научно-техническая деятельность на аккумуляторном производсте

Electrochemistry / Power sources/ Lithium Secondary battery, Solid state lithium battery, LiIon battery / Solid inorganic electrolytes, technology of solid electrolytes application.
International scientific meetings:
1. Poster: “LITHIUM ION CONDUCTIVITY AND THERMO CHEMICAL STABILITY OF SOLID GLASSY ELECTROLYTE IN A SYSTEM Li2O-Li2WO4-B2O3” / Sept. 21 - Oct. 2, 2001 Sozopol, Bulgaria.
2. Samsung Young Scientist Day (20-21 November 2002, Kiev) with a oral report entiled: “ANODE BASED ON ALUMINIUM AND INORGANIC SOLID ELECTROLYTE FOR LITHIUM CHEMICAL POWER SOURCES”.
3. Advanced battery and accumulators ABA-2003 (June 2004, Brno, Czech Republic) with a oral report entitled: “PROMISING SOLID AMORPHOUS ELECTROLYTE WITH LITHIUM-ION CONDUCTIVITY BASED ON Li2O-Li2SO4-B2O3 SYSTEMS”. 
4. "Solid-State Ionics - Transport Properties" (14-18 September, 2004 University of Patras, Hellas) with a poster report entitled: “SOLID VITREOUS ELECTROLYTES BASED ON THE SYSTEM Li2O- Li2SO4-B2O3-МоО3 FOR RECHARGEABLE LITHIUM POWER SOURCES’’.
Scientific papers:
Articles
1. R.D. Apostolova, E. M. Shembel, A.V. Ybiykon, A.M. Kvasha, A.S. Baskevich, V.M. Nagirny. “MANGANESE DIOXIDE DOPED WITH METAL IONS IN INTERCALATION CATHODES OF LITHIUM ACCUMULATORS”. // Voprosy khimii i khim. tekhnologii – 2001 - #1 - p.131-134. (in Russ.)
2. Kvasha А.М., Shembel Е.М., Nosenko А.V., E.Ye. Polyakova, A.S. Baskevich and Oh Joo Yeal. ''THERMOCHEMICAL STABILITY OF SYSTEM AN ELECTRODE MATERIAL A LITHIUM POWER SOURCES - SOLID GLASSY ELECTROLYTE IN SYSTEM Li2O-Li2WO4-B2O3, WITH LITHIUM ION CONDUCTIVITY.” // Voprosy khimii i khim. tekhnologii – 2001 - #4 - p.89-93. (In Russ.)
3. Nosenko A.V., Kvasha A.M., Shembel E.M. CHEMICAL AND ELECTROCHEMICAL STABILITY OF SOLID GLASSY ELECTROLYTE BASED ON THE SYSTEM Li2O-Li2SO4-B2O3. // Voprosy khimii i khim. tekhnologii – 2003 - #5 - p.149-154. (in Russ.).
4. Kvasha A.M., Shembel E.M. and Nosenko A.V. SOLID VITREOUS ELECTROLYTE WITH LITHIUM-ION CONDUCTIVITY IN A SYSTEM Li2O-Li2SO4-B2O3. INFORMATION I. IONIC CONDUCTIVITY AND ENERGY ACTIVATION. // Voprosy khimii i khim. tekhnologii – 2003 - #6 - p.151-156. (in Russ.).
5. Goleus V.I., Shembel E.M., Nosenko A.V., Kvasha A.M., Oleshko S.A., Karasic A.O. PHYSICOCHEMICAL PROPERTIES OF SOLID ELECTROLYTE IN A SYSTEM Li2O-Li2SO4-B2O3 WHICH DEFINING OF OPPORTUNITY SOLID-STATE BATTERY CREATION. INFORMATION I. IONIC CONDUCTIVITY AND THERMAL EXPANSION // Voprosy khimii i khim. tekhnologii – 2004 - #1 - p.60-63. (in Russ.).
6. E.M. Shembel, A.V. Nosenko, A.M. Kvasha “SOLID VITREOUS ELECTROLYTES BASED ON THE SYSTEM Li2O- Li2SO4-B2O3-МоО3 FOR RECHARGEABLE LITHIUM POWER SOURCES // Solid State Ionics –in print.
