Past studies of the structure and physico-chemical characteristics of thin films of aluminum nitride (AlN) to create a functional MEMS structures. For the first time fulfilled technological regimes of synthesis of aluminum nitride oriented films by reactive magnetron sputtering on to ¬ uous stream using a mixture of ammonia and nitrogen and argon, which allowed to increase the synthesis of nitride compounds.

Methodological and engineering bases for definition internal structure and condition of nonreciprocal spatially distributed objects or their parts by means of an evaluation of a directional distribution of complex electric impedance are developed. New methods of diagnostic and the concept of construction of systems on their basis are developed.

Actual high-selective porous ceramics and glass-crystalline materials with specified characteristics, structure and high operating abilities (advanced porous structure, high sorptive properties and selectivity, increased thermo- and acid- resistance, mechanical durability and others) for aquifer protection from heavy metals and natural radionuclides contamination were developed. Basic synthesis principles of these materials based on layered silicates dispersions, also regulation principles of their characteristics related to synthesis conditions and surface modification were specified.

This work is aimed at the creation of scientific bases of desalination and purification of highly mineralized water without the formation of liquid waste to developing an integrated water conditioning technology, which provides softening and desalination of water, its decontamination and stabilization with respect to scaling to meet the needs of utility and industrial companies.

Conducted theoretical experimental researches of forming process a lot of puffs crystalline amorphous nano- the structures formed by mass crystallization in the presence mykro- and makro- admixtures on the surface of dispersion phase in the dynamic dispersions systems.

Terms are certain formings and mechanism of formation of organic mineral hard compositions matters with a layer structure from the homogeneous and geterogeneous liquid systems.

The fact of the matter. In work was analyzed the gas turbine technology “Aquarius” and it flow diagram for working at different fossil fuel and renewable energy sources. At the same time such construction made possibility for high efficiency cogeneration work.

The analysis of results of works, which were carried out on the problem of oxidation and self-ignition of coal for improving accuracy of the program of investigation of coal self-ignition, was carried out.

The design of flat-oval profile steel tubes with the incomplete fins is investigated for use as heat transfer surfaces. Such surfaces have several important advantages: the material - carbon steel, manufacture of low-cost technology – contact welding of the fins on the tube; improved thermal efficiency as compared with steel tubes of round profile, aerodynamic drag of flat-oval tubes with incomplete fins for 40...50 % below the tube of round profile.

The theory of stability of multivariable nonlinear systems is extended allowing development of new design methods of control. The methods provide decomposition of the original system into the interconnected subsystems with the structural properties ensuring the local exponential stability of the composite system and quasi-independence of the subsystems’ processes along with the asymptotic linearization of one of them.

Conditions for creation of light emitting diodes working in electrical breakdown regime have been determined. The floatable technology have been used. Light emitting diodes obtained is possible to use as standards of power and spectral composition of radiation, and although for creation of sources of short light impulses. Constructions of these devices, laboratorial technology of their fabrication, elements of metrological support have been worked out.
Emitters on SiC-basis operating in the electrical breakdown regime have the following superior characteristics: