Laboratory of Electrochemistry of Heterogeneous Systems Laboratory of Intercalation and Mechanochemical Reactions Laboratory of Nonequilibrium Solid-Phase Systems Laboratory of Solid State Chemistry Laboratory of Methods of Synchrotron Radiation Laboratory of Chemical Materials Science Group of Synthesis of Powder Materials Group of Materials for Lithium-ion Batteries Group of Mechanochemistry of Organic Substances Group of Reactivity of Solids

Institute / Laboratories

Laboratory of Electrochemistry of Heterogeneous Systems

Medvedev, Alexander Zhanovich
Alexander Zhanovich
Medvedev

Head of the Laboratory – Alexander Zhanovich Medvedev,
Ph.D.


Tel.: 233-24-10 *1504
E-mail: amedvedev@solid.nsc.ru

The Laboratory of Electrochemistry of Heterogeneous Systems (formerly the Laboratory of Electrochemistry) was founded in 1961 by Professor N.P. Gnusin. From 1970 to 1993, the laboratory was headed by Dr. Sci. Robert Yu. Beck, since 1993 – Dr. Sci. Alexander I. Masliy. There are 18 employees in the laboratory staff, including 2 doctors and 9 candidates of sciences.

Staff
Name Degree Phone e-mail
Medvedev, Alexander Zhanovich Ph.D. 233-24-10 *1504 @
Varentsov, Valery Konstantinovich Dr. Sci. 233-24-10 *1501 @
Rogozhnikov, Nikolay Andreevich Ph.D. 233-24-10 *1505 @
Alexandrova, Tatyana Pavlovna Ph.D. 233-24-10 *1506 @
Belobaba, Anatoly Grigor’evich Ph.D. 233-24-10 *1507 @
Novgorodtseva, Oksana Nikolaevna Ph.D. 233-24-10 *1509 @
Ovchinnikova, Svetlana Nikolaevna Ph.D. 233-24-10 *1510 @
Zakharov, Mikhail Alexandrovich 233-24-10 *1513
Kislitsyn, Yury Vasl’evich 233-24-10 *1514
Luk’yanov, Vladimir Olegovich 233-24-10 *1515 @
Burenkova, Larisa Il’inichna 233-24-10 *1518
Kostyrya, Marina Anatol’evna 233-24-10 *1519

Main Research Areas
  • Investigation of the adsorption of the components of sulfite-thiosulfate solutions and their effect on the kinetics of cathodic and anodic processes on gold.
  • Study of the dynamics of the formation of self-assembled monolayers of alkanethiols on solid electrodes.
  • Study of the features of the spatial localization of electrochemical processes on flow-through volume-porous electrodes with different directions of the electric current vectors and the flow path of the solution.
  • Investigation of the features of current and potential distribution during electrodeposition of metals on resistive substrates.
  • Development of functional metal and metal-containing nanolayers on the surface of polymer and carbon fibers for use as electrode materials, supercapacitors, electromagnetic screens and bactericidal filters.