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technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
Competent opinion
Dr. Satoshi Kawata
Principles and application practices of Raman microscopy. Lecture of Dr. Satoshi Kawata Satoshi Kawata, Professor Emeritus of Osaka University, President of Japan Society of Applied Physics, President of The Spectroscopical Society of Japan, Honorary Scientist of RIKEN{/i}
Principles and application practices of Raman microscopy. Lecture of Dr. Satoshi Kawata Satoshi Kawata, Professor Emeritus of Osaka University, President of Japan Society of Applied Physics, President of The Spectroscopical Society of Japan, Honorary Scientist of RIKEN{/i}
Nanotechnology
O.P.Posnansky
Renormalization Group Method: Enhancement of the Sen-Basser Model of the Brain White Matter We have developed a renormalization group method in order to explore the influence of a large range of geometrical and physical microparameters on the effective diffusion coefficient. The main element of this method comprises of the renormalization of structural parameters from the micro- to the millimeter scale of the random multi-component white matter of the brain. Our approach enhances the Sen-Basser model of the brain white matter [Sen P. N., Basser P. J., Biophys. J., 89 (2005) 2927] by taking the influence of disorder into consideration and allowing quantitative investigation of the sensitivity of the effective diffusion coefficient to the variations of the dominant set of microparameters.
Renormalization Group Method: Enhancement of the Sen-Basser Model of the Brain White Matter We have developed a renormalization group method in order to explore the influence of a large range of geometrical and physical microparameters on the effective diffusion coefficient. The main element of this method comprises of the renormalization of structural parameters from the micro- to the millimeter scale of the random multi-component white matter of the brain. Our approach enhances the Sen-Basser model of the brain white matter [Sen P. N., Basser P. J., Biophys. J., 89 (2005) 2927] by taking the influence of disorder into consideration and allowing quantitative investigation of the sensitivity of the effective diffusion coefficient to the variations of the dominant set of microparameters.
Tags: effective diffusion coefficien renormalization group method sen-basser model метод ренормализационной группы модель сена-бассера эффективный коэффициент диффузии
I.V.Yaminsky, А.I.Аkhmetova, G.B.Meshkov
The development of bionanoscopy instrumental methods The development of instrumental methods of scanning probe microscopy over the three decades indicates the wide spreading of scanning probe microscopy in various areas of science and technology, such as physics, chemistry, biology, medicine, materials science, geology and others. Besides, transfer of macroscopic measurement techniques to the micro and nano-scale is the second tendency the modern use of scanning probe microscopy. These two trends, as a rule, go hand in hand, and their development strongly depends on another important factor – the development of research methods, including sample and substrate preparation, the choice of the microscope operation mode, processing, analysis and interpretation of the data obtained.
The development of bionanoscopy instrumental methods The development of instrumental methods of scanning probe microscopy over the three decades indicates the wide spreading of scanning probe microscopy in various areas of science and technology, such as physics, chemistry, biology, medicine, materials science, geology and others. Besides, transfer of macroscopic measurement techniques to the micro and nano-scale is the second tendency the modern use of scanning probe microscopy. These two trends, as a rule, go hand in hand, and their development strongly depends on another important factor – the development of research methods, including sample and substrate preparation, the choice of the microscope operation mode, processing, analysis and interpretation of the data obtained.
Tags: atomic weight detection of bacteria and viruses nanoparticles piezoceramic biosensor scanning probe microscopy атомные весы наночастицы обнаружение бактерий и вирусов пьезокерамический биосенсор сканирующая зондовая микроскопия
I.V.Yaminsky, А.I.Аkhmetova, G.B.Meshkov
Advanced methods of high-speed probe microscopy for biomedicine and new functional materials One of the most difficult tasks is the visualization of moving biological objects in the high resolution mode without disturbance of their functions. Modern investigations proved that dynamic structure and morphology of the proteins and cells discovered by high-speed scanning probe microscopy (HSSPM) may present the unique information about functioning of different cell processes on the molecular level.
Advanced methods of high-speed probe microscopy for biomedicine and new functional materials One of the most difficult tasks is the visualization of moving biological objects in the high resolution mode without disturbance of their functions. Modern investigations proved that dynamic structure and morphology of the proteins and cells discovered by high-speed scanning probe microscopy (HSSPM) may present the unique information about functioning of different cell processes on the molecular level.
Tags: 3d-изображения antibiotic resistance biomedicine image processing and analysis micromachining remote control scanning probe microscopy targeted delivery of biomolecules three-dimensional images адресная доставка биомакромолекул антибиотикорезистентность биомедицина дистанционное управление микромашининг обработка и анализ изображений сканирующая зондовая микроскопия
Nanomaterials
O.V.Boiprav, L.M.Lynkou, T.N.Kudryavtseva
Modified cotton polyester fabric with nanostructured ferromagnetic microwire characterized by low flammability X-ray diffraction study of cotton polyester fabric with a nanostructured ferromagnetic microwire, which chemical composition was modified by impregnating it with an aqueous solution of calcium chloride salt has been performed. According to the results of the performed study, it was justified that such fabric was characterized by low flammability, which determines the prospects of using it as elements of barrier structures of rooms to be shielded against electromagnetic impact.
Modified cotton polyester fabric with nanostructured ferromagnetic microwire characterized by low flammability X-ray diffraction study of cotton polyester fabric with a nanostructured ferromagnetic microwire, which chemical composition was modified by impregnating it with an aqueous solution of calcium chloride salt has been performed. According to the results of the performed study, it was justified that such fabric was characterized by low flammability, which determines the prospects of using it as elements of barrier structures of rooms to be shielded against electromagnetic impact.
