rus
Competent opinion
V.Odinokov
Research institute for precise mechanical engineering – equipment for production of integrated circuits Production of integrated circuits (IC) requires hundreds of operations on special processing equipment which is vital for their development and mass production. By the beginning of the 1960-s development of electronic industry in the USSR caused a need for creation of machine-building production. Among the first enterprises of the Scientific Center for microelectronics in Zelenograd, on August 8, 1962 by the Resolution of the Central Committee of the CPSU and CM of the USSR No. 831-358 initiated setting up the NII-350 with an experimental plant, subsequently – the Research Institute for Precise Mechanical Engineering with the Elion plant. In 1993 the Institute was included in the Joint-stock finance corporation "Sistema", and since 2002 it has worked in the area «Microelectronic solutions» in JSC «Sitroniks».
Research institute for precise mechanical engineering – equipment for production of integrated circuits Production of integrated circuits (IC) requires hundreds of operations on special processing equipment which is vital for their development and mass production. By the beginning of the 1960-s development of electronic industry in the USSR caused a need for creation of machine-building production. Among the first enterprises of the Scientific Center for microelectronics in Zelenograd, on August 8, 1962 by the Resolution of the Central Committee of the CPSU and CM of the USSR No. 831-358 initiated setting up the NII-350 with an experimental plant, subsequently – the Research Institute for Precise Mechanical Engineering with the Elion plant. In 1993 the Institute was included in the Joint-stock finance corporation "Sistema", and since 2002 it has worked in the area «Microelectronic solutions» in JSC «Sitroniks».
Tags: designing integrated circuits semi-conductor device special processing equipment vacuum installation вакуумная установка интегральная схема, специальное технологическое оборудование конструирование новости полупроводниковый прибор
Industrial nanotechnologies
Gas-core sedimentation of structures activated by low-temperature plasma
V.Odinokov, G.Pavlov, V.Samoylikov, P.Irakin Improvement of quality of layers at minimization of impact on the surface and underlaying structures is achieved by application of gas-core sedimentation, stimulated by inductively coupled plasma chemical vapour deposition (ICP CVD). Taking into account the gas-dynamic features of injection of working gases from the gas ring surrounding the substrate in the reactor with working vacuum opens new possibilities for developing of highly effective equipment for plates of a big diameter. the work considers the influence of pressure in the reactor on gas-core sedimentation of nitride of silicon.
V.Odinokov, G.Pavlov, V.Samoylikov, P.Irakin Improvement of quality of layers at minimization of impact on the surface and underlaying structures is achieved by application of gas-core sedimentation, stimulated by inductively coupled plasma chemical vapour deposition (ICP CVD). Taking into account the gas-dynamic features of injection of working gases from the gas ring surrounding the substrate in the reactor with working vacuum opens new possibilities for developing of highly effective equipment for plates of a big diameter. the work considers the influence of pressure in the reactor on gas-core sedimentation of nitride of silicon.
Tags: gas-core sedimentation gas-dynamic features inductively coupled plasma low-temperature plasma газодинамические особенности газофазное осаждение низкотемпературная плазма плазма индуктивного разряда
O.Markov
Production of UF- solidified ink with nanoparticles UF- solidified ink of the Russian SAN company contains nanodimensional particles of the pigment and additives. Application of nanoparticles of carbon and dioxide of titan as pigments allowed to increase the period ink shelf-life and degree of it safety for the equipment. The size of particles makes an essential impact on quality of the printing. Dimension of pigments has been reduced from one to 0,2 microns. Application of nanotechnologies in production of ink allows to improve its consumer properties, increase the quality and shelf-life, reduce production expenses and prime cost of the product.
Production of UF- solidified ink with nanoparticles UF- solidified ink of the Russian SAN company contains nanodimensional particles of the pigment and additives. Application of nanoparticles of carbon and dioxide of titan as pigments allowed to increase the period ink shelf-life and degree of it safety for the equipment. The size of particles makes an essential impact on quality of the printing. Dimension of pigments has been reduced from one to 0,2 microns. Application of nanotechnologies in production of ink allows to improve its consumer properties, increase the quality and shelf-life, reduce production expenses and prime cost of the product.
