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The Alumina Dissolution in Industrial Aluminum Cells
Gao, Bingliang, Feng, Qiuping, Wang, Zhaowen, Гао, Бинглян, Фэн, Цюпинг, Ван, Чжаовен
The dissolution behaviors of primary and secondary alumina in aluminum bath were compared
Effect of the anodization conditions on the growth and volume expansion of porous alumina films in malonic acid electrolyte
Knornschilda, A. G., Poznyak, A. A., Karozac, A., Mozalev, А.
the anodizing behavior, oxide growth, dissolution and volume expansion of the oxide. The volume expansion
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., Чернякова, Е. В., Врублевский, И. А., Видеков, В. Х.
process during porous anodic alumina growth and morphology of the anodic layers. Alumina films were formed
Effect of anodic oxygen evolution on cell morphology of sulfuric acid anodic alumina films
Chernyakova, E. V., Vrublevsky, I. A., Jagminas, A., Klimas, V.
and anodization voltage on cell morphology of thin films of sulfuric acid anodic alumina formed on substrates
Behaviour of aluminium oxide in KF-AlF3-Al2O3 melts and suspensions
Ясинский, А. С., Суздальцев, А. В., Поляков, П. В., Падамата, С. К., Юшкова, О. В.
-Al2O3 system, the kinetics of alumina dissolution and the rheological properties that determine
General growth pattern of anodic aluminum oxides
Sokol, V., Yakovtseva, V. A., Яковцева, В. А.
at the aluminum/alumina interface (V0) and the rate of the alumina dissolution at the alumina
Ionic Transport in Anodically Oxidised Al/Ta Layers during the Growth of Metal-Oxide Nanostructures
Mozalev, A., Poznyak, A., Pligovka, A. N., Hassel, A. W., Мозалев, А. М., Позняк, А. А., Плиговка, А. Н.
-oxide 'nanocolumns' in the alumina pores. In the present study, we have justified experimentally and described
Peculiar Porous Aluminum Oxide Films Produced via Electrochemical Anodizing in Malonic Acid Solution with Arsenazo-I Additive
Poznyak, A. A., Knörnschild, G., Karoza, A., Norek, M., Pligovka, A. N.
acid was studied. Aluminum dissolution increased with increasing arsenazo-I concentration. The addition
Electrolysis of cryolite-alumina melts and suspensions with oxygen evolving electrodes
Padamata, Sai Krishna
-temperature KF-AlF3 melts are tested. Along with that, the alumina dissolution and sedimentation rate in KF-AlF3
Electrolysis of cryolite-alumina melts and suspensions with oxygen evolving electrodes
Padamata, Sai Krishna
-temperature KF-AlF3 melts are tested. Along with that, the alumina dissolution and sedimentation rate in KF-AlF3

Страница 1 из 178

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