Tags: calcium chloride diffractogram fabric with a nanostructured ferromagnetic microwire flammability горючесть ткань с наноструктурированным ферромагнитным микропроводом хлористый кальций
Conferences, Exhibitions, Seminars
A.N.Alyoshin
VI International Scientific and Technical Conference "Technologies of micro- and nanoelectronics in micro and nanosystem technology" Institute of Nanotechnologies of Microelectronics of the Russian Academy of Sciences in conjunction with the State Scientific Center of the Russian Federation Research and production complex "Technology Center" was held by the already traditional International Scientific and technical conference that brought together leading experts, researchers and technologists in the field of the theory of nanostructures, nanotechnologies, nano-and microelectronics, nanosensors, physical processes in semiconductor devices and integrated circuits.
VI International Scientific and Technical Conference "Technologies of micro- and nanoelectronics in micro and nanosystem technology" Institute of Nanotechnologies of Microelectronics of the Russian Academy of Sciences in conjunction with the State Scientific Center of the Russian Federation Research and production complex "Technology Center" was held by the already traditional International Scientific and technical conference that brought together leading experts, researchers and technologists in the field of the theory of nanostructures, nanotechnologies, nano-and microelectronics, nanosensors, physical processes in semiconductor devices and integrated circuits.
Tags: integrated circuits nanoindustry nanosensors nanotechnologies state scientific center of the russian federation research and p гнц рф нпк "технологический центр" интегральные схемы наноиндустрия наносенсоры нанотехнологии
A.N.Alyoshin
NDT territory. Industrial Forum "Nondestructive Control. Tests. Diagnostics" The VI International Industrial Forum was held in the Central Exhibition Complex "Expocentre" under the auspices of the Russian Society for Non-Destructive Testing and Technical Diagnostics. It consisted of four parts – an exhibition of tools and technologies for non-destructive testing and technical diagnostics, a plenary session, specialized round tables and presentations of industrial technologies.
NDT territory. Industrial Forum "Nondestructive Control. Tests. Diagnostics" The VI International Industrial Forum was held in the Central Exhibition Complex "Expocentre" under the auspices of the Russian Society for Non-Destructive Testing and Technical Diagnostics. It consisted of four parts – an exhibition of tools and technologies for non-destructive testing and technical diagnostics, a plenary session, specialized round tables and presentations of industrial technologies.
Tags: integrated circuits nanoindustry nanosensors nanotechnologies russian society for non-destructive testing and technical diagno state scientific center of the russian federation research and p гнц рф нпк "технологический центр" интегральные схемы наноиндустрия наносенсоры российское общество по неразрушающему контролю и технической диа
Nanomaterials
V.Yu.Vasiliev
The quantification of thin film atomic layer deposition conformality in high aspect ratio nanostructures The problems and methods for the quantitative characterization of the conformality of thin films on the surfaces of high-aspect ratio nanostructures during atomic layer deposition (ALD) are considered. The author develops the previously proposed methodology for analyzing the conformity of thin films by chemical vapor deposition (CVD) and plasma-enhanced deposition (PECVD), and ALD. The methodology proposed by the author allows to perform an adequate assessment and quantitative comparison of the results for the device structures of varying complexity using different kinds and conditions of ALD method.
The quantification of thin film atomic layer deposition conformality in high aspect ratio nanostructures The problems and methods for the quantitative characterization of the conformality of thin films on the surfaces of high-aspect ratio nanostructures during atomic layer deposition (ALD) are considered. The author develops the previously proposed methodology for analyzing the conformity of thin films by chemical vapor deposition (CVD) and plasma-enhanced deposition (PECVD), and ALD. The methodology proposed by the author allows to perform an adequate assessment and quantitative comparison of the results for the device structures of varying complexity using different kinds and conditions of ALD method.
Tags: atomic layer deposition of films deposition conformality high aspect ratio nanostructures nanostructures quantitative characterization of conformality thin films атомно-слоевое осаждение высокоаспектные структуры количественная характеризация конформности конформность осаждения наноструктуры тонкие пленки
D.V.Davydova, N.V.Tarasova, I.A.Djyakov, Yu.V.Litovka
Modification of galvanic coating "tin-bismuth" by carbon nanotubes to improve the corrosive resistance The article presents research results of the effect of carbon nanotubes (trade mark "Taunit") on corrosion characteristics of electroplating coating with a tin-bismuth alloy (Sn–Bi) in 0,1 mol Na2SO4 solution. It was shown that additives reduce the corrosion potential down to 54%.
Modification of galvanic coating "tin-bismuth" by carbon nanotubes to improve the corrosive resistance The article presents research results of the effect of carbon nanotubes (trade mark "Taunit") on corrosion characteristics of electroplating coating with a tin-bismuth alloy (Sn–Bi) in 0,1 mol Na2SO4 solution. It was shown that additives reduce the corrosion potential down to 54%.
Tags: carbon nanotubes corrosion potential corrosive resistance galvanic coating гальванические покрытия коррозионная стойкость потенциал коррозии углеродные нанотрубки
A.Yu.Medvedev, V.V.Astanin, I.P.Semenova
The role of nanostructural superplasticity in blisk manufacturing The role of high-speed superplasticity of the nanostructured state in welded joints formation by a linear friction welding of titanium alloys based on the mathematical modeling and the analysis of the structure and properties of a welded joint is shown.
The role of nanostructural superplasticity in blisk manufacturing The role of high-speed superplasticity of the nanostructured state in welded joints formation by a linear friction welding of titanium alloys based on the mathematical modeling and the analysis of the structure and properties of a welded joint is shown.
Tags: integrated circuits nanoindustry nanosensors nanotechnologies russian society for non-destructive testing and technical diagno state scientific center of the russian federation research and p ti-сплавы блиск высокоскоростная суперпластичность линейная сварка трением наноструктура сверхпластичность ультрамелкозернистая структура