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Browsing by Author Chernyakova, E. V.

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Showing results 21 to 37 of 37 < previous 
Issue DateTitleAuthor(s)
2019Stored charge and its influence on properties of anodic alumina filmsVrublevsky, I. A.; Chernyakova, E. V.; Karpicz, R.; Jagminas, A.
2017Structural and fluorescence characterization of anodic alumina/carbon composites formed in tartaric acid solutionChernyakova, E. V.; Zavadski, S. M.; Vrublevsky, I. A.; Karpicz, R.; Jagminas, A.; Poklonskaya, O.
2016Structural and fluorescence studies of polycrystalline α-Al2O3 obtained on anodic aluminaChernyakova, E. V.; Karpicz, R.; Rutkauskas, D.; Vrublevsky, I. A.; Hassel, A. W.
2018Structural and Fluorescence Studies of Polycrystalline α-Al2O3 Obtained From Sulfuric Acid Anodic AluminaChernyakova, E. V.; Karpicz, R.; Rutkauskas, D.; Vrublevsky, I. A.; Hassel, A. W.
2019Study of microstructure of porous anodic alumina films formed in malonic acid in the wide range of aluminium anodizing voltagesChernyakova, E. V.; Vrublevsky, I. A.; Videkov, V. H.; Tzaneva, B.
2021Study of Structural Parameters of Porous Anodic Aluminum Oxide Depending on Electrolyte TemperatureMuratova, E.; Vrublevsky, I. A.; Chernyakova, E. V.; Lushpa, N. V.; Nalimova, S.; Moshnikov, V.
2017Study of thermal conductivity of nanoporous anodic alumina layer formed in sulphuric acid using steady-state heat flow techniqueAndreev, S.; Chernyakova, E. V.; Tzaneva, B.; Videkov, V. H.; Vrublevsky, I. A.
2018Surface morphology analysis nanoporous structure qanitification by digital processing of SEM images of anodic aluminium oxide filmsChernyakova, E. V.; Vrublevsky, I. A.; Tzaneva, B.; Videkov, V. H.; Dinh, T.
2018Synthesis and Structure of Anodic Alumina/Carbon CompositesChernyakova, E. V.; Karpicz, R.; Lushpa, N. V.; Vrublevsky, I. A.
2021The sorption of water molecules in the pores of anodic alumina films during aluminum anodizing in oxalic acidVrublevsky, I. A.; Chernyakova, E. V.; Muratova, E. N.; Nalimova, S. S.; Moshnikov, V. A.
2018Thermal and electrical characteristics of flat heaters made of aluminum with nanoporous anodic aluminum oxide and a resistive element of carbon filamentLushpa, N. V.; Macherko, D. A.; Chernyakova, E. V.; Vrublevsky, I. A.
2020Thermal Flows in a PCB from Aluminum with Alumina Oxide Generated by a Linear Heat SourceMuratova, E. N.; Moshnikov, V. A.; Vrublevsky, I. A.; Chernyakova, E. V.; Petlitsky, A. N.; Lushpa, N. V.
2017Thermal radiation shielding by nanoporous membranes based on anodic aluminaMuratova, E. N.; Matyushkin, L. B.; Moshnikov, V. A.; Chernyakova, E. V.; Vrublevsky, I. A.
2018Thermal-Conductive Boards Based on Aluminum with an Al2O3 Nanostructured Layer for Products of Power ElectronicsMuratova, E. N.; Moshnikov, V. A.; Luchinin, V. V.; Bobkov, A. A.; Vrublevsky, I. A.; Chernyakova, E. V.; Terukov, E. I.
2018Using the imagej software for determining parameters of microstructure of nanoporous materials by the results of sem image processingLushpa, N. V.; Lawah, A. I.; Chernyakova, E. V.; Vrublevsky, I. A.
2020Using the Method of SEM Image Processing to Study the Morphology of Porous Anodic Alumina FilmsLushpa, N. V.; Dinh, H. T.; Chernyakova, E. V.; Vrublevsky, I. A.; Muratova, E. N.; Spivak, Yu. M.; Moshnikov, V. A.
2017Utilization of circuit boards on aluminum with nanoporous anodic alumina and copper layer for power modules in switching power suppliesVrublevsky, I. A.; Chernyakova, E. V.; Videkov, V. H.; Tuchkovsky, A. K.; Dinh, T.