Search Results - "Pyatilova, O. V."
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Influence of the doping type and level on the morphology of porous Si formed by galvanic etching
Published in Semiconductors (Woodbury, N.Y.) (01-02-2017)“…The formation of porous silicon ( por -Si) layers by the galvanic etching of single-crystal Si samples (doped with boron or phosphorus) in an HF/C 2 H 5 OH/H 2…”
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2
Study of silver cluster formation from thin films on inert surface
Published in Calphad (01-03-2014)“…We investigated the evolution of 6–130nm silver thin films during vacuum annealing. The bimodal character of cluster size distribution was observed for…”
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Effect of ionic Ag+ transfer on localization of metal-assisted etching of silicon surface
Published in Semiconductors (Woodbury, N.Y.) (01-12-2016)“…The specific features of fabrication of 3D silicon structures via local formation of a sacrificial porous silicon layer by metal-assisted chemical etching with…”
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4
Effect of the structure and thermoelastic properties of components on the average stress in anodic aluminum oxide having pores filled with metallic nanowires
Published in Inorganic materials (01-07-2013)“…We have assessed the average stress induced by the thermal expansion mismatch between the components of composites consisting of metallic nanowires and an…”
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Specific features of the formation of arrays of silver clusters from a thin film on a SiO2 surface
Published in Physics of the solid state (01-03-2013)“…The decomposition of thin silver films into clusters on a SiO 2 surface during thermal heating in vacuum has been studied. The experimental histograms of…”
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6
Bulk density of the energy of deformation in an anodic aluminum oxide with pores filled by threadlike metal nanocrystals
Published in Russian Journal of Physical Chemistry A (01-11-2013)“…The problem of determining the bulk density of the energy of deformation in composites with threadlike metal nanocrystals in a matrix of anodic aluminum oxide…”
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Thermodynamics of the formation of catalyst clusters for carbon nanotube growth
Published in Semiconductors (Woodbury, N.Y.) (15-12-2010)“…A fundamental thermodynamic model of formation of catalyst clusters for growing carbon nanotubes has been developed and model predictions have been compared…”
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