rus
Competent opinion
M.Belkin, A.Sigov
Optical interconnection wirings in integrated circuits The use of optoelectronic approach for formation of interconnection lines between crystals and inside of crystals of large digital and analog integrated circuits (IC) on silicon substrate is investigated. The technologies and methods of interconnection wirings in hybrid and monolithic IC, which are the most closed to practical realization, are considered, possible advantages and aspects of the optoelectronic approach are analyzed.
Optical interconnection wirings in integrated circuits The use of optoelectronic approach for formation of interconnection lines between crystals and inside of crystals of large digital and analog integrated circuits (IC) on silicon substrate is investigated. The technologies and methods of interconnection wirings in hybrid and monolithic IC, which are the most closed to practical realization, are considered, possible advantages and aspects of the optoelectronic approach are analyzed.
Tags: hybrid and monolithic ic interconnection lines interconnection wirings optoelectronic гибридные и монолитные ис межсоединения оптоэлектронный соединительные линии
I.Bortnik
The Fund allocates money requiring no reimbursement, but does not squander it The chairman of the Supervisory board of the Fund for Supporting Development of Small-Sized Enterprises in the Science and Technological Sphere is telling.
The Fund allocates money requiring no reimbursement, but does not squander it The chairman of the Supervisory board of the Fund for Supporting Development of Small-Sized Enterprises in the Science and Technological Sphere is telling.
Industrial nanotechnologies
O.Kolesnik, V.Odinokov, G.Pavlov, D.Polozky, E.Rudenko, V.Semenyuk, V.Sologub
Nanostructured multicomponent coatings based on thermolabile materials The multifunctional equipment with a hybrid ion-plasma discharge system designed by JSC «Research Institute for Precision Engineering» (Russia) allows to use the technology process for forming of multicomponent nanostructured coatings on plastics, which was created in Kurdyumov Institute for Metallophysics of the National Academy of Sciences of Ukraine in collaboration with Taras Shevchenko Kiev National University. The hybrid ion-plasma discharge system provides high film adhesion to a such material, preserving its required multicomponent composition. The process is promising for manufacture of medical-purpose devices.
Nanostructured multicomponent coatings based on thermolabile materials The multifunctional equipment with a hybrid ion-plasma discharge system designed by JSC «Research Institute for Precision Engineering» (Russia) allows to use the technology process for forming of multicomponent nanostructured coatings on plastics, which was created in Kurdyumov Institute for Metallophysics of the National Academy of Sciences of Ukraine in collaboration with Taras Shevchenko Kiev National University. The hybrid ion-plasma discharge system provides high film adhesion to a such material, preserving its required multicomponent composition. The process is promising for manufacture of medical-purpose devices.
Tags: hybrid ion-plasma discharge system multifunctional unit гибридная ионно-плазменная разрядная система многофункциональная установка
V.Potapov, N.Trutnev, A.Serdan, V.Gorbach, K.Shaleev
Obtaining nanodispersed silicium dioxide from hydrothermal solutions The search for silica sources is caused by the demand for amorphous silicium dioxide on the part of modern industry, including the branches connected with nanostructured materials production. The expediency of silica separation from hydrothermal solutions is preconditioned by the possibility of complex usage of such resources. These solutions are a non-traditional source of mineral raw materials, including amorphous silica, which are formed from orthosilicic acid molecules as a result of interaction with aluminium silicate minerals of hydrothermal deposits rocks.
Obtaining nanodispersed silicium dioxide from hydrothermal solutions The search for silica sources is caused by the demand for amorphous silicium dioxide on the part of modern industry, including the branches connected with nanostructured materials production. The expediency of silica separation from hydrothermal solutions is preconditioned by the possibility of complex usage of such resources. These solutions are a non-traditional source of mineral raw materials, including amorphous silica, which are formed from orthosilicic acid molecules as a result of interaction with aluminium silicate minerals of hydrothermal deposits rocks.
Tags: cryochemical method hydrothermal solution orthosilicic acid silica гидротермальный раствор кремнезем криохимический метод ортокремниевая кислота
Test & Measurement
S.Smirnov, G.Meshkov, I.Yaminsky
Thermal oscillations in micro- and nanomechanical systems Due to its simple measurement procedure the scanning probe microscopy is widely used by researchers in different fields: material science, physic, chemistry, biology. So far, in many cases the data obtained has a qualitative nature. Improvement of the measurement accuracy requires use of a non-destructive rapid method of determining the main characteristics of a probe – cantilever, which would provide immediate control of the probe state during the experiment process. This method is promising for application in cantilever-based sensor systems.
Thermal oscillations in micro- and nanomechanical systems Due to its simple measurement procedure the scanning probe microscopy is widely used by researchers in different fields: material science, physic, chemistry, biology. So far, in many cases the data obtained has a qualitative nature. Improvement of the measurement accuracy requires use of a non-destructive rapid method of determining the main characteristics of a probe – cantilever, which would provide immediate control of the probe state during the experiment process. This method is promising for application in cantilever-based sensor systems.
