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technospheramag
ТЕХНОСФЕРА_РИЦ
Competent opinion
Nanotechnology
A.Petrov, L.Alekseeva, A.Ivanov, V.Luchinin, A.Romanov, T.Chikyow, T.Nabatame
On the way to a neuromorphic memristor computer platform The effects of resistance switching in nanoscale films opened up large prospects for creating resistance based random access memory (ReRAM) with the cells storing data by modifying the resistance of the material.
On the way to a neuromorphic memristor computer platform The effects of resistance switching in nanoscale films opened up large prospects for creating resistance based random access memory (ReRAM) with the cells storing data by modifying the resistance of the material.
Nanomaterials
A.Aygubova, G.Kozlov, G.Magomedov
Interconnection of reinforcement degree of polymer nanocomposites and radius of ring-like structures of carbon nanotubes (nanofilaments) The influence of structure of carbon nanotubes (nanofilaments) in polymer matrix on real anisotropy degree of these nanofillers has been studied. It has been shown that formation of ring-like structures reduces the indicated anisotropy degree, that results in decreasing of reinforcement of nanocomposites.
Interconnection of reinforcement degree of polymer nanocomposites and radius of ring-like structures of carbon nanotubes (nanofilaments) The influence of structure of carbon nanotubes (nanofilaments) in polymer matrix on real anisotropy degree of these nanofillers has been studied. It has been shown that formation of ring-like structures reduces the indicated anisotropy degree, that results in decreasing of reinforcement of nanocomposites.
Tags: carbon nanofilaments carbon nanotubes nanocomposite нанокомпозит углеродные нановолокна углеродные нанотрубки
Test & Measurement
I.Yaminsky
Scanning capillary microscopy Scanning ion conductance microscopy has been evolving into scanning capillary microscopy.
Scanning capillary microscopy Scanning ion conductance microscopy has been evolving into scanning capillary microscopy.
Tags: cканирующая ион-проводящая микроскопия cканирующая капиллярная микроскопия scanning capillary microscopy scanning ion conductance microscopy scanning probe microsocpe зондовая микросокпия
А.Усеинов, В.Решетов, И.Маслеников, А.Русаков, Е.Гладких, В.Беспалов, Б.Логинов
Study of properties of thin films in dynamic mechanical analysis mode using NanoScan-4D scanning nano-hardness tester The article describes the application of dynamic mechanical analysis to study the properties of thin films and presents
the experimental results of the surface topography measurement in the mode of resonant excitation
of the indenter suspension system
Study of properties of thin films in dynamic mechanical analysis mode using NanoScan-4D scanning nano-hardness tester The article describes the application of dynamic mechanical analysis to study the properties of thin films and presents
the experimental results of the surface topography measurement in the mode of resonant excitation
of the indenter suspension system
Tags: dynamic mechanical analysis indentation scanning nano-hardness tester динамический механический анализ индентирование сканирующий нанотвердомер
A.Marakhova, V.Zhilkina, E.Blynskaya, K.Alekseev, Ya.Stanishevskiy
Determination of nanoparticle size in colloidal solutions by dynamic light scattering It was shown, that particle sizes could differ in many times due to the method of analysis. The size distributions for particles in suspension "silver-glycine" and in Protargol was experimentally researched.
Determination of nanoparticle size in colloidal solutions by dynamic light scattering It was shown, that particle sizes could differ in many times due to the method of analysis. The size distributions for particles in suspension "silver-glycine" and in Protargol was experimentally researched.
Tags: dynamical light scanning low-temperature adsorption scanning electron microscopy динамическое светорассеяние низкотемпературная адсорбция электронная микроскопия
Military nanotechnology
Conferences, Exhibitions, Seminars
Education
A.Ahmetova, D.Yaminsky, I.Yaminsky
3D Design, from atoms and molecules to plants and factories Microscopy and technologies are successfully operated in 3D-format: microscopes “see” micro- and nano-objects in three dimensions and modern machining centers and 3D printers create complex three-dimensional products using digital 3D models.
3D Design, from atoms and molecules to plants and factories Microscopy and technologies are successfully operated in 3D-format: microscopes “see” micro- and nano-objects in three dimensions and modern machining centers and 3D printers create complex three-dimensional products using digital 3D models.
Tags: 3d printers 3d-принтеры machining centers scanning probe microscopy обрабатывающие центры сканирующая зондовая микроскопия
Expert’s opinion
Reportage from laboratory