Fundamental research

Conception of planning and arrangements of machine-tools of new generation is offered, the basic features of which followings:

-  The genetic going is near classification, description, evolution of development and prognostication of machine-tools as to the difficult technical systems of prirodno-antropogenogo origin.

-  The multilevel morphological going is near a construction and synthesis of the difficult technical systems.

-  Application of framework thecal constructions of the bearings systems.

-  Aggregate-module principle of arrangements.

Analysis of literature sources had shown that up-to-date state of miniaturization of electronic devices needs the development of new small-size cooling systems, which are capable to reject great heat fluxes. Within the bounds of this problem theoretical ground of advisability of using miniature heat pipes, thermosyphones and oscillating heat pipes in cooling systems for a wide range of powerful elements of microelectronic technics was found.

On the basis of undertaken analytical and experimental studies intercommunication is set between chemical, phase and structural composition, technological parameters of treatment and level of properties of casting multicomponent alloys of the system Al - Mg.

It is known that substances with crystal size less than 100 nm possess some valuable properties which are not known for the substances in bulk or macrocrystal state. In particular, nanosized metal oxides become electrochemically active, which permit to use them in energy storage systems.

The conditions for the reactions of oxidation of metals (titanium, tin, tantalum) and their compounds were determined for the synthesis of the nanosized oxides.

The analysis of modern state of the problem is pointing on the main obstacle to the achievement of technical dispersions with a constant mould properties, basic structure building properties of which are clay minerals, is the non-conrolled change of their physico-chemical properties under the effect of SAC in concentration and processing.

The last is a main cause for a unpredictable effect on the formation of coagulation-absorbtion structure and, as the consequence, unpredictable change of technological properties of dispersions.

The essence of this development is applying the systems analysis and systems theory for determination of system criterion for dividing the informatization projects not on a functionality feature,  but on some general system features. This allows to formulate the component process of realization of projects of the organizational systems informatization as the specification of certain actions in the form of coordinated implementation of successive and parallel operations on the development of informatization project.

In the given work the investigation of potentialities and expediency of using integrating gyroscopic gravimeter as a gravimeter of airborne gravimetric system are performed with the aim of increasing the accuracy of measurements of gravitational acceleration values. The peculiarities of work of integrating gyro gravimeter are investigated with the help of computer in the static operation mode and the dynamic one under the condition of harmonic action of perturbations.

The advent of nano-technology and advances in communications has made it technologically feasible and economically viable to develop low-power devices that integrate general-purpose computing with multi-purpose sensing and wireless communications capabilities. It is expected that sensor networks will have a significant impact on a wide array of applications ranging to scientific, to industrial, to health-care, to domestic, to environmental.

With the help of computer simulation has been optimized geometry, calculated the dependence of electronic properties on the size of diamondoidі, having one or two different substituents in the molecule (external doping), the replacement of carbon atoms in certain positions diamondoids (internal doping) one or two heteroatoms.

When solving many applied problems encountered processes associated with the necessity to take account of stochastic properties of heterogeneous systems. Such problems regularly arise in a number of leading industries - chemical, petroleum, building materials, food and others, where important are hydrodynamic processes associated with separation at urahuvanni heterogeneity.