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Берестов, Александр Васильевич

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Институт физико-техничеcких интеллектуальных систем

Институт физико-технических интеллектуальных систем впервые в стране обеспечивает комплексную подготовку специалистов по созданию киберфизических устройств и систем самого различного назначения – основного вида технических устройств середины 21 века. ИФТИС реализует «дуальную» модель образования, в рамках которой направляет студентов на стажировку и выпускников для трудоустройства на передовые предприятия, занятые созданием инновационных киберфизических продуктов, в первую очередь, на предприятия ГК «Росатом». Основным индустриальным партнером ИФТИС является ведущее предприятие ГК «Росатом» — ФГУП «ВНИИА им. Н.Л. Духова».

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Берестов

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Александр Васильевич

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Information measuring system for research of anisotropy of conductive materials
(2019) Baryshev, G.; Tokarev, A.; Berestov, A.; Барышев, Геннадий Константинович; Токарев, Антон Николаевич; Берестов, Александр Васильевич
The paper devotes a new information measuring system and results of its design for studying the anisotropy of conducting materials of various functional purposes, designed at the Department of Engineering Science and Technology of National Research Nuclear University MEPhI. The system allows to obtain the high rate of anisotropy assessment, ensuring the possibility of anisotropy assessment of the properties of materials by the volume of the sample or product under investigation during their manufacture or operation. (C) 2019 Elsevier Ltd. All rights reserved.
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National research and federal universities contribution to the project 5-100
(2020) Berestov, A. V.; Guseva, A. I.; Kalashnik, V. M.; Kaminsky, V. I.; Kireev, S. V.; Sadchikov, S. M.; Берестов, Александр Васильевич; Гусева, Анна Ивановна; Калашник, Вячеслав Михайлович; Каминский, Владимир Ильич; Киреев, Сергей Васильевич; Садчиков, Сергей Михайлович; Факультет бизнес-информатики и управления комплексными системами
© 2020 Moscow Polytechnic University. All rights reserved.This article presents research results of national research universities (NRU) and federal universities (FU) contribution to the Project of competitiveness enhancement of the leading Russian universities among global research and education centers (Project 5-100). The following indicators were analyzed: publications, indexed in Web of Science and Scopus databases, share of international students and faculty, share of young employees and staff with PhD, performance in international rankings, etc. The analysis was based on 41 quantitative and 11 qualitative indicators. In the analysis the following data sources were used: statistical forms 1-Monitoring, rankings agencies data, etc. It has been determined that the most influence on the Russian education competitiveness enhancement in the world belongs to the leading NRU - participants of Project 5-100. The article analyzes the contribution of federal universities in the implementation of the Project 5-100.
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Project "National Research University" – Driver of russian higher education Проект "национальныи исследовательскии университет" – драивер россииского высшего образования
(2020) Berestov, A. V.; Guseva, A. I.; Kalashnik, V. M.; Kaminsky, V. I.; Kireev, S. V.; Sadchikov, S. M.; Берестов, Александр Васильевич; Гусева, Анна Ивановна; Калашник, Вячеслав Михайлович; Каминский, Владимир Ильич; Киреев, Сергей Васильевич; Садчиков, Сергей Михайлович; Факультет бизнес-информатики и управления комплексными системами
© 2020 Moscow Polytechnic University. All rights reserved.The article presents the results of the national research universities (NRU) development programs implementation analysis for the period 2008–2018. The authors have held a comparative analysis of NRU activities with other strategic initiatives in the field of higher education in Russia, in particular, Russian Academic Excellence Project 5-100 on Competitiveness Enhancement of the Leading Russian Universities among Global Research and Education Centers; Project «Federal Universities»; support for strategic development programs of state educational institutions of higher education; sustainable relationships support between higher educational institutions and regional enterprises and organizations within the framework of the priority project “Universities as Innovation Drivers”. The analysis was based on 41 quantitative and 11 qualitative indicators. In the analysis, the following data sources were used: statistical forms 1-Monitoring, data from ranking agencies, etc. It has been determined that implementation of development programs for the entire NRU network is generally successful and positively affects the development of Russian higher education. The leading NRU – the participants of Project 5-100 have shown the greater impact on the enhancement of the Russian education in the world.
