under construction
At this page, we mention direct Kabanov’s collaborators, and also collaborators of D.I. Leikis, as we consider them all as a single branch.
Dina Petrovna Aleksandrova (Telegina) graduated from was Moscow University (diploma student of Z.A. Iofa), and later worked in Frumkin Institute with B.N. Kabanov and D.I. Leikis. Her PhD thesis (1967) addressed hydrogen evolution on Ag and Zn. She also participated in the studies of cathodic insertion of cations into metals, and in metal dissolution research.
Igor Ivanovich Astakhov
Luiza Abdullaevna Beketayeva
Alexey Dmitrievich Davydov
Vladimir Dmitrievich Kashcheyev (1925-2016) PhD 1963 on iron electrode behavior in perchloric acid
Irina Grigor’evna Kiseleva PhD 1955 oxygen evolution on PbO2
Dina Iosifovna Leikis PhD 1948 iron in alkaline solutions, DSc 1967 on the impedance of solid electrodes
Yuryi Viktorovich Pleskov graduated from Moscow Univ in 1955
Lyudmila Aleksandrovna Reznikova, 1967 graduate of Moscow University, completed her diploma study on adsorption of aliphatic acids on mercury with B.B. Damaskin. Then she joined Frumkin Institute and worked on cathodic insertion of alkali metal cations into zinc, as coupled with hydrogen evolution, jointly with B.N. Kabanov and D.P. Aleksandrova (1981 PhD thesis). Later she worked with A.D. Davydov on the problem of limiting currents in channel systems, mostly using triiodide reduction as a model reaction. Her latest works (up to 2011) were done in Tarasevich’s lab.
Konstantin Vitalievich Rybalka
Eduard Sergeevich Sevastianov (1935-2024) was a graduate of Moscow Chemical-Technological Institute. Based on his early publications, we can assume that In Frumkin Inst. He worked first with Yu.M. Kessler, but moved to D.I. Leikis soon, and completed PhD thesis (1964) on capacitance measurements for liquid and solid electrodes. This remained his major topic for many years, and was also a matter of cooperation with Bulgarian colleagues. Widely known review article is “The electrochemical double layer on sp metal single crystals. The current status of data” // J. Electroanal. Chem. 1983. V. 145. P. 225 – 264.
many others