For the first time the scientific basis of a fundamentally new method of forming biocompatible (titanium alloy) coating of carbon nanotubes (CNT) in polycrystalline silicon oxide layers with nickel and iron catalytic centers are obtained by CVD for implants, dentures support-the driving apparatus of human and medical instruments were developed. For the first time a model of physical and chemical processes of the composite coatings formation under laser irradiation of CNT substrates with pre-coated with a layer of hydroxyapatite powder were proposed.

A comprehensive scientific approach to account for the "cross-effects" influence of physical and thermal deposition process parameters on structure and properties of nanoscale metal films Cu-Sn, Cu-Au, Cu-Mn, Cu-Sn-Mn, Al-Mn-Cr, Ni- Al, Ni-Au, Ti-Ag, Fe-Pt, and etc has been developed. The general regularities of diffusion processes due to subsequent thermal annealing in ultra-high vacuum, oxygen- and hydrogen containing atmosphere, ion-plasma and laser treatment have been discovered.

1. State registration number, registration number at the university. 0111U002229, KVNTD I.2 13.14.02, UDC 621.311 № 2408- F
2. Supervisor - Yandulskyy Oleksandr, DSc., Professor.
3. The essence of development, the main results.

The methodology and mathematical tools for solving problems of the integrated energy systems development is created. Proposed methodology is based on combined use of distributed micro power stations with distributed generation, with taking into consideration the existing energy infrastructure of the region, resource base, the potential of renewable energy, environmental constraints, economic and social risks.

A new theoretical base and new methods of using ultra wide band radio signals in self-organized radio networks were created. The main idea of the self-organized networks is based on a fact that each terminal in the network acts not only as final transmitter and receiver of information but as a repeater – router for all subscribers in the network. Each terminal provides network parameters evaluation and optimizes information traffic control mechanisms.

The actuality of solving the problem of fundamental researches of a new precision inertial navigation system (NS) in extreme conditions, which is the important constituent of the aviation gravimetrical system, is grounded. The classification of NS is resulted. The system of NS controlling has been improved.

Dynamic model of the economic dimension in view of the threats identified and its characteristics for the local government area. The method of calculating the level of threat, which includes grouping sets of data for specific classification features that characterize a particular threat , to create a database for a certain period, the definition of inter depending on the components and the maximum level of threat, the calculation and analysis of the formation of recommendations. The dependence of the functions described and graphically represented in the work.

The recommendation for designing of air dust-feeders, which ensurance uniform feed of dust to burners of the boilers when low-reaction coal is burnt in working conditions of 300 MW energy unit are worked out. The plan of the branch standard “The method directives for developing, designing and putting in practice of the system of dust feeding with high concentration (under the pressure) to boiler 300MW energy units, which burn low reaction coal” are prepared.

The purpose of the research is to develop a inorganic binders based on tonnage waste thermal power plants and wall building products based on them.

In carrying out the work were identified pozzolan and hydraulic activity of ash of thermal power plants, depending on the temperature conditions of synthesis and chemical characteristics of the system. Find supplements activators that can adjust the speed of the processes of structure formation.

An important national economic problem related to the scientific substantiation of energy-efficient processes and equipment to produce plastic products reactors on the basis of improved formulations of epoxy resins reinforced with fibrous fillers, in the acoustic field of ultrasonic frequency, and the prediction of physical and mechanical properties of the resulting products is solved.