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Evgenii Stepanovich Przhevalsky (Russian: Евгений Степанович Пржевальский, 12 January 1879 (O.S. 31 December 1878) – 12 June 1953) – Russian and Soviet chemist, Doctor of Chemical Science, professor of Moscow University, dean of Faculty of Chemistry (1939–1944).

Biography
He was born on January 12, 1879 in the town of Pereiaslav, Poltava Governorate. After graduating from Nizhyn classical gymnasium in 1898, he entered the natural department of the Faculty of Physics and Mathematics at Moscow University. While still a student, Przhevalsky began research in organic chemistry under the guidance of V.V. Markovnikov, and then worked with academician N.D. Zelinsky. At the beginning of his scientific activity (until 1917) he was engaged in the synthesis of unsaturated hydrocarbons and the study of the oxidation of fatty and fatty-aromatic acids.

After the October Revolution, together with A.V. Rakovsky, V.V. Longinov, I.V. Kulikov and A.E. Uspensky, Evgenii Stepanovich participated in the establishment of the Institute of Chemical Reagents. A special place in the work of the Institute was occupied by the Department of Analytical Chemistry, which had the task of developing methods for controlling the production of reagents and their quality. Under the leadership of E.S. Przhevalsky, work was carried out on the compilation of more than 200 standards for chemical reagents, which were approved and published as All-Union standards

He was Dean of the Faculty of Chemistry at Moscow State University (1939-1944), Head of the Department of Analytical Chemistry (1933-1953), and Director of the Research Institute of Chemistry at Moscow State University (1939-1953).

In 1930, Evgenii Stepanovich was asked to head the Department of Analytical Chemistry, which had been organized at the Faculty of Chemistry of Moscow State University in 1929. At the Department of Analytical Chemistry, Przhevalsky continued and developed work on the determination of small amounts of substances, beginning with the development of standard methods for testing reactive salts.

In 1933, together with V.M. Peshkova, he developed a method for the determination of chlorine in potassium iodide. Przhevalsky was involved in the development of methods for the analysis of palladium (he studied the formation of complexes of Pd(II) with organic reagents, synthesized the reagent n-rhodananiline), uranium (developed a method for the determination of uranium in the form of uranium iodate IV), thorium (colorimetric determination of thorium using azo compounds) and other rare elements. With his participation, he developed methods for the determination of cerium in the presence of thorium, rare earth elements and titanium; colorimetric and fluorescent methods for the determination of beryllium.

During the years of the Great Patriotic War in evacuation in Ashgabat at the Department of Analytical Chemistry under the direction of the Head of the Department, Professor Przhevalsky and Professor K.L. Malyarov conducted chemical analysis of antifreezes, on behalf of defense organizations studied a variety of materials coming from the front. During the war years the Department carried out chemical analysis of several thousand samples of Soviet and trophy materials. At the request of the Geological Department and other organizations the Department carried out a multilateral chemical analysis of local polymetallic ores, salts and other materials.

In addition to scientific and pedagogical activities, Przhevalsky was also engaged in literary work; a number of books and textbooks were published under his editorship ("Weight Analysis" by Weinland, "Textbook of Quantitative Analysis" by Shidlovskaya, "Chemical and Technological Methods of Research" by Berl-Lunge, etc.). In addition, for several years he was a member of the editorial board of the journal "Zavodskaya Laboratoria". After the establishment of the Analytical Chemistry Section of the Moscow Branch of the D.I. Mendeleev Chemical Society, Evgenii Stepanovich became its chairman.

He died on June 12, 1953, and was buried in Moscow.

Literature

 * Journal of Analytical Chemstry. 4 (1): 3. 1949.
 * Zavodskaya Laboratoriya. 15 (1): 127. 1949
 * Bulletin of Moscow University. Series of physical, mathematical and natural sciences. 1: 3-4. 1949.