The electrochemical behavior of aluminium (99,5%) in inorganic acidic solutions of wide interval of concentrations (10 -5-1,0 mol/l) has been investigated. The influence of solution composition and concentration on the anodic solution and corrosion characteristics of aluminium electrode has been also studied.
алюминий, электрохимическое поведение, анодная поляризация, кислые электролиты, ток коррозии, потенциал коррозии, aluminium, electrochemical behavior, anodic polarization, acidic electrolytes, corrosion current, corrosion potential
1. N.V. Korovin. Himicheskie istochniki toka s vozdushnymi elektrodami /N.V. Korovin //Elektrohimicheskaya energetika. - 2001. - T. 1, № 1,2. - S. 16-23.
2. A.M. Skundin. Ispol'zovanie alyuminiya v nizkotemperaturnyh himicheskih istochnikah toka /A.M. Skundin, N.V. Osetrova //Elektrohimicheskaya energetika. - 2005. - T. 5, № 1. - S. 3-15.
3. I.O. Grigor'eva. Anodnoe povedenie alyuminiya v kislyh hlorid- i sul'fatsoderzhaschih rastvorah s shirokim diapazonom koncentraciy /I.O. Grigor'eva, A.F. Dresvyannikov //Vestnik Kazan. tehnol. un-ta. - 2011. № 12. - S. 123-128.
4. I.O. Grigor'eva. Anodnoe i korrozionnoe povedenie alyuminiya v nitratsoderzhaschih elektrolitah /I.O. Grigor'eva, A.F. Dresvyannikov //Vestnik Kazan. tehnol. un-ta. - 2012. - T.15, № 7. - S. 275-278.
5. V.V. Gerasimov. Korroziya alyuminiya i ego splavov / V.V. Gerasimov. - M: Metallurgiya, 1967. - 116s.
6. S.S. Makwana. Corrosion of Aluminium in the Mixture of Acid Solutions /S.S. Makwana, N.K. Patel, G.C. Vora //J. Indian Chem. Soc. - 1974. - V. LI. - P. 1051-1052.
7. V.M. Samarichev. Kinetika anodnogo okisleniya alyuminiya v kislyh galogenosoderzhaschih travitelyah /V.M. Samarichev //Elektrohimicheskaya anodnaya obrabotka materialov: Tez. dokl. I Vsesoyuz. konf. po elektrohimii, Ivanovo, 23-25 noyab. 1988 g. - S.780.
8. N. Chandra. Corrosion of Supperpurity Aluminium in Deacrated Mineral Acid /N. Chandra, S. Dhar, B.K. Saxena //Bulletin of Electrochemistry. - 1990. - V. VI, № 5. - P. 487-491.
9. I.O. Grigor'eva. Elektrohimicheskoe povedenie alyuminiya v elektrolitah, soderzhaschih sul'fat i hlorid natriya /I.O. Grigor'eva, A.F. Dresvyannikov //Vestnik Kazan. tehnol. un-ta. - 2011. № 11. - S. 149-155.
10. O mehanizme anodnogo okisleniya alyuminiya v vodnyh rastvorah elektrolitov /I.L. Bataronov [i dr.] //International Scientific Journal of Alternative Energy and Ecology. - 2007. - № 1 (655). − S. 118-126.
11. I.O. Grigor'eva. Korrozionno-elektrohimicheskoe povedenie alyuminiya v hloridsoderzhaschih elektrolitah /I.O. Grigor'eva, A.F. Dresvyannikov //Vestnik Kazan. tehnol. un-ta. - 2011. № 11. - S. 160-166.
12. I.O. Grigor'eva. Vliyanie sostava solevyh hloridsoderzhaschih elektrolitov na elektrohimicheskoe i korrozionnoe povedenie alyuminiya /I.O. Grigor'eva, A.F. Dresvyannikov, G.T. Ahmadishina //Vestnik Kazan. tehnol. un-ta. - 2012. - T.15, № 12. - S. 44-47.
13. G.V. Akimov. Elektrohimicheskoe povedenie alyuminiya v rastvorah s razlichnymi anionami /G.V. Akimov, E.N. Paleolog // Issledovaniya po korrozii metallov: Tr. IRH AN SSSR. Vyp.2. - M.: AN SSSR, 1951. - S.22-41.
14. Korroziya. Spravochnoe izdanie /Pod red. L.L. Shrayera. Per. s angl. - M.: Metallurgiya, 1981. - 632s.
15. W. Vedder. Aluminum + Water Reaction /W. Vedder, D.A. Vermilyea //Trans. Faraday Soc. - 1969. V.65, № 554. - P.561-564.
16. Anionnaya aktivaciya alyuminiya pri anodnom rastvorenii v galidsoderzhaschih sredah /V.M. Samarcev [i dr.] //Zaschita metallov. - 1992. - T. 28, № 5. - S. 760-767.
17. I.D. Zarcyn. Kinetika vydeleniya vodoroda i izmenenie anodnogo potenciala alyuminiya pri aktivacii hlorid-ionami /I.D. Zarcyn, V.M. Samarcev, I.K. Marshakov // Zaschita metallov. - 1994. - T. 30, № 1. - S. 45-47.
