სსიპ - ფერდინანდ თავაძის მეტალურგიისა და მასალათმცოდნეობის ინსტიტუტი
LEPL - FERDINAND TAVADZE METALLURGY AND MATERIALS SCIENCE INSTITUTE
Self-Propagating High-Temperature Synthesis Laboratory
Garegin Zakharov
Chief Researcher
algar12@mail.ru

Date of Birth

01.11.1954

Education

  • 1973-1978 - Georgian Polytechnic Institute. Foundry Production of Black and Colored Metals. Master;
  • 1988 - Georgian Polytechnic Institute/ Ferdinand Tavadze Metallurgy and Materials Science Institute. Thermal processing of materials. Doctor;

Scientific Degree (Rank)

  • Doctor;

Work Experience

  • 1978-1984 -Rustavi “Centroliti” factory. Foundry Production Department. Engineer;
  • 1984-1986 - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Junior Scientist;
  • 1986-1988 - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Scientist;
  • 1988-2011 - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Senior Scientist;
  • 2011-2016 - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Main Scientist;
  • 2016-2017 - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Main Scientist;
  • 2017-present - Ferdinand Tavadze Metallurgy and Materials Science Institute, Self- propagation High- temperature Synthesis. Chief Scientific Worker;

Research Works

  • 2017-2018 - Manager, Elaboration of technology for producing armor metal ceramic graded materials based on Titanium Chromium carbide by SHS method; F. Tavadze Metallurgy and Materials Science Institute;
  • 2016-2018 - №216972: Research of Producing Special- Purpose Composite Products by SHS – Electric Rolling, main participant; Shota Rustaveli Georgian National Science Foundation;

Scientific Interests

  • Elaboration of technology (SHS-Compacting, the SHS-casting) for production multipurpose (High-performance,satisfactory viscosity, high strength,weare-resistant,heat resistingand thermo-stableanti-radiation and radiation resistant and other properties)ceramic composite materials byb Self-propagating High-temperature Synthesis (SHS);
  • Study of compacted , cast construction and composite materials, as well as the structure and phase composition, andphysical-mechanical properties of powders. Development and receiving new of inorganic powder materials (carbides, borides, nitrides, silicidesetal.),by Self-propagating High-temperature Synthesis technologies participants' coordination of work for engineering part of project;
  • The practical realization of scientific and technical research results;

Papers and Publications

More than 75 scientific papers, including the last 10 years the publications and participation in  scientific symposia / conferences:

  • Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys. International Journal of Global Warming. Volume 10, Issue 1-3. pp. 242–262., 2016. A.Chirakadze, Z.Buachidze, G.Zakharov, G.Oniashvili, at all.
  • Obtaining ligatures from fine grained particles of manganese waste by technology -SHS metallurgy. International Scitntifik Conference. September 21-23, 2016, Ureki, Georgia G. Zakharov, Z. Aslamazashvili, G. Tavadze, G.Oniashvili at all.
  • Elaboration the technology for production fine-grained structure powder composites BN, B4C and BxCyNz in B-C-N System By SHS Method. .International Scitntifik Conference. September 21-23, 2016, Ureki, Georgia Z. Aslamazashvili, G. Zakharov, G. Mikaberidze at all.
  • Synthesis of single-phase Ti-Al intermetallics. International Journal of Self-Propagating High-Temperature Synthesis January 2015, Volume 24, Issue 1, pp 42–46. G.Sh.Oniashvili G. F. Tavadze, Z. G. Aslamazashvili and G. V. Zakharov.
  • Obtaining of boron containing materials by SHS. XIII International symposium on SHS. Abstract book . Antalya, 2015; G. Zakharov, G.Oniashvili, Z. G. Aslamazashvili at all.
  • Разработка методом СВС ударостойких материалов. Современные технологии и методы неорганического материаловедения. Международная конференция. Сб. Трудов. Тбилиси, 2015; З. Асламазашвили, Г. Захаров, Г.Ониашвили и др.;
  • Научные и прикладные эксперименты по получению методом СВС - металлурги новых материалов и изделий из них. Современные технологии и методы неорганического материаловедения. Международная конференция. Сб. Трудов. Тбилиси, 2015; Г. Захаров, З. Асламазашвили, Г. Ониашвили и др.
  • Synthesis of materials in Ti-Cr-C-Me system. XIII International symposium on SHS. Abstract book . Antalya, 2015; G.Oniashvili, Z. G. Aslamazashvili, G. V. Zakharov, G. F. Tavadze and G. Mikaberidze;
  • Syntesis of gradient materials on the basis of intermetallics. XIII International symposium on SHS. Abstract book . Antalya, 2015; G. Tavadze, G.Oniashvili, Z. Aslamazashvili, G. Zakharov and M. Chikhradze;
  • Technology for synthesis of multifunctional ceramic materials. XIII International symposium on SHS. Abstract book . Antalya, 2015; Z. Aslamazashvili, G.Oniashvili, G. Zakharov at all.
  • Development of innovative SHS technology coupledwith thermal explosion for production of single-phase, nanocrysalline materials of Ti-AL system. The 34th ISTC- Korea Workshop TITECHCONF- 2015. Abstract book. Pusan, Korea 2015; G.Oniashvili, Z. G. Aslamazashvili, G. V. Zakharov;
  • Разработка инновационной технологии получения слоистого изделия из металлокерамических композиционных материалов. Современные технологии и методы неорганического материаловедения. Международная конференция. Сб. Трудов. Тбилиси, 2015, Т. Намичеишвили, А.Тутберидзе, Г. Тавадзе, Г.Ониашвили, З.Мелашвили, З. Аслсмазашвили и Г.Захаров;
  • Some Peculiarities of Phase Formation in Ti-Cr-C-Me Sistem by SHS. Science And Technologies. № 1(715), 45-51pp. 1014; Z. Aslamazashvili, G.Oniashvili, G. Zakharov, at all.
  • Synthesis of nanocristalline materials in Ti-Al system Nuclear radiation nanosensors and nanosensory systems. pp. 86-88. Tbilisi, 2014; Z. G. Aslamazashvili, G. V. Zakharov, G. F. Tavadze, M. N. Chikhradze;
  • Synthesis of single-phase Ti-Al intermetallics. ISSN 1061-3862, International Journal of Self-Propagating High-Temperature Synthesis, 2015, Vol. 24, No. 1, pp. 42–46. © Allerton Press, Inc., 2014; G.Sh.Oniashvili, G. F. Tavadze, Z. G. Aslamazashvili and G. V. Zakharov;
