The methods for implementation the group operations for finite groups of arbitrary order and operations in finite fields with given characteristic in linear logic networks, which implementation oriented on programmable logic integrated circuits (FPGAs) are proposed and investigated. A list and the basic properties of group operations for groups of order 2n, which are implemented by regular logic networks of linear complexity for all values of n are defined.

 Developed a highly efficient production technology of silicate wall materials, which harden and create a waterproof and stone-likecomposition at the time of formation (compaction) and characterized by physico-mechanical characteristics higher than existing similar silicate products.

The new technology of deposition of nanoscale (20-50 nm) ferroelectric films (NFF) for the non-volatile memory elements (ME), including the method of RF magnetron sputtering with closed drift of high-energy secondary electrons. Processed using the method and means of RF sputtering plazma monolithic ceramic targets based compounds zirconium, titanium, lead in the direction of reducing the thickness of the film, the technology of ultrasound treatment NFF, which provides an increase in the polarization reorientation and reduction of stress reversal.

Investigation of the mechanisms of bioleaching minerals extractant can use their patterns for selective removal of target chemical elements. The estimation of possibility of organic acids to the reactions of lixiviating was executed after classic thermodynamics parameters – the change of energy of Gibbs (∆G0f), enthalpy of formation of reaction products (∆H0f), entropy of reaction (∆S0f), energy of activating of lixiviating process (Er), constant of equilibrium of reaction (Kr) and energy of crystalline grate of having a special purpose mineral (Ucryst).

Automated modeling is an effective tool for the design of high-quality technology and the processes of its production. The fundamental basis of information in engineering are geometric patterns that are formed using a variety of computer-automated systems.

A theory of multi-shell systems to develop new methods that provide the ability to model the nonlinear deformation and fracture of shell systems through mobile and physically reasonable basis redefinition the expansion depending on the changes in physical - mechanical characteristics of the structure in the development process of zones of plasticity and fracture of layers of the investigated object. Has developed a new concept of the iterative construction of the functions of bringing a refined theory of multilayer shells and plates.

The imprint with a stable color characteristics and saturation while printing on non-absorbing substrates is determined by the reaction of ink and the substrate.

Based on an analytical review of scientific publications the goal and general guidelines were grounded. The prospects of using structurally modified and structurally inhomogeneous materials based on titanium and aluminum alloys were shown.

The analysis of power loading schemes of isothermal extrusion was made. Typical schemes of loading as a result of structural and logical analysis were classified depending on the impact of shear stresses, which are proportional to the forces of friction, on the overall stress state in the cell strains.

Special methods of field theory, which are aimed at the study of vector and tensor fields of kinematic and dynamic parameters of the technological systems of machines. Methods used in studies of working systems machine tool spindles with cyclic changes of the field parameters. The laws of vibration field of one-dimensional and multi-dimensional continuum of dynamical systems tools. A fundamentally new method of description of stochastic spatial cutting forces in the form of a tensor field correlation moments of the projections of the random vector of the cutting force.

The determined compliance between a progressing variety of created by experts electromechanical objects and systems and element basis of periodic system of the electromagnetic field primary sources is established for the first time. It is scientifically proved that existence of such regularity is defined by the fundamental principles of genetic information saving of the complete elementary electromagnetic structures which genetic codes contain information both rather known, and potentially possible versions of structures which are allowed by the genetic principles of structurization.