Только метаданные
Flagship universities as development potential of regions and industries
(2020) Berestov, A. V.; Guseva, A. I.; Kalashnik, V. M.; Kaminsky, V. I.; Kireev, S. V.; Sadchikov, S. M.; Берестов, Александр Васильевич; Гусева, Анна Ивановна; Калашник, Вячеслав Михайлович; Каминский, Владимир Ильич; Киреев, Сергей Васильевич; Садчиков, Сергей Михайлович; Факультет бизнес-информатики и управления комплексными системами
© 2020 Moscow Polytechnic University. All rights reserved.This article presents the research results of flagship universities activities, which support social and economic development of the Russian Federation regions, including the creation of innovation, technological and social region development centers. The research covers the period from 2015 to 2018. The following core areas of flagship universities were analyzed: educational, research, integration with regions and high-tech industries, international activities. Essential aspects of financial and economic activity and employment policy were considered. The analysis was based on 41 quantitative and 11 qualitative indicators, among which 8 indicators were prioritized. In the analysis the following data sources were used: statistical forms 1-Monitoring, rankings agencies data, etc. The effectiveness of flagship universities was studied. Problems and positive tendencies in flagship universities development were determined and analyzed.
Только метаданные
Application of ultrasonic resonance oscillations to estimate the size of phase inclusions in samples of chrome – Iron alloys ПРИМЕНЕНИЕ ОСОБЕННОСТЕИ УЛЬТРАЗВУКОВЫХ РЕЗОНАНСНЫХ КОЛЕБАНИИ ДЛЯ ОЦЕНКИ РАЗМЕРОВ ФАЗОВЫХ ВКЛЮЧЕНИИ В ОБРАЗЦАХ СПЛАВОВ НА ОСНОВЕ ХРОМ–ЖЕЛЕЗО
(2019) Berestov, A. V.; Kudryavtsev, E. M.; Martynenko, S. P.; Rod'ko, I. I.; Берестов, Александр Васильевич; Мартыненко, Сергей Павлович; Родько, Илья Игоревич
© 2019 National University of Science and Technology MISIS. All rights reserved.During the implementation of strategic research program of the Technology Platform “Closed Nuclear Fuel Cycle with Fast Reactors”, hot cells are fitted with original non-standard equipment for primary post-reactor non-destructive studies of critical fast reactor materials. These materials include chrome-iron alloys, considered as promising for fuel rod cladding of fast neutron reactors. During the investigation via the ultrasonic spectroscopic method of internal friction of cylindrical samples from chrome-iron alloys in a narrow temperature range near 550 K at their cooling with rate of about 0.2 K/s, we have revealed an anomalous effect from the point of view of oscillations classical theory. Its peculiarity consists in the occurrence of coupled oscillations in samples with a nonuniform temperature distribution along the radius, in case the interval of temperature variation contains the point of the magnetic phase transition of the material. Such a sample can be considered as a complex oscillatory system consisting of peripheral (cooler) and central areas in different magnetic states, with a pulsating interface, on which mechanical stresses act. It was estimated that this anomalous mode of oscillations is associated with the influence of dynamic vibrational stresses on formation and magnetic phase transformations in carbonitride inclusions occurring during heat treatment of alloys. A theoretical description of this effect is proposed. It is shown that by registering the parameters of coupled oscillations, it is possible to estimate the sizes of the resulting phase inclusions. The discovered features and established regularities of resonance oscillations in combination with the traditional method of internal friction can be used to detect metastable phase inclusions occurring at intermediate stages of the material structure, and to estimate their sizes. It will undoubtedly be useful in the case of primary non-destructive tests in hot cells of heavily irradiated samples of these alloys when optimizing their composition for fuel rod claddings of fast neutron reactors.
Только метаданные
General method of research of electrophysical properties of nanostructured composites
(2019) Sergeevna, K. A.; Konstantinovich, B.; Berestov, A. V.; Nikolaevich, T. A.; Olegovna, C. P.; Барышев, Геннадий Константинович; Берестов, Александр Васильевич; Токарев, Антон Николаевич; Черных, Полина Олеговна
© 2019 Trans Tech Publications Ltd, Switzerland.The paper presents an information model and a general methodology for studying the electrophysical properties of materials and products from nanostructured composites. The information model of the original methodology for the standard process of experimental measurement and study of the electrophysical properties of composites comprehensively takes into account the characteristics associated with their industrial production (quality assurance systems, safety, certification, etc.) in order to develop experimental measurement methods and new standards, including standards of enterprises, methodological guidelines, work programs for the development of high-tech production advanced materials and products.
