rus
Competent opinion
S.Gamkrelidze
IUHFSE RAS: industrial Russian world-class technologies in field of microwave electronics The Institute of Ultra High Frequency Semiconductor Electronics of RAS (IUHFSE RAS) was established on April 16, 2002 with the aim of carrying out scientific research and applied developments in the field of microwave and extremely high-frequency semiconductor electronics. The projects implemented by the institute greatly contributed to the fact that Russia is not inferior to the world's leading technology powers in the field of microwave electronics development. Sergey Gamkrelidze, Director of the IUHFSE RAS, told us about the areas of the development of microwave devices and the work of the institute.
IUHFSE RAS: industrial Russian world-class technologies in field of microwave electronics The Institute of Ultra High Frequency Semiconductor Electronics of RAS (IUHFSE RAS) was established on April 16, 2002 with the aim of carrying out scientific research and applied developments in the field of microwave and extremely high-frequency semiconductor electronics. The projects implemented by the institute greatly contributed to the fact that Russia is not inferior to the world's leading technology powers in the field of microwave electronics development. Sergey Gamkrelidze, Director of the IUHFSE RAS, told us about the areas of the development of microwave devices and the work of the institute.
Л.Валерс
Age-old traditions of quality and innovation ERICHSEN was founded in 1910 in Berlin (Germany) by the Norwegian engineer and inventor A.M. Erichsen. After the end of the Second World War, the company moved to West Germany, and is currently based in Hemer, in the state of North Rhine-Westphalia. The Erichsen family has been, for more than 100 years, heading a company that specializes in materials testing solutions. At the Control 2017 exhibition in Stuttgart (Germany), Ludger Wahlers, Sales Director, told us about the tools and machines of the company.
Age-old traditions of quality and innovation ERICHSEN was founded in 1910 in Berlin (Germany) by the Norwegian engineer and inventor A.M. Erichsen. After the end of the Second World War, the company moved to West Germany, and is currently based in Hemer, in the state of North Rhine-Westphalia. The Erichsen family has been, for more than 100 years, heading a company that specializes in materials testing solutions. At the Control 2017 exhibition in Stuttgart (Germany), Ludger Wahlers, Sales Director, told us about the tools and machines of the company.
Y.Deckers
Hardness testing solutions of premium class One of the world leaders in the design, manufacture and supply of hardness tester is INNOVATEST (Netherlands). Founded in 1890, the company produces a wide range of solutions from compact hardness testers to highly automated industrial systems. At the Control 2017 exhibition in Stuttgart (Germany), Yvan Deckers, international sales manager, told us about developments of INNOVATEST.
Hardness testing solutions of premium class One of the world leaders in the design, manufacture and supply of hardness tester is INNOVATEST (Netherlands). Founded in 1890, the company produces a wide range of solutions from compact hardness testers to highly automated industrial systems. At the Control 2017 exhibition in Stuttgart (Germany), Yvan Deckers, international sales manager, told us about developments of INNOVATEST.
T.Altajev
Measuring systems for "Generation Industry 4.0" The Helmut Fischer Group, sole owner of the Fischer brand, is one of the world leaders in solutions for coating thickness measurement, material analysis and material testing. Founded in 1952 by German engineer Helmut Fischer, the company’s headquarters and production plant are located in Sindelfingen, near Stuttgart, Germany. In Russia, Fischer measuring equipment is represented by ASK-ROENTGEN. One of the exhibition events that has long been important to the Helmut Fischer Group is Control, an international trade fair that takes place in Stuttgart – which is where we met up with Timur Altajev, Sales Director Dealers. He explained to us some of the Group’s latest developments, along with some time-honored classics, that were on display at the Fischer booth this year.
