rus
Competent opinion
C.Gabriel
Unique experience in delivering complex high-tech projects +W Group is a global leader in the design, engineering, and construction of advanced technology facilities. The company, with its headquarters in Stuttgart (Germany), offers a full range of services from consulting, concept and full design development to construction and commissioning. In the financial year 2015, M+W Group generated global sales of approximately 3 billion euros. M+W Group has offices in both Moscow and St. Petersburg and we discussed the Russian market with Christian Gabriel, M+W Group’s General Manager in Russia.
Unique experience in delivering complex high-tech projects +W Group is a global leader in the design, engineering, and construction of advanced technology facilities. The company, with its headquarters in Stuttgart (Germany), offers a full range of services from consulting, concept and full design development to construction and commissioning. In the financial year 2015, M+W Group generated global sales of approximately 3 billion euros. M+W Group has offices in both Moscow and St. Petersburg and we discussed the Russian market with Christian Gabriel, M+W Group’s General Manager in Russia.
Nanomaterials
A.Ayrapetov, S.Vasilev, T.Kulova, M.Lebedev, A.Metlitskaya, A.Mironenko, N.Nikolskaya, V.Odinokov, G.Pavlov, D.Puhov, A.Rudy, A.Skundin, V.Sologub, I.Fedorov, A.Churilov
Si–O–AL–Zn thin-film negative electrode for lithium-ion batteries The results of experiments on development of technology for manufacturing of the thin film negative electrodes for lithium-ion batteries based on composite Si–O–Al–Zn are presented. The deposition modes, controlling of the structure and phase composition of the film, methods of diagnostics of the structure and phase composition as well as the results of electrochemical testing of negative electrodes are described.
Si–O–AL–Zn thin-film negative electrode for lithium-ion batteries The results of experiments on development of technology for manufacturing of the thin film negative electrodes for lithium-ion batteries based on composite Si–O–Al–Zn are presented. The deposition modes, controlling of the structure and phase composition of the film, methods of diagnostics of the structure and phase composition as well as the results of electrochemical testing of negative electrodes are described.
Tags: lithium-ion battery raman spectroscopy thin-film electrode литий-ионный аккумулятор спектроскопия комбинационного рассеяния света тонкопленочный электрод
Test & Measurement
D.Kolesov, I.Yaminsky, A.Ahmetova, O.Sinitsyna, G.Meshkov
Cantilever biosensors for detection of viruses and bacteria The continuation of the article about cantilever biosensors considers the integration of cantilever sensors in the bioanalytical devices and the corresponding applications, examples of biosensors for detection of biomolecules, the advantages and disadvantages of biosensors based on microcantilevers, as well as relevant areas of research.
Cantilever biosensors for detection of viruses and bacteria The continuation of the article about cantilever biosensors considers the integration of cantilever sensors in the bioanalytical devices and the corresponding applications, examples of biosensors for detection of biomolecules, the advantages and disadvantages of biosensors based on microcantilevers, as well as relevant areas of research.
M.Butyuto, A.Rusakov, K.Kravchuk, A.Useinov, I.Maslenikov
Expansion load range of indentation in NanoScan-4D scanning nano-hardness tester The application of the new module for expansion the load range at measurement of hardness by indentation with use of NanoScan-4D scanning nano-hardness tester is shown.
The device increases the range of applied forces
from 1 to 50 newton.
Expansion load range of indentation in NanoScan-4D scanning nano-hardness tester The application of the new module for expansion the load range at measurement of hardness by indentation with use of NanoScan-4D scanning nano-hardness tester is shown.
The device increases the range of applied forces
from 1 to 50 newton.
Tags: mechanical properties nanoindentation scanning nano-hardness tester механические свойства наноиндентирование сканирующий нанотвердомер
A.Ahmetova, G.Meshkov, I.Yaminsky, F.Salehi
FemtoScan and international cooperation The Lomonosov MSU and Advanced Technologies Center were visited by a group of scientists from Sharif University of Technology (Tehran, Iran), which for the fourth year actively use FemtoScan scanning probe microscope.
FemtoScan and international cooperation The Lomonosov MSU and Advanced Technologies Center were visited by a group of scientists from Sharif University of Technology (Tehran, Iran), which for the fourth year actively use FemtoScan scanning probe microscope.
Tags: biosensor high-tech manufacturing measurement modes scanning probe microscopy биосенсор высокотехнологичное производство режимы измерений сканирующая зондовая микроскопия
Military nanotechnology
Ju.Altmann
Military applications of nanotechnology: nuclear weapon Such issues are discussed as the use of nanotechnology for control, storage, security and readiness of nuclear weapon.
