rus
Competent opinion
A.Potemkin
Nanotechnology industry cannot exist without exact nanometer standard For the first time the subnanometer and nanometer standard is created.
Nanotechnology industry cannot exist without exact nanometer standard For the first time the subnanometer and nanometer standard is created.
R.Schmidt
Equipment for angstrom-precision processing of wafers SCREEN entered into the semiconductor production equipment market in the 1970s. Surface processing i.e. modifying surfaces through processes as coating, cleaning and etching. At present the company is a specialized manufacturer of semiconductor production equipment
in various areas such as wafer cleaning equipment, lithography equipment and annealers.
Equipment for angstrom-precision processing of wafers SCREEN entered into the semiconductor production equipment market in the 1970s. Surface processing i.e. modifying surfaces through processes as coating, cleaning and etching. At present the company is a specialized manufacturer of semiconductor production equipment
in various areas such as wafer cleaning equipment, lithography equipment and annealers.
T.Müller
FINEPLACER sub micron bonders for high precision assembly challenges For over 20 years, Finetech has been developing and manufacturing equipment – the FINEPLACER systems – for the semiconductor industry. One business segment is building machines for the professional rework of printed circuit boards in production environments. The second mainstay is the development and manufacturing of micro assembly systems.
FINEPLACER sub micron bonders for high precision assembly challenges For over 20 years, Finetech has been developing and manufacturing equipment – the FINEPLACER systems – for the semiconductor industry. One business segment is building machines for the professional rework of printed circuit boards in production environments. The second mainstay is the development and manufacturing of micro assembly systems.
C.Schütte
Advanced solutions for nanoimprint lithography Nanoimprint Lithography (NIL) is used in the manufacture of devices and components for optics, including LEDs, displays and optical sensors, electronics, microfluidics, photovoltaics, and other high-tech fields. The EV Group (EVG) is a leading manufacturer of solutions for NIL.
Advanced solutions for nanoimprint lithography Nanoimprint Lithography (NIL) is used in the manufacture of devices and components for optics, including LEDs, displays and optical sensors, electronics, microfluidics, photovoltaics, and other high-tech fields. The EV Group (EVG) is a leading manufacturer of solutions for NIL.
M.Tober, A.Timoshin
SUSS MicroTec equipment in Russia SUSS MicroTec is one of the most demanded brands of equipment for photolithography in the microelectronic industry. In Russia, about 80 systems for the coating and developing of the resists are installed, and the total number of units of equipment manufactured by the German company reaches 150.
SUSS MicroTec equipment in Russia SUSS MicroTec is one of the most demanded brands of equipment for photolithography in the microelectronic industry. In Russia, about 80 systems for the coating and developing of the resists are installed, and the total number of units of equipment manufactured by the German company reaches 150.
Nanotechnology
S.Sidorova, L.Kolesnik
Modeling of process of formation of islet thin films Theoretical foundations and results of the modeling of islet formation of thin films in vacuum
are presented. The possible groups of methods for islet thin films are considered. The dependence of thin films lateral island sizes on the technological parameters of deposition
in vacuum is shown.
Modeling of process of formation of islet thin films Theoretical foundations and results of the modeling of islet formation of thin films in vacuum
are presented. The possible groups of methods for islet thin films are considered. The dependence of thin films lateral island sizes on the technological parameters of deposition
in vacuum is shown.
Tags: atomic force microscopy islet thin films thin film technology vacuum атомно-силовая микроскопия вакуум островковые тонкие пленки технология тонких пленок
I.Vasiliev, S.Generalov, O.Krasnobaev, A.Chuprin
Study of vibration characteristics of railroad freight cars to determine technical design requirements to self-contained piezoelectric generators The vibration characteristics of a tank wagon and universal gondola car in different sections of the railway track are studied. With the use of special equipment frequency and acceleration fluctuations depending on speed, load and type of cars are measured. Based on the analysis of the obtained data the requirements to piezoelectric generators for creation of self-contained power source for freight cars and goods trucks are developed.
Study of vibration characteristics of railroad freight cars to determine technical design requirements to self-contained piezoelectric generators The vibration characteristics of a tank wagon and universal gondola car in different sections of the railway track are studied. With the use of special equipment frequency and acceleration fluctuations depending on speed, load and type of cars are measured. Based on the analysis of the obtained data the requirements to piezoelectric generators for creation of self-contained power source for freight cars and goods trucks are developed.
Tags: independent supply source monitoring systems piezoelectric elements piezoelectric generator автономный источник питания пьезоэлектрический генератор пьезоэлементы системы мониторинга
V.Luchinin
Russian electronic components for extreme conditions: silicon carbide industry founded by LETI The method developed by Leningrad Electrotechnical Institute of growing 3D silicon carbide mono-crystals (the LETI method) is an internationally recognized scientific and technological breakthrough. It determined the worldwide transition to the industrial manufacture of electronic components based on silicon carbide (SiC). Silicon carbide is used in the manufacture of optoelectronics, microwave electronics and, of course, power electronics due to the extremal characteristics of this wide-gap semiconductor, such as its thermal conductivity, critical tension of the electric field and drift velocity of charge carriers, resistance to high temperatures, chemically aggressive environments and radiation.
Russian electronic components for extreme conditions: silicon carbide industry founded by LETI The method developed by Leningrad Electrotechnical Institute of growing 3D silicon carbide mono-crystals (the LETI method) is an internationally recognized scientific and technological breakthrough. It determined the worldwide transition to the industrial manufacture of electronic components based on silicon carbide (SiC). Silicon carbide is used in the manufacture of optoelectronics, microwave electronics and, of course, power electronics due to the extremal characteristics of this wide-gap semiconductor, such as its thermal conductivity, critical tension of the electric field and drift velocity of charge carriers, resistance to high temperatures, chemically aggressive environments and radiation.
