The Development of the Concept of the Systematic Approach and Justification of the Resource Saving Ways to Use Underground Megapolice Space

Conceptual issues of the underground urban metropolis mid- and long-term perspective were developed, taking into account the geological and landscape features of construction value and the perspective urban changes. Techniques of the system design of underground facilities and resource-saving methods for their construction were justified on the basis of dedicated natural-technical system "geourbanity-geological environment."

The methodology of quantitative estimation and analysis of a society based on knowledge

A model of comprehensive quantitative assessment of the development of a society based on knowledge, using the system utility theory, was built. Simulation for countries and regions of Ukrain was provided, the results of which was used for creating thematic panels for presentation and analysis of the research results on-line. In the course of the investigation also method of verification applied models of complex systems based on the operations of aggregation and generalization and the use of equivalent transformations for categories that describe the subject area was established.

Development of theoretical foundations and principles of design mikroperetvoryuvachiv mechanical quantities into electrical value based on MEMS and Nanotechnology

A device for determining of the distance to an object and its motion with non-contact method. Designed device also allows an additional function, namely, to measure the distance to the further point of clear vision of the human eye and to measure the value of eye refractive error. In this case this distance meter turns into ophthalmic refractometer.

Creation of theoretical bases of apodized signal processing devices crystal-like structures

Fundamental physics and mathematics principles of complex wave structures needed for research and development of complex crystal-like structures and signal processing devices based on them were created. The generalized impedance model of different wave nature barrier structures is developed. In the analysis of structures impedance model allows use of the nonuniform transmission lines theory.

Fundamentals of design and creation of heteroepitaxial structures of perovskite materials for instrument

The dependence of the concentration of lead and calcium Raman spectra (RS) films of lead titanate-calcium Pb1-xCaxTiO3 (PCT), it is determined that the substitution of Pb Ca on the general nature of the spectra does not change even when x = 0.45 Raman spectra correspond to tetragonal ferroelectric phase, which is implemented in pure PCT. It was revealed that the soft mode component A1(TO) in the film-lanthanum titanate lead Pb0.9La0.1TiO3 (PLT) has a frequency of 280 cm-1 and significantly shifted to lower frequencies with an increase in the content of La.

Creation of theoretical principles of an integrated system of early diagnosis and prediction of the development of vibration disease symptoms

On the basis of technology TONTOR reasonably new principles of integrated combination of sensors BTO system that will allow not only the early detection of disease, but also carry out preventive measures to detect vibration characteristics.

Capacity SiO2/Al2O3-cathode of lithium power sources depending on the energy redistribution of the electrons caused by the conditions of synthesis of nanocomposites

The charge capacity of cathodes of lithium power sources (LIPS) depends on the degree of implementation of the ions in the structural channels, defects and other features of the developed surface of nanosized materials. Interaction ions of lithium with the ions which are on the surface nanoparticles directly dependent on the energy distribution of the valence electrons, particularly a negatively-charged ions. It is important to identify change of these characteristics as a result of methods of synthesis of nano-sized composites.

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