Measuring systems for "Generation Industry 4.0" The Helmut Fischer Group, sole owner of the Fischer brand, is one of the world leaders in solutions for coating thickness measurement, material analysis and material testing. Founded in 1952 by German engineer Helmut Fischer, the company’s headquarters and production plant are located in Sindelfingen, near Stuttgart, Germany. In Russia, Fischer measuring equipment is represented by ASK-ROENTGEN. One of the exhibition events that has long been important to the Helmut Fischer Group is Control, an international trade fair that takes place in Stuttgart – which is where we met up with Timur Altajev, Sales Director Dealers. He explained to us some of the Group’s latest developments, along with some time-honored classics, that were on display at the Fischer booth this year.
G.Steffes
New player in market of high-tech hardness testers One of the most important premieres at the Control 2017 exhibition in Stuttgart (Germany) was the introduction by Struers of the Duramin hardness testers. Struers is one of the world's leading developers and manufacturers of sample preparation systems for metallographic research. Founded in 1875 in Denmark, the company produces cutting machines, presses for hot and cold mounting, grinding and polishing machines, devices for electrolytic preparation and other equipment, as well as consumables. Currently, Struers is owned by Roper Technologies, Inc. (USA), which invests in technology companies, and has an annual turnover of about 3.8 billion dollars. Struers has 12 training labs, offices and affiliates in 24 countries worldwide. The equipment is supplied to customers in 50 countries, including Russia, where it is represented by MELYTEC. Dr. Gabriele Steffes, Senior Manager, Business Support and Product Marketing, told us about the new range of hardness testers.
New player in market of high-tech hardness testers One of the most important premieres at the Control 2017 exhibition in Stuttgart (Germany) was the introduction by Struers of the Duramin hardness testers. Struers is one of the world's leading developers and manufacturers of sample preparation systems for metallographic research. Founded in 1875 in Denmark, the company produces cutting machines, presses for hot and cold mounting, grinding and polishing machines, devices for electrolytic preparation and other equipment, as well as consumables. Currently, Struers is owned by Roper Technologies, Inc. (USA), which invests in technology companies, and has an annual turnover of about 3.8 billion dollars. Struers has 12 training labs, offices and affiliates in 24 countries worldwide. The equipment is supplied to customers in 50 countries, including Russia, where it is represented by MELYTEC. Dr. Gabriele Steffes, Senior Manager, Business Support and Product Marketing, told us about the new range of hardness testers.
I.Konstantinova
Tradition of quality in manufacture of hardness testers EMCO-TEST is an example of a combination of an innovative approach to the development of new products and conservatism in quality matters. Founded in 1954, the company has been developing and producing hardness testers for more than 60 years. The headquarters of EMCO-TEST is located not far from Salzburg (Austria). The company employs about 50 people. Hardness testers of this brand are well known in Russia, since EMCO-TEST started cooperating with the USSR in 1969. Currently, they are supplied by MELYTEC. At the Control 2017 exhibition in Stuttgart (Germany), Iva Konstantinova, Area Sales Manager, told us about developments of EMCO-TEST.
Tradition of quality in manufacture of hardness testers EMCO-TEST is an example of a combination of an innovative approach to the development of new products and conservatism in quality matters. Founded in 1954, the company has been developing and producing hardness testers for more than 60 years. The headquarters of EMCO-TEST is located not far from Salzburg (Austria). The company employs about 50 people. Hardness testers of this brand are well known in Russia, since EMCO-TEST started cooperating with the USSR in 1969. Currently, they are supplied by MELYTEC. At the Control 2017 exhibition in Stuttgart (Germany), Iva Konstantinova, Area Sales Manager, told us about developments of EMCO-TEST.
V.Dusek
Serial and special equipment for testing mechanical properties Since 1995, LaborTech has been developing and producing equipment for testing the mechanical properties of materials and products, as well as for dynamic balancing of parts. The company, located in Opava in the east of the Czech Republic, employs 35 people, about a third of whom are engineers. The company›s equipment is used in engineering, metallurgy, automotive, aerospace and other industries, as well as in education and science. At the Control 2017 exhibition in Stuttgart (Germany), the founder and director of the company Vladan Dusek told about the solutions proposed by LaborTech.