Military applications of nanotechnology: nuclear weapon Such issues are discussed as the use of nanotechnology for control, storage, security and readiness of nuclear weapon.
Conferences, Exhibitions, Seminars
D.Georgiev
Russian Trace at Hannover Messe 2016 From 25 to 29 April Hannover (Germany) hosted the international industrial exhibition Hannover Messe. The forum unites five main thematic areas: industrial automation, digital factory, energy, materials and services, research and development. More than 190 thousand visitors, among whom was the Chancellor of Germany Angela Merkel and U.S. President Barack Obama, became acquainted with the latest achievements towards the implementation of the "Industry 4.0" concept.
Russian Trace at Hannover Messe 2016 From 25 to 29 April Hannover (Germany) hosted the international industrial exhibition Hannover Messe. The forum unites five main thematic areas: industrial automation, digital factory, energy, materials and services, research and development. More than 190 thousand visitors, among whom was the Chancellor of Germany Angela Merkel and U.S. President Barack Obama, became acquainted with the latest achievements towards the implementation of the "Industry 4.0" concept.
D.Georgiev
SEM: from Chernogolovka to Zelenograd rom 30 May to 3 June Zelenograd hosted the international forum "Technounity – SEM-2016", organized by Institute of Microelectronics Technology and High Purity Materials of the Russian Academy of Sciences (IMT RAS), in cooperation with the Shubnikov Institute of Crystallography of the Russian Academy of Sciences (IC RAS) and Zelenograd Development Corporation with the financial support of the Russian Foundation for Basic Research.
SEM: from Chernogolovka to Zelenograd rom 30 May to 3 June Zelenograd hosted the international forum "Technounity – SEM-2016", organized by Institute of Microelectronics Technology and High Purity Materials of the Russian Academy of Sciences (IMT RAS), in cooperation with the Shubnikov Institute of Crystallography of the Russian Academy of Sciences (IC RAS) and Zelenograd Development Corporation with the financial support of the Russian Foundation for Basic Research.
Nanotechnology
D.Andreev, D.Atamas, D.Koptsev, O.Kovaleva
Library of silicon CMOS microwave devices and complex function blocks for transceiver modules A library of microwave components and complex function blocks for correct simulation of the electrical properties of microwave transistors at frequencies up to 12 GHz is developed.
Library of silicon CMOS microwave devices and complex function blocks for transceiver modules A library of microwave components and complex function blocks for correct simulation of the electrical properties of microwave transistors at frequencies up to 12 GHz is developed.
Tags: complex function block microwave electronics modelling mos transistor моделирование моп-транзистор свч-электроника сложно-функциональный блок
A.Kondrashin, A.Lyamin, V.Sleptsov
4D-technologies for production of three-dimensional integrated circuits The third part of the paper is dedicated to analyses the state and prospects of development of 3D MID technology.
4D-technologies for production of three-dimensional integrated circuits The third part of the paper is dedicated to analyses the state and prospects of development of 3D MID technology.
Tags: 3d mid technologies 3d-mid-технологии 3d-photoimaging 3d фотолитография jet sputtering laser direct structuring лазерное структурирование струйное распыление
L.Kolesnik, S.Sidorova
Implementation of remote access to the technological system for formation of islet thin films An original method for providing remote access to process equipment is developed. Suggested
methods allow to control processes, to operate equipment with the use of network technologies
and to provide, if necessary, the operation without operator intervention.
Implementation of remote access to the technological system for formation of islet thin films An original method for providing remote access to process equipment is developed. Suggested
methods allow to control processes, to operate equipment with the use of network technologies
and to provide, if necessary, the operation without operator intervention.
Tags: automatic control system islet thin films remote access server автоматизированное управление островковые тонкие пленки сервер удаленного доступа
I.Vasiliev, A.Chuprin
Development of piezoelectric energy harvester for autonomous power supply of railroad freight cars Based on the parameters of the vibrations of the freight cars the several types of piezoelectric harvesters for autonomous power supply of railway transport are proposed. For each type of piezoelectric harvester the design that most efficiently converts the energy of mechanical vibrations into electrical energy is developed. Experimental study and comparison of proposed designs of piezoelectric harvester are conducted. The obtained data show the possibility of creation of autonomous power supply based on piezoelectric energy harvester.
Development of piezoelectric energy harvester for autonomous power supply of railroad freight cars Based on the parameters of the vibrations of the freight cars the several types of piezoelectric harvesters for autonomous power supply of railway transport are proposed. For each type of piezoelectric harvester the design that most efficiently converts the energy of mechanical vibrations into electrical energy is developed. Experimental study and comparison of proposed designs of piezoelectric harvester are conducted. The obtained data show the possibility of creation of autonomous power supply based on piezoelectric energy harvester.