Tags: electronic components leti method microelectronics silicon carbide карбид кремния метод лэти микроэлектроника электронная компонентная база
A.Kondrashin, A.Lyamin, V.Sleptsov
4D-technologies for production of three-dimensional integrated circuits The analysis of opportunities of modern 3D MID technologies (Three Dimensional Molded Interconnected Devices) for production of three-dimensional electronic devices (TEU) is done. The main comparative characteristics, merits and demerits of these technologies are defined. New classification of 3D MID technology for sampling of structures and the nomenclature of the materials are proposed.
4D-technologies for production of three-dimensional integrated circuits The analysis of opportunities of modern 3D MID technologies (Three Dimensional Molded Interconnected Devices) for production of three-dimensional electronic devices (TEU) is done. The main comparative characteristics, merits and demerits of these technologies are defined. New classification of 3D MID technology for sampling of structures and the nomenclature of the materials are proposed.
Test & Measurement
K.Kravchuk, A.Useinov, I.Maslenikov, S.Perfilov
Automated control of composite products using NanoScan scanning nano-hardness tester The ability to automate a large volume of routine measurements is demonstrated using NanoScan scanning nano-hardness tester for control of the strength properties of composite elements of the machining tool.
Automated control of composite products using NanoScan scanning nano-hardness tester The ability to automate a large volume of routine measurements is demonstrated using NanoScan scanning nano-hardness tester for control of the strength properties of composite elements of the machining tool.
Tags: automation mechanical properties nanoindentation scanning nano-hardness tester автоматизация механические свойства наноиндентирование сканирующий нанотвердомер
A.Ahmetova, G.Meshkov, I.Yaminsky
Creating reality Modern design software packages allow to effectively create electronic virtual models of complex biomedical devices.
Creating reality Modern design software packages allow to effectively create electronic virtual models of complex biomedical devices.
Tags: biosensor engineering high-tech production modeling scanning probe microscope биосенсор высокотехнологичное производство моделирование проектирование сканирующий зондовый микроскоп
Military nanotechnology
Ju.Altmann
Military applications of nanotechnology: autonomous and unmanned hardware, mini- and microrobots Such issues are discussed as the use of nanotechnology in the development of autonomous and unmanned hardware, mini- and microrobots.
Military applications of nanotechnology: autonomous and unmanned hardware, mini- and microrobots Such issues are discussed as the use of nanotechnology in the development of autonomous and unmanned hardware, mini- and microrobots.
Tags: autonomous military hardware microrobot minirobot nanotechnology unmanned device автономная военная техника беспилотное устройство микроробот миниробот нанотехнология
There is an idea!
M.Sidorov
Nature nanotechnology for energy With the development of science reveals a deeper relationship between the results of fundamental studies on the mechanism of generation of electric current molecular structures of mitochondrial membranes of cells and search for new and nanotechnology for power. Such nanotechnologies and their Autonomous implement, particularly an effective and safe (like the cell), portable energy devices built into mobile phones, laptops – all of the elements of the Internet and the robots will probably let them do without traditional chemical batteries.
Nature nanotechnology for energy With the development of science reveals a deeper relationship between the results of fundamental studies on the mechanism of generation of electric current molecular structures of mitochondrial membranes of cells and search for new and nanotechnology for power. Such nanotechnologies and their Autonomous implement, particularly an effective and safe (like the cell), portable energy devices built into mobile phones, laptops – all of the elements of the Internet and the robots will probably let them do without traditional chemical batteries.
Conferences, Exhibitions, Seminars
S.Nesterov
Ten of best innovative products of VacuumTechExpo 2016 Business program of the VacuumTechExpo 2016 included the competition "The best innovative product in the field of high technologies". The winners of the competition are 10 innovative products that reflect modern trends in the global and domestic vacuum equipment and technology.
Ten of best innovative products of VacuumTechExpo 2016 Business program of the VacuumTechExpo 2016 included the competition "The best innovative product in the field of high technologies". The winners of the competition are 10 innovative products that reflect modern trends in the global and domestic vacuum equipment and technology.
Ametek solutions for micro- and nanoanalytics
Moscow hosted a seminar dedicated to the Ametek solutions for the analysis and research of materials in various fields of industry and science. During the seminar, the experts of Ametek and partner companies presented equipment and technologies for micro- and nanoanalytics, as well as the effective methods of their practical application.
Education
A.Ahmetova, I.Yaminsky
Paid free education as problem of nanoindustry To provide a link between the acquisition and use of knowledge at this moment of development of industrial society in Russia there is an urgent need to introduce fees for higher education for all students.
Paid free education as problem of nanoindustry To provide a link between the acquisition and use of knowledge at this moment of development of industrial society in Russia there is an urgent need to introduce fees for higher education for all students.
Tags: expertise experts higher education nanoindustry высшее образование квалификация наноиндустрия специалисты
Reportage from laboratory
D.Gudilin
Applied nanotechnology, from nanometrology to nanolithography Cutting-edge developments in the majority of activities are in one way or another related to nanoscale structures and objects, in studying which research institutions are mainly involved in Russia. Unfortunately, the results of the fundamental works often remain non-demanded. In this context, the experience of the organisations, which conduct research in the field of nanotechnology and focus on practical use and commercial implementation, is quite valuable.
Applied nanotechnology, from nanometrology to nanolithography Cutting-edge developments in the majority of activities are in one way or another related to nanoscale structures and objects, in studying which research institutions are mainly involved in Russia. Unfortunately, the results of the fundamental works often remain non-demanded. In this context, the experience of the organisations, which conduct research in the field of nanotechnology and focus on practical use and commercial implementation, is quite valuable.