К.Гоголинский, А.Усеинов, А.Кузнецов, В.Решетов, С.Голубев
Metrological support of linear displacements measurement in the nanometer range In this paper the ways of providing the traceability of linear displacements measurements in the nanometer range to the primary standard of the meter using scanning probe microscope (SPM) are discussed. The design and principles of metrological SPM “NanoScan-3Di” equipped with the three-axes laser heterodyne interferometer are described. The features of using monocrystalline diamond tips having extremely high aspect ratio for surface profiling with SPM technique are considered with comparison to a conventional silicon cantilevers.
Metrological support of linear displacements measurement in the nanometer range In this paper the ways of providing the traceability of linear displacements measurements in the nanometer range to the primary standard of the meter using scanning probe microscope (SPM) are discussed. The design and principles of metrological SPM “NanoScan-3Di” equipped with the three-axes laser heterodyne interferometer are described. The features of using monocrystalline diamond tips having extremely high aspect ratio for surface profiling with SPM technique are considered with comparison to a conventional silicon cantilevers.
Tags: laser interferometer linear displacements measurements measure for height and period metrological support metrological traceability scanning probe microscopy лазерная интерферометрия линейные измерения меры высоты и периода метрологическое обеспечение прослеживаемость сканирующая зондовая микроскопия
Нанотехнологии и образование
L. Pertenava
Work, success, admiration: results of the all-Russia school competition "From an infusorium to an atom" The schoolstudents` competition "From an infusorium to an atom’ devoted to the use of FemtoScan probe microscope with creative purposes is over. It was organized by JSC "Сenter of Promising Technologies" and RUSNANO School League. In the framework of the competition the participants were to propose their own views on images of the microworld, demonstrate creative thinking, fight for the right to take part in the second round. The elimination round included accomplishment of three tasks: receiving of an image, its processing with the special software environment On-line FemtoScan, creating of a presentation containing the images received and the author’s observations formed during the work.
Work, success, admiration: results of the all-Russia school competition "From an infusorium to an atom" The schoolstudents` competition "From an infusorium to an atom’ devoted to the use of FemtoScan probe microscope with creative purposes is over. It was organized by JSC "Сenter of Promising Technologies" and RUSNANO School League. In the framework of the competition the participants were to propose their own views on images of the microworld, demonstrate creative thinking, fight for the right to take part in the second round. The elimination round included accomplishment of three tasks: receiving of an image, its processing with the special software environment On-line FemtoScan, creating of a presentation containing the images received and the author’s observations formed during the work.
Tags: atom competition microworld images software environment атом инфузория конкур infusorium образы микромира программная среда
Conferences, Exhibitions, Seminars
L.Ratkin
Forth International Nanotechnology Forum The 4-th International Nanotechnology Forum RUSNANOTECH reflecting the main lines of nanoindustry development in Russia took place in Moscow on October 26–28, 2011.
Forth International Nanotechnology Forum The 4-th International Nanotechnology Forum RUSNANOTECH reflecting the main lines of nanoindustry development in Russia took place in Moscow on October 26–28, 2011.
Tags: innovations intellectual property licensing nanoindustry инновации интеллектуальная собственность лицензирование наноиндустрия
Nanotechnologies for medicine
E.Parfenyuk, N.Alyoshina, Yu.Antsiferova, N.Sotnikova
Delivery nanosystem for immunocorrection of macrophages’ function at endometriosis The present work is the first stage of development of a delivery nanosystem for glucosaminyl muramyldipeptide (GMDP), an active compound of a number of immunomodulators. The results obtained have shown that silica particles functionalized by surface aminopropyl groups (APTES-modified silica particles) with a radius of 50 nm are the most suitable carriers for the preparation. It was demonstrated in vitro experiments that free GMDP and GMDP delivery nanosystems are able to correct impaired function of peritoneal macrophages of women with endometriosis. It has been revealed that the effect of the GMDP delivery nanosystem exceeds that of free GMDP, i.e. it allows to attain maximum stimulating effect of the immunomodulator in relation to the macrophages. This result may be used as a base for development of a new nanosomal drug`s formulation of the GMDP immunomodulator for effective therapy of endometriosis.
Delivery nanosystem for immunocorrection of macrophages’ function at endometriosis The present work is the first stage of development of a delivery nanosystem for glucosaminyl muramyldipeptide (GMDP), an active compound of a number of immunomodulators. The results obtained have shown that silica particles functionalized by surface aminopropyl groups (APTES-modified silica particles) with a radius of 50 nm are the most suitable carriers for the preparation. It was demonstrated in vitro experiments that free GMDP and GMDP delivery nanosystems are able to correct impaired function of peritoneal macrophages of women with endometriosis. It has been revealed that the effect of the GMDP delivery nanosystem exceeds that of free GMDP, i.e. it allows to attain maximum stimulating effect of the immunomodulator in relation to the macrophages. This result may be used as a base for development of a new nanosomal drug`s formulation of the GMDP immunomodulator for effective therapy of endometriosis.