  • Some Peculiarities of Material Synthesis in Ti-Cr-C-Me System. Euro PM2014 – Proceedings, Salzburg, Austria, 2014; G.Oniashvili, Z. Aslamazashvili G. Zakharov, and M.Chikhradze;
  • Obtaining of Ultra Powders of Hard-Meiting Compounds. Euro PM2014 – Proceedings, Salzburg, Austria, 2014; G.Tavadze, G. Zakharov, Z. Aslamazashvili and G. Mikaberidze;
  • Impact-resisent ceramic composites by SHS metod. Modern Technologies and Methods of Inorganic Materials Science, Cracow, 2014, pp. 136 Z.Aslamazashvili,; G.Zakharov, G.Tavadze and A.Berner;
  • SHS of Fine-Grained Ceramics Containing Carbides, Nitrides, and Borides. ISSN 10613862, International Journal of Self-Propagating High-Temperature Synthesis, 2013, Vol. 22, No. 4, pp. 185–188. © Allerton Press, Inc., 2013; G. Oniashvili, Z. G. Aslamazashvili, G. V. Zakharov, G. F. Tavadze at all.
  • Elaboration of technology for fabrication multifunctional ceramic materials on the basis of carbide, nitrides and borides. X11 International Simposium on SHS.Texas ,USA.pp. 291-292. 2013; Z.Aslamazashvili, G.Zakharov, G.Tavadze,M.Chikhradze;
  • Hard alloys obtaird by the method: SHS-Centrifugal cast. X11 International Simposium on SHS.Texas ,USA.pp. 291-292. 2013; G.Zakharov, Z.Aslamazashvili, G.Tavadze,M.Chikhradze;
  • Ecological Problems Related to Mining-Metallurgical Industries and Innovatory, Energy- Efficient Ways of Solving Them. Engineering, 2012, 4, 83-89, 2012. G. Jishkariani; G. Jandieri; D. Sakhvadze; G. Zakharov; G. Tavadze;
  • Synthesis of Radiation-resistant Multifunctional Materials. Explosive Production of Novel Materials pp 82-83, 2012, Strasbourg, France. G. Oniashvili, Z.Aslamazashvili, G.Zakharov, M.Chikhradze;
  • Effect of Titanium-Aluminum Ratio on the Thermal Explosion Processing of TiAl-TiB0.6 Layered Composites. Materials and Manufacturing Processes, 26:9 pp 1157-1163, 2011. L.Kecskes, B.Butler, G.Oniashvili, Z. Aslamazashvili, and A.Peikrishvili.
  • Obtaining of Radiation Resistant Materials by SHS. SHS 2011, XI International Symposium on SHS. Anavyssos, Attica, Greece; G. Oniashvili, G. Zakharov, Z. Aslamazashvili, M. Chikhradze;
  • Temperature Synthesis-New Approach For Increase of Technological Energy Efficincy. SHS 2011, XI International Symposium on SHS. Anavyssos, Attica, Greece; O.Okrostsvaridze, G.Zakharov at all.
  • “Production of Materials and Components from Boron-Containing Ingredients by SHS “, X International Sympozium on SHS, Tsakhkadzor, 6-11 july, 2009, Armenia. G. Oniashvili, G. Zakharov at all.
  • “Development of Innovative Technology of SHS Coupled with Thermal Explosion for Production of Single-Phase Nanocrystalline Materials of Ti-Al System”. X International Sympozium on SHS, Tsakhkadzor, 6-11 july, 2009, Armenia. Z.Aslamazashvili, G. Zakharov, G. Oniashvili, at all.
  • New ceramic composite SHS-materials consolidated by phosphate binding agents. Book of Abstracts Volume -1,1-13,The 6th International symposium on inorganic phosphate Materials.(ISIPM-6). August, 2008. La Rochelle, France. G. Tavadze, G. Zakharov at all.
  • The syntehesis of two-and multilaeer FGMs in thr system of Ti-Cr-C-steel. IX International Symposium on Selt-propageting High-temperature Synthesis. Dijon, France 1-5 July. 2007. G. Oniashvili, Z.Aslamazashvili and G. Zakharov.
  • Production of special ferro-alloys by self-propagated high-temperature synthsis (SHS). The IST International Foundrymen and Material Scientists. Congress, 25-27 September 2006, Georgia. G. Zakharov, Z.Aslamazashvili and G. Oniashvili.

