation ofelectromagnetic fields, which take into account the low-frequency resonant nature of physico- shemical and biological processes in the body systems, individual organs, cells and molecules. Presents views on the furtherdevelopment of physical therapy at the molecular andcellular level. The principles of construction of the basicunits of multi-channel and multi-stage inductor generator forextended range 1 Hz ...

The new Cloud- relevant technology and architecture "server farm" for ETL - processing and basic components (Machine of states and Broker of processing queries and broadcast events) of the distributed processing of corporate data sources and Web - services are developed for high quality in a heterogeneous environment Cloud Computing - based metadata and tools to identify the objects in "cloud" architecture.

The ways to develop distributed systems on a base of the service-oriented architecture is considered now as perspective ones due to some reasons. The main advantage of a SOA is that such architecture allows producing loosely coupled programs. Also a SOA is based on well-prescribed standards. The key term of the SOA is a service. Their usage makes developers’ work easier and speed it up since it allows not starting work from the beginning but creating new programs using already existing services.

The principles of the new concept of an integrated approach to the definition of the status of biological and biotechnological (BTO) of the objects in the application of drugs on the basis of analysis of the spectra of objects. The goal was the creation of the theoretical foundations of technology diagnosis of the condition of biological objects under the influence of drugs on the basis of mathematical modeling of basic information biotechnical processes of interaction of objects with external stimuli.