Issue Date | Title | Author(s) |
2020 | Effect of Aluminum Anode Temperature on Growth Rate and Structure of Nanoporous Anodic Alumina | Chernyakova, E. V.; Tzaneva, B.; Vrublevsky, I. A.; Videkov, V. H. |
2023 | Influence of induced local stress on the morphology of porous anodic alumina at the initial stage of oxide growth | Chernyakova, K.; Tzaneva, B.; Jagminas, A.; Lushpa, N.; Vrublevsky, I. |
2017 | Investigation of the efficiency of the heat dissipation for the heat-conducting circuit boards made of aluminum with the nanoporous alumina layer | Andreev, S.; Chernyakova, E. V.; Tzaneva, B.; Videkov, V. H.; Vrublevsky, I. A. |
2019 | Monitoring of Electrode Temperature in Exothermic Electrochemical Process | Chernyakova, E. V.; Videkov, V. H.; Tzaneva, B.; Vrublevsky, I. A. |
2021 | Obtaining, properties and application of nanoscale films of anodic titanium dioxide on Ti-Al films for perovskite solar cells | Vrublevsky, I. A.; Chernyakova, E. V.; Lushpa, N. V.; Tuchkovsky, A. K.; Tzaneva, B.; Videkov, V. |
2020 | Pore formation in highly ordered anodic alumina templates controlled by the rate of electrolyte stirring at the oxide surface | Videkov, V. H.; Vrublevsky, I. A.; Tzaneva, B.; Chernyakova, E. V. |
2019 | Study of microstructure of porous anodic alumina films formed in malonic acid in the wide range of aluminium anodizing voltages | Chernyakova, E. V.; Vrublevsky, I. A.; Videkov, V. H.; Tzaneva, B. |
2017 | Study of thermal conductivity of nanoporous anodic alumina layer formed in sulphuric acid using steady-state heat flow technique | Andreev, S.; Chernyakova, E. V.; Tzaneva, B.; Videkov, V. H.; Vrublevsky, I. A. |
2018 | Surface morphology analysis nanoporous structure qanitification by digital processing of SEM images of anodic aluminium oxide films | Chernyakova, E. V.; Vrublevsky, I. A.; Tzaneva, B.; Videkov, V. H.; Dinh, T. |