No 1 (2015)

The authors noted that due to the fact of pipe construction East-Siberia - Pacific ocean it is essential to accumulate a mineral raw material base of this region by means of frontier regions. In bulk the dynamics of subsurface management is observed into researched area. The mechanism of geological exploration has been given.

A geophysical methods is directed at research prospective hydrocarbons structures, geochemical studies aimed at determining the presence of hydrocarbon components in these structures. Integration of geological, geophysical and geochemical information allow for improve the accuracy of prospecting works and reduce the commercial risks.

An explanation of internal contrast structure of silicate volcanic rocks of basalt-rhyolite formation of Rudniy Altai. There is a substrantiation of a type of rhyolite belonging to ignimbrites.

This paper presents an analysis of several methods so far developed to characterize the drainage networks of watersheds, indicating their relevant properties. On the other hand, is elaborated an extract of certain laws, on which the watershed morphometry is based to characterize the drainage potential of watersheds. Finally, based on the proposed framework, is performed the estimation of compactness index and river density of Manabi watersheds, as important input to the design of hydraulic works in the province of Manabi and Ecuador related to the management of watersheds.

A model of an automated system of pretilt angle measurement and azimuthal anchoring energy in LC cells is developed. The automated system with ability to external control of measurement parameters. A software for the system control, data collection, transformation and analysis of measurement data is developed to comparison of the experimental and theoretical results.

The paper focuses on the problem of control system synthesis and a numerical method of the network operator is proposed to search a solution. Apart from a well-known approach when the stated control synthesis problem is solved directly by the method of network operator considering given criteria and terminal conditions, the present paper describes a two-stage synthesis. The first stage is supposed to solve numerically a set of optimal control tasks for different initial values from some given space. The second stage makes an approximation of the previously received optimal trajectories by means of the network operator. An example illustrates the two-stage synthesis of a control system for a spaceship descent to the Moon.

In the work up the technique of the decision of problems about the little deflections of beams from ideal heard-plastic material, with various kinds of fastening, for want of action of the asymmetrically distributed loads with allowance for of preliminary stretching-compression is developed. The developed technique is applied for research of the strained-deformed condition of beams, and also for calculation of a deflection of beams with allowance for of geometrical nonlinearity.

The article presents the perspectives of the development priorities of the global scientific and technological community, as the use of industrial nanotechnology. The authors analyzed national programs of development of nanotechnology in various countries.

The paper deals with the solution of pure bending of rectangular beam AK4-1T at constant temperature loaded constant bending moment. The research of construction for creep and long-term strength with the whole distribution pattern of the stress until the beginning of destruction considered. The numerical calculation of the problem is solved with the equations of the energy variant of the theory of creep, as well as the method of the solution continuation with respect to a parameter and the best parameterization, using four methods of numerical integration of ordinary differential equations: Euler method, Euler-Cauchy method, fourth-order Runge-Kutta method and fourth-order Adams method. The paper also considers comparison of two methods for the solution of the numerical results and a comparison of the numerical solutions with the experimental data as well.