Tags: ink for inkjet printing nanoparticles uv-led system wide-format printing наночастицы светодиодная технология чернила для струйной печати широкоформатная печать
Test & Measurement
N.Vekshin
Smooth flasks for fluorescence measurements Smooth flasks are intended for measuring the fluorescence of weakly absorbing solutions and can be used to register the excitation and emission spectra in UV and visible region, and life-times. The smooth flasks provide for many-fold increase of fluorescence intensity due to multiple passage of exciting light through the solution being tested and due to additional fluorescence collected. Also, the mirror cell with a transparent diagonal quartz plate has been used for many-fold increase of fluorescence analysis and for multiple using of a single sample adsorbed on the plate.
Smooth flasks for fluorescence measurements Smooth flasks are intended for measuring the fluorescence of weakly absorbing solutions and can be used to register the excitation and emission spectra in UV and visible region, and life-times. The smooth flasks provide for many-fold increase of fluorescence intensity due to multiple passage of exciting light through the solution being tested and due to additional fluorescence collected. Also, the mirror cell with a transparent diagonal quartz plate has been used for many-fold increase of fluorescence analysis and for multiple using of a single sample adsorbed on the plate.
There is an idea!
A.Vokhidov, L.Dobrovolsky
The problems and prospects of nanoprojects commercialization The article considers the problems of nanoprojects commercialization in the conditions of Russia, proposed steps to improve the system for creation of the domestic nanoindustry.
The problems and prospects of nanoprojects commercialization The article considers the problems of nanoprojects commercialization in the conditions of Russia, proposed steps to improve the system for creation of the domestic nanoindustry.
Tags: innovative activity nanomaterials nanotechnologies stimulation of introduction of innovations инновационная деятельность наноматериалы нанотехнологии стимулирование внедрения инноваций
Conferences, Exhibitions, Seminars
A.Protopopova, E.Dubrovin, I.Yaminsky
Progress and trends in bionanoscopy The sixth international conference “Progress and trends in bionanoscopy” took place at Lomonosov MSU in June 2012. It was attended by participants from different cities of Russia, CIS countries and Portugal. The conference included the reports by invited speakers from Russia and from abroad, by young scientists, poster session and image contest. The next seventh conference which will take place in June 2013.
Progress and trends in bionanoscopy The sixth international conference “Progress and trends in bionanoscopy” took place at Lomonosov MSU in June 2012. It was attended by participants from different cities of Russia, CIS countries and Portugal. The conference included the reports by invited speakers from Russia and from abroad, by young scientists, poster session and image contest. The next seventh conference which will take place in June 2013.
Tags: atomic force microscopy conference electron microscopy fluorescent microscopy атомно-силовая микроскопия (асм) конференция флуоресцентная микроскопия электронная микроскопия (эм)
L.Ratkin
Results of activity of the RAS in 2011 Results of activity of the Russian Academy of Sciences in 2011 were discussed at the General Meeting of the Russian Academy of Sciences which took place on May 22, 2012 with participation of President of the Russian Federation V.Putin. The President presented his vision of the prospects of development of domestic fundamental and applied sciences. In his speech he touched upon the problems of the social status of scientists, of strengthening the material base of the Academy, financing of scientific research.
Results of activity of the RAS in 2011 Results of activity of the Russian Academy of Sciences in 2011 were discussed at the General Meeting of the Russian Academy of Sciences which took place on May 22, 2012 with participation of President of the Russian Federation V.Putin. The President presented his vision of the prospects of development of domestic fundamental and applied sciences. In his speech he touched upon the problems of the social status of scientists, of strengthening the material base of the Academy, financing of scientific research.
Tags: general meeting of the russian academy of sciences material base russian academy of sciences материально-техническая база общее собрание ран российская академии наук
S.Smirnov
Work platforms in Nanograd-2012 The second Russian summer school of the School League of RUSNANO "Nanograd 2012" took place in Kazan on July 3-11, 2012. It was attended by over 150 talented students from 12 regions of Russia. 35 teachers, 30 scholars and 20 representatives of business were also involved in the school activity. Every citizen of "Nanograd" became a probationer of one of 8 eight of RUSNANO project companies. The Advanced technologies center became a platform for about 20 students, who were solving scientific and managerial problems assigned to them. The main task for the company probations was development of a number of laboratory works for school students on probe microscopy.
