| Evgeniy Eidelman Senior Scientist, D.Sc., Professor Phone: +7(812)292 71 07 Публикации
| ||
1968 M.S. In Physics Engineering Technical Univ. (Polytechnical Institute), St. Petersburg
1985 Ph.D. In Theoretical Physics, Technical Univ. (Polytechnical Institute); St. Petersburg
1986 M.S. in Mathematics, Pedagogical Univ.
1995 D.Sc. in Theoretical Physics, Ioffe PTI
Career/Employment:
2016-date Head a research group that investigate scientific bases of thermoelectric Generator based on
Carbon nanostructures
2015-date Develop the theory of Oriented-attachment growth of Diamond single crystal from Detonation nanodiamonds
2013-date Develop the theory of Sol-Gel transition in Diamond Nanoparticle Suspensions
2009-date Head a research group that develop the theory of Heat properties of metal – Diamond Nanoparticle Composites
2005-date Develop the theory of Rheological properties of Diamond nanoparticle suspensions
2005-2012 Headed a research group that develop the theory of Optical properties of Diamond nanoparticle suspensions
2003-2013 Formulated the theory of thermoelectric effect by Ballistic phonon drag of Electrons in Carbon nanostructures
2002-2010 Headed a research group that develop the theory of Cold field emission Cathode based on carbon
Nanostructures
2000-2005 Investigated a description of the Frontiers between the Scientists and Pseudoscientists
1998-2002 Formulated a Theory of Instability on GaAS surface at Helium temperatures in the microwave field
1997-date Develop a mathematical and physical description of results of Experiments in biological and chemical
Nanostructuresinvestigations of Pharmaceutical Substances
1996-2002 Headed a research group that analyzed basic concepts of Conformation of Macromolecule
1995-1997 Headed a research group that analyzed the role of Electrical field in the Mechanism of a Molten Zone formation
Nanostructuresunder the Action of Laser Emission
1985-1995 Developed a new aspect of Convection – Thermoelectrical Convection. Predicted some experiments,
Nanostructuresfor example, the Penetration of alloying Materials into the sample. For summery, see “Excitation
Nanostructuresof an electric Instability by heating” Physics-Uspekhi, v. 38, N 11, 1995.
1975-2002 Elaborated a Theory of Convection in:
(a)Liquid Dielectrics;
(b) Liquid Helium;
(c) Liquid Semiconductors;
(d) Liquid Crystals;
(e) Liquids with Compressibility;
(f) Electron – Hole Gas
Honours:
Soros Professor 1997 and 1998
Professor of St.-Petersburg 2004
Research interests: