rus
Competent opinion
P.Todua, V.Gavrilenko
Nanometrology as a basis of a sustainable development of nanotechnologies One of the key areas in nanometrology is insuring the uniformity of measurements in the nano- and sub-nanometer ranges. The most important parameters which characterize nanoparticles, nanostructures, and nanocoatings are , dimensional ones. In the article are described new types of silicon test objects that realize the traceability of dimensional measurements performed using scanning electron microscopy, transmission electron microscopy and atomic force microscopy to the SI meter.
Nanometrology as a basis of a sustainable development of nanotechnologies One of the key areas in nanometrology is insuring the uniformity of measurements in the nano- and sub-nanometer ranges. The most important parameters which characterize nanoparticles, nanostructures, and nanocoatings are , dimensional ones. In the article are described new types of silicon test objects that realize the traceability of dimensional measurements performed using scanning electron microscopy, transmission electron microscopy and atomic force microscopy to the SI meter.
Tags: calibration measuring instrument nanometrology optical & x-ray interferometry spectroscopic ellipsometry standard material test object uniformity & traceability of measurements verification единство и прослеживаемость измерений калибровка нанометрология оптическая и рентгеновская интерферометрия поверка спектроскопическая эллипсометрия стандартный образец тестовый объект
Industrial nanotechnologies
А.Larchikov, V.Beklemyshev, I.Makhonin, K.Filippov, M.Afanasyev
Nanostructuring surfaces of friction and wear of machines and mechanisms Formation of protective nanostructures on surfaces of loaded friction parts of machines in operation increases their wear resistance, reduces mechanical and power losses. On the basis of modern directions in nanotribology, nanoengineering Tribochemical compositions for lubricating materials are investigated.
Nanostructuring surfaces of friction and wear of machines and mechanisms Formation of protective nanostructures on surfaces of loaded friction parts of machines in operation increases their wear resistance, reduces mechanical and power losses. On the basis of modern directions in nanotribology, nanoengineering Tribochemical compositions for lubricating materials are investigated.
Tags: additives lubricants nanoparticles nanosized compositions nanostructures surface nanostructuring surfaces of friction and wear наноразмерные композиции наноструктурирование поверхности наноструктуры наночастицы поверхности трения и износа присадки смазочные масла
Test & Measurement
O.Sinitsyna, G.Meshkov, I.Yaminsky
Detection of the probe tip shape in atomic-force microscopy Determination of the parameters of the probe edge of a scanning atomic-force microscope (АFМ) with the use of nano-objects of known sizes presents serious methodical problems. They consist in complexity of finding of the samples of the preset sizes. In this article a number of aspects of these problems are discussed.
Detection of the probe tip shape in atomic-force microscopy Determination of the parameters of the probe edge of a scanning atomic-force microscope (АFМ) with the use of nano-objects of known sizes presents serious methodical problems. They consist in complexity of finding of the samples of the preset sizes. In this article a number of aspects of these problems are discussed.
Tags: cantilever cканирующая зондовая микроскопия nanoparticles scanning probe microscopy tip tobacco mosaic virus вирус табачной мозаики зонд кантилевер наночастица
For technologist & scientist
A.Balkin
Dynamic Analysis of a Granulometric Composition A laser diffraction of a diffused light is frequently used method for analysis of a granulometric composition within the range from 1 mkm up to 1 mm. Modern systems of laser diffraction ensure have certain drawbacks. Even if a tool has been calibrated for the pharmaceutical purposes, the results strongly depend on its type and method of determination of the sizes of particles, and also on the version of software. The method also does not allow to obtain reliable results in measurement of small quantities of large particles, which is connected with a low resolution of particles within the range from several hundreds of mkm up to a mm. Dynamic analysis does not have such a difficulties.
Dynamic Analysis of a Granulometric Composition A laser diffraction of a diffused light is frequently used method for analysis of a granulometric composition within the range from 1 mkm up to 1 mm. Modern systems of laser diffraction ensure have certain drawbacks. Even if a tool has been calibrated for the pharmaceutical purposes, the results strongly depend on its type and method of determination of the sizes of particles, and also on the version of software. The method also does not allow to obtain reliable results in measurement of small quantities of large particles, which is connected with a low resolution of particles within the range from several hundreds of mkm up to a mm. Dynamic analysis does not have such a difficulties.
Tags: a laser diffraction of a diffused light dynamic analysis of a granulometric composition гранулометрический состав лазерная дифракция рассеянного света метод динамического анализа
I.Yaminsky
Scanning probe microscope FemtoScan: new tool for medicine Scanning probe microscope (SPM) FemtoScan is a multifunctional tool for the analysis of the samples morphology and properties with nanometer resolution. Observations can be carried out in natural environments for biological samples (in air and liquids).
Scanning probe microscope FemtoScan: new tool for medicine Scanning probe microscope (SPM) FemtoScan is a multifunctional tool for the analysis of the samples morphology and properties with nanometer resolution. Observations can be carried out in natural environments for biological samples (in air and liquids).
Tags: analysis of the morphology biological sample environment multifunctional tool анализ морфологии биологический объект многофункциональный прибор среда
There is an idea!
O.Parenago, Ph.D., O.Pokrovsky, K.Ustinovich
Supercritical Fluids for Development of Nanomaterials Supercritical fluid (SCF) is a state, which appears, when a body is heated up to a critical point characterized by the temperature and pressure, individual for each chemical substance, at which density and also its chemical potential in the gas and liquid phases become similar. By its properties the formed phase is an intermediate between a liquid and a gas. Such a structure is characterized by a number of features, which make use of the environment very attractive for the purpose of mass transfer, including for work with nano-sized objects.
Supercritical Fluids for Development of Nanomaterials Supercritical fluid (SCF) is a state, which appears, when a body is heated up to a critical point characterized by the temperature and pressure, individual for each chemical substance, at which density and also its chemical potential in the gas and liquid phases become similar. By its properties the formed phase is an intermediate between a liquid and a gas. Such a structure is characterized by a number of features, which make use of the environment very attractive for the purpose of mass transfer, including for work with nano-sized objects.
Tags: impregnation interfacial tension micro emulsion spraying supercritical fluid synthesis of nano-sized objects антирастворитель импрегнация межфазное натяжение микроэмульсия распыление сверхкритический флюид синтез наноматериалов
Conferences, Exhibitions, Seminars
S.Nesterov
Vacuum Technologies for Nanotechnology In the middle of April, 2013, the 8th International Conference «Vacuum Equipment, Materials and Technology» was held in КVTs Sokolniki. The author of the article tells about the reports presented at the event, which shows that the vacuum and cryogenic equipment, as well as on nanotechnology holds the world of high technologies
Vacuum Technologies for Nanotechnology In the middle of April, 2013, the 8th International Conference «Vacuum Equipment, Materials and Technology» was held in КVTs Sokolniki. The author of the article tells about the reports presented at the event, which shows that the vacuum and cryogenic equipment, as well as on nanotechnology holds the world of high technologies
Tags: high technology vacuum and cryogenic equipment вакуумная и криогенная техника высокая технология
Nanomaterials
P.Butyagin, T.Odnostorontseva, S.Safronova
Microarc oxidation. properties of coatings Anodizing is the most widespread method for formation of nanostructured inorganic oxide coatings, which protect aluminum alloy products from the influence of the external factors. By the technological and economic indicators the microarc oxidation method (MAO), widely used by MANEL Co., can become its competitor. The method and properties of produced films in this article are described
Microarc oxidation. properties of coatings Anodizing is the most widespread method for formation of nanostructured inorganic oxide coatings, which protect aluminum alloy products from the influence of the external factors. By the technological and economic indicators the microarc oxidation method (MAO), widely used by MANEL Co., can become its competitor. The method and properties of produced films in this article are described