Abstracts
1. Ye. Kalinushkin, E. Shembel, P. Novak, A. Bolakin, A. Markevich and A. Kvasha. “STRUCTURE FORMATION IN THE THIN FILM OF THE CATHODES AND SOLID ELECTROLYTE MATERIALS PRODUCED BY VACUUM EVAPORATION”. // 6-th International Symposium Systems with Fast Ionic Transport, 9-12 May, 2001 Cracow, Poland / Cracow. - 2001 - p. II-p7.
2. E. Shembel, P. Novak, T. Pastushkin, V. Redko, Ye. Kalinuskin, A. Markevich, A. Kvasha, V.Khandetsky, A. Nosenko and S. Oleshko. “ELECTROCHEMICAL PROPERTIES OF THE SOLID LITHIUM-CONDUCTING ELECTROLYTE/ELECTRODE MATERIAL INTERFACE”. Abstract 113. 200th Meeting of the Electrochemical Society, San Francisco, USA, September 2-7, 2001.
3. E. Shembel, Ye. Kalinuskin, P. Novak, A. Bolakin, A. Markevich and A. Kvasha. “COMPARATIVE ANALYSIS OF STRUCTURE FORMATION IN THE THIN FILMS OF SOLID ELECTRODE MATERIALS PRODUCED BY DIFFERENT METHODS”. Abstract 1575. 200th Meeting of the Electrochemical Society, San Francisco, USA, September 2-7, 2001. 
4. E.Shembel, P.Novak, V.Redko, V.Khandetsky, T.Pastushkin, O.Chervakov, Ye.Kalynushkin, O.Kolomoyets, A.Kvasha, A.Balakin, Ph.Grebenkin .“NEW SOLID INORGANIC AND POLYMER ELECTROLYTES. NON-CONTACT METHODS OF INVESTIGATION OF THEIR CONDUCTIVITY”. Abstract 117. 201st Meeting of the Electrochemical Society, Philadelphia, PA, USA, May 12-17, 2002. 
5. V.Redko, V.Khandetsky, E.Shembel, T.Pastushkin, O.Chervakov, Ye.Kalynushkin, Ph.Grebenkin, O.Kolomoyets, A.Kvasha, P.Novak. “NON-DESTRUCTIVE CONTROL METHOD OF SOLID ELECTROLYTES AND POWER SOURCES ON THEIR BASIS”, 53-rd Annual Meeting of the International Society of Electrochemistry “Electrochemistry in Molecular and Microscopic Dimensions”, Dusseldorf, Germany, 15-20 September 2002, р. 321. 
6. Nosenko A.V., Kvasha A.M. and Shembel E.M. PROMISING SOLID AMORPHOUS ELECTROLYTE WITH LITHIUM-ION CONDUCTIVITY BASED ON Li2O-Li2SO4-B2O3 SYSTEMS. // 4-th Int. conf. ABA-2003 “Advanced Batteries and accumulators”, Brno, Czech Republic. – 2003. - P. 21-23. 
7. Shembel E.M., Kvasha A.M. and Nosenko A.V. Solid glassy electrolyte / MnO2 HALF CELL FOR RECHARGEABLE LITHIUM POWER SOURCES // Extended Abstracts of the Battery and Fuel Cell Materials Symposium, Graz, Austria. – 2004. - P. 181-182.
8. A.M. Kvasha, A.V. Nosenko, E.M. Shembel. “SOLID VITREOUS ELECTROLYTES BASED ON THE SYSTEM Li2O- Li2SO4-B2O3-МоО3 FOR RECHARGEABLE LITHIUM POWER SOURCES’’. Abstracts of the "Solid-State Ionics - Transport Properties" conference, Patras, Hellas. – 2004. – p.77.
Patent
1. Patent issued by Ener1 corp. Solid Inorganic GLASSY ELECTROLYTE AND METHOD OF PRODUCTION THEREOF. E. Shembel, A. Nosenko, A. Kvasha, P. Novak. Patent Application No. 2003077008, Filed 07/25/03. Patent No.67973. PCT Application No. 000054

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