Serial and special equipment for testing mechanical properties Since 1995, LaborTech has been developing and producing equipment for testing the mechanical properties of materials and products, as well as for dynamic balancing of parts. The company, located in Opava in the east of the Czech Republic, employs 35 people, about a third of whom are engineers. The company›s equipment is used in engineering, metallurgy, automotive, aerospace and other industries, as well as in education and science. At the Control 2017 exhibition in Stuttgart (Germany), the founder and director of the company Vladan Dusek told about the solutions proposed by LaborTech.
A.Aguerri
"Three in one" – solutions for 3D characterization of surfaces Sensofar was established as a spin-off in 2001 at the Polytechnic University of Catalonia (Spain) in order to develop and commercialize solutions in the field of surface profilometry. Currently, the Sensofar group includes Sensofar Metrology, which develops metrological solutions, and Sensofar Medical, which develops devices for the inspection of medical devices. Sensofar Metrology offers two product ranges: desktop devices for 3D profiling and optical 3D sensors. At the Control 2017 exhibition in Stuttgart (Germany) Sensofar Metrology presented the latest developments in the field of 3D surface characterization, in particular, the new version of the S neox, a flagship profilometer of the fourth generation. Alberto Aguerri, sales manager, told us about the features of this and other developments of Sensofar Metrology.
"Three in one" – solutions for 3D characterization of surfaces Sensofar was established as a spin-off in 2001 at the Polytechnic University of Catalonia (Spain) in order to develop and commercialize solutions in the field of surface profilometry. Currently, the Sensofar group includes Sensofar Metrology, which develops metrological solutions, and Sensofar Medical, which develops devices for the inspection of medical devices. Sensofar Metrology offers two product ranges: desktop devices for 3D profiling and optical 3D sensors. At the Control 2017 exhibition in Stuttgart (Germany) Sensofar Metrology presented the latest developments in the field of 3D surface characterization, in particular, the new version of the S neox, a flagship profilometer of the fourth generation. Alberto Aguerri, sales manager, told us about the features of this and other developments of Sensofar Metrology.
Nanotechnology
G.Ivashyshin
Scientific discoveries in field of micro, nano, pico, femto and attotribology. Plank and quantum of aftereffect The possibilities of obtaining competitive technologies based on scientific discoveries and quantum mechanics are discussed.
Scientific discoveries in field of micro, nano, pico, femto and attotribology. Plank and quantum of aftereffect The possibilities of obtaining competitive technologies based on scientific discoveries and quantum mechanics are discussed.
I.Obukhov, G.Gorokh, A.Lozovenko, E.Smirnova
Matrices of indium antimonide nanowires and their applications in microwave generators The methods of manufacturing the matrices of the indium antimonide nanowires into regular pores of anodic alumina with various metal contacts on the different substrates have been described. It is shown that generators of terahertz electromagnetic radiation can be created on the basis of these matrices.
Matrices of indium antimonide nanowires and their applications in microwave generators The methods of manufacturing the matrices of the indium antimonide nanowires into regular pores of anodic alumina with various metal contacts on the different substrates have been described. It is shown that generators of terahertz electromagnetic radiation can be created on the basis of these matrices.
Tags: anodic aluminum oxide microwave generator relaxation instability terahertz анодный оксид алюминия релаксационная неустойчивость свч-генератор терагерц
Equipment for nanoindustry
K.Indukaev, P.Osipov, Yu.Belov, I.Yaminsky
Magnetic lead screw Approximation of positioning accuracy to nanometer values causes a new level of technical requirements for equipment and processing of drive elements. In this paper an alternative to standard mechanical moving elements and its applicability in various branches of machine building and instrument making is considered.
Magnetic lead screw Approximation of positioning accuracy to nanometer values causes a new level of technical requirements for equipment and processing of drive elements. In this paper an alternative to standard mechanical moving elements and its applicability in various branches of machine building and instrument making is considered.