Inventions ( Copyright Certificates, Patents)

  • Method for obtaining Ferromanganese, P6622, 2015;
  • Method for obtaining inorganic product from powder exothermic chasm, Saqpatenti, P 6541, 2015;
  • Method and installation for obtaining cast alloys. P6682, 2015;
  • Method for obtaining composite materials resistant to high intensity dynamic loadings, №14240/01, 2016;
  • Method for obtaining graded materials resistant to high intensity dynamic loadings, obtained by SHS in Ti-B-N-C-Me and Ti-Cr-C-Me systems. №14618/1, 2017;
  • Method for obtaining metal manganese from low-carbon content manganese ores. # №13978/01, 2016;
  • Method for obtaining hard alloys and installation . Georgia.Saqpatenti, 13796/01; (positive decisions from 03.10.2016 );
  • Method for obtaining metallic manganese from low quality manganese ores. Patent Georgia request №13978, positive decisions from 2016.
  • Method for production ferromanganese. Georgia.Saqpatenti, № 6622, 2017.
  • Method for obtaining inorganic product from powder exothermic chasm, Georgia.Saqpatenti, № 6541, 2016.
  • 2016 - Method for obtaining hard alloys with ultrafine structure - synthetic ceramic materials in Ti-B-N-Me and Ti-B-N-C-Me systems, Saqpatenti, № 6519;
  • 2016 - Hard Alloy, Georgia. Saqpatenti № 6447;
  • 2016 - Hard Alloy,Georgia. Saqpatenti № 6446;
  • 2015 - Method for obtaining product from powder exothermic chasm, Georgia. Saqpatenti P6314;
  • 2013 - Device for production hard alloys. Saqpatenti, P 5827;
  • 2010 - Method for obtaining of Ti-Al Single-Phase Nanostructured Materials, № 4969;
  • 1996 - Method for obtaining materials from Ti-Al compounds, Saqpatenti№ 694;
  • 1996 - Method for obtaining Ferro aluminum, Saqpatenti, № 691
  • 1996 - Method for obtaining Titanium and Aluminum Nitrides, Saqpatenti, # 856;
  • 1996 - Method for obtaining materials (TiAl3 ) from Ti-Al compounds, Saqpatenti, № 1625;
  • 1996 - Method for obtaining materials (Ti3Al ) from Ti-Al compounds, Saqpatenti, № 1626;
  • Anti-burn Cast, Saqpatenti, #88;
  • 1992 - Copyright certificates USSR №1826470. Method for obtaining composite materials.
  • 1992 - Copyright certificates USSR № 1803265. Method for obtaining products from Ti-Al compounds.
  • 1990 - Copyright certificates USSR №1637345; Method for obtaining carbon free ferromanganese.
  • 1990 - Copyright certificates USSR № 1644538. Method for obtaining of ferroaluminium
  • 1989 - Copyright certificates USSR № 1508528. Chasm for obtaining a coating on products made of steel.
  • 1987 - Copyright certificates USSR № 1589491. Method of manufacturing double-layer products.

Participation in Scientific Grant Projects

  • 2003-2005 - Main participant, № 3265, Fabrication New Functionally Gradient Materials (FGM) by Self Propagating High Temperature Synthesis (SHS), Science and Technology Center in Ukraine (STCU);
  • 2005-2007 - Main participant, № 3622 Regional Evaluation of mining-related metals contamination, risks, and innovative remediation technologies In Ukraine and Georgia, Science and Technology Center in Ukraine (STCU);
  • 2006-2008 - Main participant, № 3921, Development of Innovative SHS-Thermal Explosion Technology for Production of Ti-Al Single-Phase Nanostructured Materials, Science and Technology Center in Ukraine (STCU);
  • 2009-2011 - Group leader, № 4999 STCU, GNSF Concentrated solar energy/self-propagating-temperature synthesis – new approach for increase of technological energy efficiency. Science and Tecnology Center in Ukraine (STCU);
  • 2010-2012 - Group leader, № 4450 STCU Development and synthesis of nanostructure 3D-form products and coatings using the integrated nanotehnological scheme. Science and Tecnology Center in Ukraine (STCU);
  • 2007-2008 - , Main participant. Production of powder and consolidated nanocrystalline materials by SHS, F.Tavadze Institute of Metallurgy and Materials Science
  • 2009-2010 - Group leader, Synthesis of new wear resistant materials in centrifugal field. F.Tavadze Institute of Metallurgy and Materials Science;
  • 2011-2012 - Main participant, Elaboration of Technologies for production new, multi-functional metal-ceramic materials on the base of Carbon, Nitrides and Borides, F.Tavadze Institute of Metallurgy and Materials Science;
  • 2013-2014 - Group leader, Production of Cast alloys and products from them by SHS-Metallurgy, F.Tavadze Institute of Metallurgy and Materials Science;
  • 2015-2016 - Main participant. Elaboration of Technologies for production of graded armor elements on the base of ceramic materials of Ti-B-C-N System, F.Tavadze Institute of Metallurgy and Materials Science, Manager;

Awards and Premiums, Honorary Titles

  • Georgian National Award in Science, 2010. Elaboration of development high temperature synthesis technology for obtaining of innovative new class materials.

  • G.Nikoladze Academic Award, 2013; Development of Technology for Production of Ti-Al Single-Phase Nanostructured Materials.

