CV

Elena V. Stenina
Leading Scientific Researcher, PhD, DSc

Official address:

 

Department of Electrochemistry
Faculty of Chemistry
M.V.Lomonosov Moscow State University
Leninskie Gory,1-str.3, GSP-2
119992 Moscow
RUSSIAN FEDERATION

Phone +7(495)939-4515
E-mail stenina@elch.chem.msu.ru

 

CV

1961 Diploma of M.V.Lomonosov Moscow State University (equivalent of MSc)
Diploma thesis: «Investigation of cations influence on oxygen overvoltage»
1968 M.V.Lomonosov Moscow State University Candidate of Science (PhD)
Thesis: «Investigation of electrode nature and solution composition on kinetics of anion electroreduction»
1986 M.V.Lomonosov Moscow State University Doctor of Science
Thesis: «Two-dimensional condensation of organic substances at electrode/solution interface and its role in electrochemical kinetics»

 

Employment

1961-present Junior Scientific Researcher, Senior Teacher, Senior Scientific Researcher, Leading Scientific Researcher, Department of Electrochemistry, Chemistry Faculty of Lomonosov Moscow State University

 

Awards

  • 2006 — The Prize of International Academic Publishing Company «Nauka/ Interperiodica» for the best publications in Russ. J. Electrochemistry in 2005 for cycle of papers «Electrochemistry of supramolecular inclusive complexes of macrobicyclic ligand (Kryptofix 222) with single-charged cations. Investigation of adsorption at electrode/ solution interface and influence on electrochemical reactions».
  • 2012 — The Prize of International Academic Publishing Company «Nauka/ Interperiodica» for the best publications in Russ. J. Electrochemistry in 2011 for cycle of papers «Investigation of adsorption of surface active organic compounds with skeleton molecular structure at nanostructured carbon electrode/solution boundary from different solvents and its effect on electrode reactions».

Main fields of research

  • Adsorption of organic and inorganic surface active substances at the different kinds of electrodes
  • Kinetics of electrochemical reactions
  • Electrochemisry of macrocyclic and supramolecular substances.
  • Electrode materials.

Current grants

  • 2012 — 2014 «Electrochemical and redox syntheses of composite materials on the basis of conjugated polymers and inorganic nanoparticles for application in amperometric sensors and catalysis» (RFBR);
  • 2013 — 2015 «Electrochemistry of vertically aligned carbon nanowalls» (RFBR, 13-03-01301)
  • 2014 — 2016 «Functionalisation of metallic electrodes by supramolecular cucurbituril complexes: adsorption and photophysical effects» (RFBR, 14-03-00706)
  • 2014 — 2016 «Design of the systems with long distance electron transfer on the basis of adlayers stabilized by strong lateral interactions» (RFBR, 14-03-01016)

Professional Activities and Service

  • Scientific Reviewer of Russian Journal of Electrochemistry
  • Scientific Expert of RFBR
  • Member of Academic Council

Teaching

  • Graduated 12 diploma students
  • Graduated 4 PhD students
  • Co- author of two textbooks in electrochemistry

Conference
2011

  • «The structure of the interface electrode/dimetylsulfoxide in presence surface active organic substances» // XXIII Symposium «Actual Problems of Chemical Physics». September 2011. Tuapse. Russia.

2010

  • «ADSORPTION OF SURFACE-ACTIVE ORGANIC SUBSTANCES WITH CAGE-LIKE STRUCTURE AT DIFFERENT KINDS OF ELECTRODES IN DMSO.»// 9th International Frumkin Symposium «Electrochemical Technologies and Materials for 21th Century».24-29 October 2010, Moscow, Russia;
  • «The Structure of the Electrode/Electrolyte Interface in Presence of Diprotonated Derivatives of Cryptand 2.2.2.» // XXII Symposium «Actual Problems of Chemical Physics» September 2010, Tuapse, Russia;
  • «Electrochemistry of Carbon Nanoforms at Adsorption of Molecules with Cage Structure.»// XVII Conference «ECOC-2010» September 2010,Tambov, Russia

2009

  • «Adsorption of nonmetallic cations cryptates at electrode/electrolyte interface», 60 th Annual ISE Meeting, August 2009, Beijing, China;
  • «Processes at electrode/solution interface modificated by supramolecular ensembles of cryptand 2.2.2.» // XXI Symposium «Actual Problems of Chemical Physics» September 2009, Tuapse, Russia;

Publications