Только метаданные
Sample printing device for additive manufacturing of electronic housings
(2021) Sinev, A. Yu.; Panasenko, R. A.; Shamkova, V. S.; Baryshev, G.; Berestov, A. V.; Шамкова, Влада Сергеевна; Барышев, Геннадий Константинович; Берестов, Александр Васильевич
© 2021 Trans Tech Publications Ltd, Switzerland.This work presents the results of work on a 3D printing device with a non-standard arrangement of the table and nozzle, which is necessary for the additive production of plastic cases for electronic devices. The non-standard arrangement of the table is caused by the need to use special accessories to hold third-party embedded elements of the case. A metal part-a contactor-is used as an embedded element. Due to the specific mortgage they made, as well as the experimental equipment, the authors came to the conclusion that it is economically more expedient to design and manufacture a prototype 3D printer than to modify the existing device. A sample of the FDM printing device was designed, manufactured and tested.
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Application of Information Measuring Systems for Development of Engineering Skills for Cyber-Physical Education
(2021) Baryshev, G.; Klimov, V.; Berestov, A.; Tokarev, A.; Petrenko, V.; Барышев, Геннадий Константинович; Климов, Валентин Вячеславович; Берестов, Александр Васильевич; Токарев, Антон Николаевич; Петренко, Валерия Валерьевна
© 2021, The Author(s), under exclusive license to Springer Nature Switzerland AG.The new industrial revolution opening the way to the digital world requires further development of engineering education. Future engineers should obtain skills in the area of development of cyber physical (intellectual) systems. In National Research Nuclear University MEPhI we have examples of implementation of new engineering courses and programs for cyber physical education. In this paper we discuss the problems and results of application of information measuring systems which main purpose is for research and development needs, for educational tasks.
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Precision Spectrometric Search Dosimeter-Radiometer Based on a Matrix SiPM, Designed to Restore the Geometry of Ionizing Radiation Sources
(2021) Kondrateva, A.; Florentsev, V.; Baryshev, G.; Berestov, A.; Biryukov, A.; Барышев, Геннадий Константинович; Берестов, Александр Васильевич; Бирюков, Александр Павлович
© 2021, Springer Nature Switzerland AG.The improvement of spectrometric devices and methods makes it possible to create a fundamentally new device that can distinguish not only the energy characteristics and activity of ionizing radiation sources. Today, devices are also expected to be able to quickly determine the geometry of the source, and not only from a set of standard ones. The method discussed in the article describes how the use of SiPM matrices allows detecting angular characteristics of the direction of gamma radiation incidence on the detector, allowing you to determine the position and types of sources. The detector created by this method has high sensitivity and resolution. These properties make it possible to use it in nuclear medicine to study the distribution of isotopes in the human body, in crystallography, archaeology, radiation safety systems, etc.
Только метаданные
Application of VR instruments in preprofessional education in the area of mechatronics and robotics in a nuclear research university
(2021) Tokarev, A.; Berestov, A.; Klimova, S.; Tolstov, M.; Pankratova, A.; Токарев, Антон Николаевич; Берестов, Александр Васильевич; Климова, Софья Евгеньевна; Толстов, Михаил Сергеевич; Панкратова, Александра Максимовна
© 2020 Elsevier B.V.. All rights reserved.In the area of computer sciences there is a rapidly developing subject of mechatronics and robotics since its relevance to the fourth industrial revolution, especially in preprofessional education - schools etc. On the other side, technologies of virtual reality (VR technologies) have been spreading in education so far, including computer sciences and mechatronics and robotics education in Russian leading research universities. In National Research Nuclear University MEPhI we have a broad experience of application of hi-tech in education. In this paper we present the results of our practical research of application of VR instruments in preprofessional education in the area of mechatronics and robotics. One of the features of our research is that we have developed the educational program for obtaining practical skills in the area of VR digital technologies in compliance with the CDIO standards.