Additional information

  • Synthesis of Ti-Al-Based intermetallics from oxide raw materials by centrifugal SHS; XIII International Symposium EPNM. pp. 13-15. Coimbra, Portugal, 2016; Z. G. Aslamazashvili, G. V. Zakharov, G. F. Tavadze;
  • Elaboration of technology for production fine structure composites BN, B4C, and BxCyNz in B-C-N system by SHS method; Series of Chemistry; 2016 #4, vol 42, pp 575-579, Journal “Matsne”, Georgian National Academy of Sciences, 2016; Z. Aslamazashvili, G. Tavadze, G.Zakharov, G. Mikaberidze G.Oniashvili, M.Chikhradze ;
  • Obtaining of Ligatures from ultra-fine manganese waists by SHS-metallurgy technology; 2016 #4, Vol. 42, pp 600-604; Journal “Matsne”, Georgian National Academy of Sciences, 2016; Z. Aslamazashvili, G. Zakharov, G. Tavadze, G.Oniashvili;
  • Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys; International Journal of Global Warming. Volume 10, Issue 1-3. pp. 242–262., 2016; A.Chirakadze, Z.Buachidze, G.Zakharov, G.Oniashvili;
  • Obtaining ligatures from fine grained particles of manganese waste by technology SHS-metallurgy; Modern researches and prospects of their uze in chemistry, chemical enginereering and related fields. 2016, Ureki, Georgia; Z. Aslamazashvili, G. Tavadze, A. Chirakadze, G.Zakharov, G. Mikaberidze;
  • Innovation combined nanotechnology ERI/SHS and the system ER-2S; Book of Abstracts, УДК 534.222.2536.469544.45Т29 ISBN 978-5-9903212-3-6, 2016, Tbilisi; M. Poladashvili, G. Tavadze, G. Oniashvili, A. Khvadagiani, Z. Aslamazashvili, G. Zakharov;
  • Microstructure peculiarities of metal-ceramic materials in obtained in Ti-Cr-C system by SHS; XIV International symposium on SHS. Book of Abstracts, ISBN 978-5-9903212-3-6, 2017,Tbilisi; G. Zakharov, G.Tavadze, A. Z. Aslamazashvili;
  • Peculiarities of microstructure ceramic materials Ti-B-C-N system by SHS; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; G. Zakharov, G.Tavadze, A. Z. Aslamazashvili, M.Chickradze;
  • Comprehensive Chemical and structural characterization of composite materials produced by SHS with the help of modern microscopy techniques; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; A.Berner,G. Zakharov, G.Tavadze, A. Z. Aslamazashvili;
  • Syntesis andadiabatic explosive compaqtion of Ti-Al-B-C powders; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; M.Chickradze , G. Zakharov, G.Tavadze, A. Z. Aslamazashvili;
  • Studyng hardnees with sub-micron lateral resolution of composite materials produced by SHS with the help of picoindentor built in a high resolution scanning electron microscope; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; M. Kalina,G. Zakharov, G.Tavadze, A. Z. Aslamazashvili;
  • Modeling of thermal field during SHS-electric rolling; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; T. Namicheishvili, L.Antashvili, G.tavadze, A.Tutberidze;
  • SHS ferrobor ligature; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; G. Zakharov, G.Tavadze, Z. Aslamazashvili;
  • Development of the technology SHS-metallurgy in Georgia; XIV International symposium on SHS. Book of Abstracts, ISBN 978-9941-426-8, 2017, Tbilisi; G. Zakharov, G.Tavadze, A. Z. Aslamazashvili;
  • შენადნობის -სინთეტიკური კომპოზიციური კერამიკული Ti-B-N-Me და Ti-B-N-C-Me სისტემებში ულტრადისპერსული სტრუქტურის მქონე სალი მასალების მიღების ხერხი; Methid for obtaining ultradysperse synthetic ceramic composite materials in Ti-B-N-Me and Ti-B-N-C-Me systems; Patent# P 6519 2016; Z. Aslamazashvili, G. Tavadze, A. Chirakadze, G.Zakharov, A.Khvadagiani, O.Okrostsvaridze;