Tags: machining centers non-contact mechanics precision movements бесконтактная механика обрабатывающие центры прецизионные перемещения
L.Kolesnik, K.Moiseev, Yu.Panfilov, V.Ryabov, S.Sidorova
Laboratory equipment with remote access for thin film deposition in vacuum Thin film vacuum deposition systems with automatic control that is built-in into the system of remote access are considered. Methods for thermal, magnetron, ion beam and chemical vapor deposition of nanostructured thin films are used in equipment. The methodical support for the preparation of laboratory works and the virtual simulator for the training on the equipment are developed.
Laboratory equipment with remote access for thin film deposition in vacuum Thin film vacuum deposition systems with automatic control that is built-in into the system of remote access are considered. Methods for thermal, magnetron, ion beam and chemical vapor deposition of nanostructured thin films are used in equipment. The methodical support for the preparation of laboratory works and the virtual simulator for the training on the equipment are developed.
Tags: nanostructured coating thin-film technology vacuum deposition вакуумное осаждение наноструктурированныое покрытие тонкопленочная технология
Conferences, Exhibitions, Seminars
D.Georgiev
SEMIEXPO – new exhibition for Russian semiconductor industry With the suspension of the SEMICON Russia, the place in the calendar of events devoted to the semiconductor industry and nanoindustry did not remain free. On June 7–8, the SEMIEXPO Russia 2017 exhibition and conference was held in Moscow’s Expocentre, which was supported by the Department of Radioelectronic Industry of the Ministry of Industry and Trade of the Russian Federation.
SEMIEXPO – new exhibition for Russian semiconductor industry With the suspension of the SEMICON Russia, the place in the calendar of events devoted to the semiconductor industry and nanoindustry did not remain free. On June 7–8, the SEMIEXPO Russia 2017 exhibition and conference was held in Moscow’s Expocentre, which was supported by the Department of Radioelectronic Industry of the Ministry of Industry and Trade of the Russian Federation.
D.Georgiev
Novelties and trends in measuring and analytical equipment at Control 2017 From May 9 to May 12, an exhibition of quality control solutions was held in Stuttgart (Germany). More than 900 exhibitors from 31 countries took part in the forum. They presented on the area of 52 thousand sq.m equipment, technologies, materials and software for measurement and analysis in different fields of technology. The forum was attended by nearly 30 thousand specialists from 106 countries.
Novelties and trends in measuring and analytical equipment at Control 2017 From May 9 to May 12, an exhibition of quality control solutions was held in Stuttgart (Germany). More than 900 exhibitors from 31 countries took part in the forum. They presented on the area of 52 thousand sq.m equipment, technologies, materials and software for measurement and analysis in different fields of technology. The forum was attended by nearly 30 thousand specialists from 106 countries.
L.Ratkin
Nanocomposite materials for special purposes Within the scientific program of the Army 2017 international military-technical forum, the Mir-Expo exhibition company has organized the conference "Composite materials for special purposes". Representatives of industrial enterprises and the Ministry of Defense of the Russian Federation openly discussed the possibilities of using composite and nanocomposite developments for the defense industry in military and civilian products.
Nanocomposite materials for special purposes Within the scientific program of the Army 2017 international military-technical forum, the Mir-Expo exhibition company has organized the conference "Composite materials for special purposes". Representatives of industrial enterprises and the Ministry of Defense of the Russian Federation openly discussed the possibilities of using composite and nanocomposite developments for the defense industry in military and civilian products.
История успеха
A.Ahmetova, I.Yaminsky
Advanced Technologies Center: production and innovations In 1997, the FemtoScan scanning probe microscope has evolved into a multifunctional instrument that integrates about a hundred different measurement modes. At the same time, the manufacturing of FemtoScan was transferred to a digital production.
Advanced Technologies Center: production and innovations In 1997, the FemtoScan scanning probe microscope has evolved into a multifunctional instrument that integrates about a hundred different measurement modes. At the same time, the manufacturing of FemtoScan was transferred to a digital production.