卷 11, 编号 6 (2010)

In the laboratory, the Institute of Medical Instrument Engineering Physics and Radioelectronics Siberian Federal University (SFU) has developed hardware and software systems based on Holter heart monitor МКМ-09 with remote transmission of information on the functional status of the organism in the diagnostic center, with sufficient flexibility and accessibility for a wide use in clinical practice, in outpatient and residential settings.

The paper discusses the possibility of increasing the energy efficiency of converting electrical energy into heat under the composite heating non-ferrous metals in multilayer solenoidal inductor. This article was prepared by the project Creation of the new technology of heating non-ferrous metals with high technical and economic performance, realized by the LLC «Resonance» (Krasnoyarsk) and FSEFHPE «Siberian Federal University», with support KSAM «Krasnoyarsk regional fund to support research and scientific and technical activity» with the active participation of the company «Krasnoyarsk Metallurgical Plant».

The paper describes algorithms for result ranking of scientific and technological developments with the use of mathematical tools of binary relations.

In the article we consider characteristic properties of determination of loads and stress state of carrying rotary detail of operational equipment of modular open-mine excavator KTM-405т with electromechanical pushers.

In the article we consider an approach to modeling of organizational systems based on description of system states dynamics according to influence of control actions on its structure, including the structure of the information field, and present the general principle of decomposition of organizational systems.

Result of simulation and research of DC loading device for electric testing of power supply systems of spacecrafts with energy recuperation into DC network is presented in this paper.

Technology of inverse quartz opal film production was used as a mean of substrate formation for carbon nanotube synthesis. In the article we observe basic variations of the technology and methods which can be used for various film applications.

Coupling resistance of shielding materials is investigated at frequency range of 0,1-100 MHz. Triaxial method was used for the study. Investigation was carried out by triaxial measuring system developed by Science-Education Center «Space Systems and Technologies» of Siberian State Aerospace University named after academician M. F. Reshetnev.

In the paper we consider control system with application of adaptive reference model. For identification of changing parametres of object and the subsequent adaptation of a reference model the block identifier constructed with application of an indistinct logic conclusion is used.

In the article we consider design principles of reflector array based on microstrip elements. Results of the experimental research of the designed prototype are introduced.

Problems of activity organization in clinical and diagnostic laboratories are discussed. Ways of introduction of standards determining the demands to quality and competence of these laboratories are developed. Results of working out and testing of standardization system are presented.

The basic ecological power and economic problems connected with use of traditional coal power technologies are discussed. Advantages of the newest approach to use of the young coals, consisting in power technological processing with simultaneous manufacture of thermal and electric energy, коксовой production and hydrogen are described. Industrial examples of use of technology are presented Thermocoks in Russia and abroad.

The possibility of control of melting depth by X-RAY radiation during electron-beam welding is considered.

The chemical plant - branch of Open Society Krasmash throughout several years makes efforts to develop conversion (civil) production. Manufacture of woven polypropylene production is mastered; there is an output of different types of sealants. Manufacture of molding from polyethylene is mastered. Decision to organize petrochemical manufacture was accepted in 2007. The contract with research-and-production association «Kataliz» to design the plant for oil refining according to new principles has been signed. Open Society ВНИПИЭТ has developed the project of small-volume chemistry production with all infrastructures: storages for oil, black oil, diesel fuel, gasoline, loading racks etc.

The efficiency of reception cavitation water-coal of fuel with use of electrohydraulic effects is considered. The results of the carried out researches are analysed at reception cavitation water-coal of fuel.

Konstruktorsko-technological features of the device for rotational turn screw surfaces multiblades tool.

Project of creation of energy-technology complex for environment-friendly wasteless conversion of inexpensive 3Bgrade brown coal of Kansk-Achinsk coal basins Balakhta coal deposit into mid-temperature coke with generation of heat and electricity is proposed. Creation of the complex will provide increase of rate of return from 1 ton of brown coal, stimulate economic growth of the region and strengthen competitive positions of domestic ferrous metallurgy in local and international markets via decrease of operation costs

In the article the authors consider reasons of low operate reliability of heating elements of resistance holding furnaces for preparation of aluminium alloys. Basing on statistical data and results of numerical, physical and natural experiments the authors offer constructive solutions for operation reliability growth and energetic efficiency of electric heating systems.

In the work the authors reveal features of contact interaction of single-phase brasses with melts of Ga-Zn system as composite components of gallium pastes-solders. Interaction products in relation to structure and temperature of contacting components are determined.

The article was prepared as a result of a project «Decision of personnel problem in the system of commercialization of scientific-technical design and support of innovation development of Krasnoyarsk region on the basis of group design training technology», which was realized in 2010 by FSEFHPE «Siberian Federal University» on request of KSAM «Krasnoyarsk regional fund of support of scientific and scientific-technical activity». The work is devoted to questions of regulation of mechanisms of cooperation of IHL with regional business in the field of elite education for masters on the project model and realization of joint R&D and innovation-technical activity.

The authors consider possibility of electrification of frontier areas by means of free flow micro GPS, offer mathematical models for components of such micro GPS, verify adequacy of the models in the process of bench and field tests and develope an integrated design environment.

Different kinds of social effects and areas of their realization for various categories of consumers of electric power are considered in the article. Expert estimation of social effects is carried out, process of estimation of the effects is presented, integrated estimation of the social effects arising in the process of free-flowing micro hydroelectric power station usage is presented.

In this paper we consider correlation between youth scientific and technical work (YSTW) and efficiency of innovative infrastructure functioning. We suggest a new approach to YSTW system modeling based on emphasis of 4 general stages of youth involvement, and for each of the stages the basic functions of respective youth policy mechanisms are defined. For the purpose of coordination of the YSTW system functioning in regional scale we also suggest a concept of methodological center for development and support of youth scientific and technical work and innovative activities projects and programs. The main goal, tasks and key activity trends of such a center are described.

In this paper we consider innovative activities management institutional infrastructure as aggregate of individual subjects of economic relations united by general goal: decrease of innovative activities risks and increase of innovative production volume. As a result of conducted study the three-level structural model of innovative infrastructure reflecting basic principles and mechanisms of its subjects interaction was developed on the basis of information about existing innovations support institutes in Russian Federation and in Krasnoyarsk Region, in particular.