Work platforms in Nanograd-2012 The second Russian summer school of the School League of RUSNANO "Nanograd 2012" took place in Kazan on July 3-11, 2012. It was attended by over 150 talented students from 12 regions of Russia. 35 teachers, 30 scholars and 20 representatives of business were also involved in the school activity. Every citizen of "Nanograd" became a probationer of one of 8 eight of RUSNANO project companies. The Advanced technologies center became a platform for about 20 students, who were solving scientific and managerial problems assigned to them. The main task for the company probations was development of a number of laboratory works for school students on probe microscopy.
Tags: advanced technologies center femtoscan femtoscanonline nanocity school league of rusnano наноград фемтоскан фемтоскан онлайн центр перспективных технологий школьная лига роснано
Issues of patenting
D.Sokolov
High Tech by Planet Earth Fundamentals of patenting practice are explained through a number of easy-to-understand and interesting inventions. Those inventions were produced by the Nature on the planet Earth. Hypothetical patent claims derived from those phenomena are presented. The examples proposed in the article will enable a novice in patenting to draft patent claims on high-tech processes in micro- and nanotechnologies.
High Tech by Planet Earth Fundamentals of patenting practice are explained through a number of easy-to-understand and interesting inventions. Those inventions were produced by the Nature on the planet Earth. Hypothetical patent claims derived from those phenomena are presented. The examples proposed in the article will enable a novice in patenting to draft patent claims on high-tech processes in micro- and nanotechnologies.
Tags: high tech inventions micro- and nanotechnology patenting planet earth высокие технологии изобретения микро- и нанотехнология патентование планета земля
Nanotechnologies for medicine
N.Poleschuyk,A.Astashonok, L.Rubanik, S.Kapitulets, G.Zhavnerko, I.Paribok, P.Farnia, I.Yaminsky
Nanotechnology approaches to the diagnostics of bacterial and viral infections With persistent forms of infection, when the amount produced in the inflammation of pathogens below the threshold of sensitivity of standard diagnostic methods, very urgent problem of detecting pathogens exists. It is well known, that for viral and bacterial infections on a fully formed, comprising a nucleic acid (NA) particle up to several thousands of defective particles can be produced without full genome or even deprived of NC. In the body, often the main immunopathological processes are caused not by NC, but by protein components that are part of pathogens. The complex structure of viruses and bacteria when one NC is surrounded by a few tens of thousands of proteins, polysaccharides and other subunits suggests the possibility of revealing of pathogens by the detection of specific structural elements that form the capsid shell or surface lipoprotein pathogens. It should be noted that the phenotypic characteristics of microorganisms, due to stacking of the surface antigens, are often associated with their pathogenicity. This opens up new possibilities for the study at the molecular level of bacterial and viral agents, especially due to the significant progress in the development of atomic force microscopy (AFM).
Nanotechnology approaches to the diagnostics of bacterial and viral infections With persistent forms of infection, when the amount produced in the inflammation of pathogens below the threshold of sensitivity of standard diagnostic methods, very urgent problem of detecting pathogens exists. It is well known, that for viral and bacterial infections on a fully formed, comprising a nucleic acid (NA) particle up to several thousands of defective particles can be produced without full genome or even deprived of NC. In the body, often the main immunopathological processes are caused not by NC, but by protein components that are part of pathogens. The complex structure of viruses and bacteria when one NC is surrounded by a few tens of thousands of proteins, polysaccharides and other subunits suggests the possibility of revealing of pathogens by the detection of specific structural elements that form the capsid shell or surface lipoprotein pathogens. It should be noted that the phenotypic characteristics of microorganisms, due to stacking of the surface antigens, are often associated with their pathogenicity. This opens up new possibilities for the study at the molecular level of bacterial and viral agents, especially due to the significant progress in the development of atomic force microscopy (AFM).
Tags: atomic force microscopy capsid shell full genome nucleic acid pathogen persistent infection viruses and bacteria атомно-силовая микроскопия вирус и бактерия капсид нуклеиновая кислота патоген персистентная инфекция полноценный геном
News