Vladimir Sergeevich Bagotsky

Vladimir Sergeevich Bagotsky (1920-2012), spent the early part of his life in Switzerland, entered Moscow University in 1938, and graduated in 1944. His PhD thesis on hydrogen evolution on mercury (1947) was supervised by Z.A. Iofa. In late 1940s, he started his oxygen reduction research, co-authored “Kinetics of electrode processes”, and participated in sharp discussions on atomic hydrogen, e.g. found himself in the center of the professional life at the Dept, but it was possible only until the “fight with anti-cosmopolitants” started. This campaign forced him to leave the University in 1949, and move to the All-Union Research Institute “Cells-Electrocarbon” (later known as the Institute of Power Sources, VNIIT). His successful development of silver-zinc batteries for the soviet space program made Bagotsky the real leader of power sources research in the country. In 1960s, he became the head of the state fuel cell program. Finally, it became possible to establish his division in Frumkin Institute in 1965, and many of his pupils and colleagues from VNIIT joined him in this new unit, see their names and main topics below. This memorial article contains Bagotsky’s complete list of articles and books, as well as many photos. His principle team members from both Frumkin Inst and VNIIT are presented below (alphabetic order).

Leonid Solomonovich Kanevskyi

Olga Alekseevna Khazova (1933-2023) was a graduate of Moscow Chemical-Technological Institute (МХТИ). She completed her PhD on methanol adsorption and oxidation on platinum in 1965, and became the closest collaborator of V.S. Bagotsky and Yu.B. Vassiliev in further fuel cell oriented research.

Natalia Aleksandrovna Mayorova

Alla Aleksandrovna Mikhailova [Dmitrieva]

Lev Nikolaevich Mokrousov

Nina Vladimirovna Osetrova

Villi Shelevich Palanker graduated from Moscow Chemical-Technological Institute (МХТИ) and moved to Frumkin Institute from the Institute of Power Sources as a member of Bagotsky’s team. His 1967 PhD thesis was devoted to ‘double layer’ on mercury in concentrated solutions and low-temperature melts. The next topic was Pt-support interaction in respect to electrocatalysis of hydrogen reactions. In early 1970s he decided to leave for Israel, but could not obtain the permission from soviet authorities for many years. In a hope to enhance this procedure (more fast in national republics of the USSR) he left for Alma-Ata, Kazakhstan, where he was employed in the Institute of Organic Catalysis and Electrochemistry headed by D.V. Sokolsky. There are five excellent Palanker’s articles of Alma-Ata period, on tungsten carbide electrocatalyst, published in 1975-1977 in international journals. Later he left for Yerevan, Armenia, and was finally allowed to immigrate already in 1980s.

Yuryi Mikhailovich Povarov (1960s non-aqueous solutions with Kessler?, here is the earliest 1959 article we found (English translation)

Alexander Matveevich Skundin

Galina Vladimirovna Steinberg (Ershler) graduated from the Moscow Chemical-Technological Institute (МХТИ) in 1948. From her article with N.T. Kudryavtasev on the bright Zn deposition (Doklady Akademii Nauk SSSR. 1950. V. 72. P.563-564). Then she worked with Bagotsky in “Cells-Electrocarbon”/VNIIT, and completed her PhD thesis on the anodic processes on carbon in power source with chromate electrolyte. She joined Bagotsky’s team which moved from VNIIT to Frumkin Institute.

Elena Konstantinovna Tuseyeva

Nina Azrailovna Urisson

Yuryi Borisovich Vassiliev

Kazarinov V.E., Bagotzky V.S., Vassiliev Yu.B., Khazova O.V. Electrocatalytic methods for determination of organic impurities and cations of certain metals in natural, drinking and sewage water // J. Appl. Electrochem. 1988. V. 18. P. 347-356.

Yuryi Mironovich Vol’fkovich

Irina Evgen’evna Yablokova

Some early Bagotsky’s publications (under construction)

Bagotsky V.S. The dependence of hydrogen overvoltage on the mercury cathode on solution composition // Doklady Akademii Nauk SSSR. 1947. V. 58. P. 1387-1390, in Russian.

Bagotsky V.S., Motov D.L. The reversible oxygen electrode on mercury in alkaline solutions and the mechanism of cathodic oxygen reduction. Doklady Akademii Nauk SSSR. 1950. V. 71. P. 501-504, in Russian.

(c) Galina Tsirlina, unless specified otherwise

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