  • Elaboration the technology for production fine-gradiend structure powder compostes B4C,and Bx Cx Nx in B-C-N system by SHS method; Modern researches and prospects of their uze in chemistry, chemical enginereering and related fields. 2016, Ureki, Georgia; Z. Aslamazashvili, G. Tavadze, A. Chirakadze, G.Zakharov, G. Mikaberidze;
  • Obtaining ligatures from fine grained particles of manganese waste by technology SHS-metallurgy; Modern researches and prospects of their uze in chemistry, chemical enginereering and related fields. 2016, Ureki, Georgia Z. Aslamazashvili, G. Tavadze, A. Chirakadze, G.Zakharov, G. Mikaberidze;
  • Self-propagating High-temperature Syntesis of Ferroalloys; LAP LAMBERT Academic Publishing. Is a trademark Book Marke Servise Ltd., Demand GmbH, Norderstedt / Germany 2018; G.Oniashvili G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Heat-resistant materials obtained by SHS-Eleqctric rolling; 6th International Samsonov Conference “Materials Science of Refactory Compounds.” Kyiv, 2018; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Peculiarities of microstructure formation mechanism of hard alloys synthesized based on Titanium carbides and borides; ISBN 1512-0457 Oil and Gas of Georgia. #32, Georgia, 2017; G.OniashviliG. Zakharov, N. Aslamazashvili T. G.Tavadze, G.Varshalomidze;
  • Study of synthesis and compaction parameters in Ti-Cr-C-Me, Ti-B, Ti-B-Me systems for the production of materials by SHS-Electric rolling; ISBN 978-9941-8-0534—9, 3rd International Conference IMS 2018. Tbilisi; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Physical and mechanical properties and structural analiysis of materials obtained in Ti-Cr-C-steel, Ti-b, Ti-b-Me systems by SHS-Electric rolling; ISBN 978-9941-8-0534—9, 3rd International Conference IMS 2018. Tbilisi; G.Tavadze, G. Zakharov, N. Aslamazashvili T. Namicheishvili, L.Antashvili, A.Tutberidze;
  • Production of Mn-Cu ligatures by SHS method from manganese wasts; ISBN 978-9941-8-0534—9, 3rd International Conference IMS 2018. Tbilisi; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Synthesis of ceramic materials in Ti-B-N-C-Me Systems; 19 International Metallurgy and Materials Congress. IMMS 2018.Istanbul-Turkey; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Production of Mn-Cu ligatures by SHS method from manganese wasts; ISBN 978-9941-8-0534—9, 3rd International Conference IMS 2018. Tbilisi; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Synthesis of ceramic materials in Ti-B-N-C-Me Systems; 19 International Metallurgy and Materials Congress. IMMS 2018.Istanbul-Turkey; G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • SHS of fine-grained ceramics containing carbides, nitrides and borides; XIII Modern Technologies and Methods of Inorganic Materials Science,Coimbra, 2016, pp. 13-15; Z. Aslamazashvili, G. Tavadze, M. Chikhradze, G. Zakharov;
  • Study of technological parameters in Ti-Cr-C-Steel,Ti-B and Ti-B-Me systems for obtaining products by SHS-Electric rolling; XIV Modern Technologies and Methods of Inorganic Materials Science,St.Peterburg, 201, pp. 160-161; G.Tavadze, G. Zakharov, Z. Aslamazashvili T. Namicheishvili;
  • Hot shock wave consolidation of nanostructured tungsten based composites; XIV Modern Technologies and Methods of Inorganic Materials Science,St.Peterburg, 201, pp. 160-161; A.Peikrishvili, B. Godibadze, G.Tavadze, G. Zakharov, Z. Aslamazashvili;
  • Preliminary study of new SHS approach for obtaining nanostructured disperse fibrous manganese dioxde; 5th International Conference “Nanotechnologies”, NANO-2018, Tbilisi, Georgia; G.Zakharov, G. Tavadze, Z.Agamaliev Z. Aslamazashvili, A. Chirakadze;