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Nasrullayev Nazim

Doctor of Science of the Baku State University, Department of   Physics
Address:
Z. Khalilov Str., 23, Baku AZ-1148, Azerbaijan.
Telephone:(+994 12) 439-05-23 (office), (+994 50) 582-47-23 (mobile), (+994 12) 408-29-28 (home)
E-mail: [email protected]

PERSONAL DATA

Born on 14 April 1959 in Quba district, Azerbaijan. In 1975 entered Physical faculty of the Azerbaijan State University.
Gradutaed from the University in 1980 and continued his study as PhD in A.F.Ioffe Physical Technical Institution (Russia).
In 1988 got the degree of PhD in physical-mathematical sciences.
Married. Have two children.

EDUCATION AND ACADEMIC DEGREES OBTAINED

1980 have graduated from Azerbaijan State University, Faculty of Physics.
1988 candidate thesis entitled “The reseach of interaction of metal atoms with CsCl molekules on the surface of graphite monolayer on iridium” Phys. Tekhn. Institute St.Petersburg, Russia1988
Doctoral thesis “The adsorption and catalytic processes on the surface of solid with valent saturated surface”, Institute of Physics, Baku 2006

COMPLETE PROFESSIONAL BACKGROUND

Phys. Tekhn. Institute St.Petersburg, Russia
Baku State University, faculty of physics
1990 department of General physics
General physics cours (mechanics, molecular physics, electromagnetism, optics, atomic physics);
methodology of teaching physics; electrodynamics of solid matter.
Articles: - 25 Monography: - 1 Book: - 1 Patent: -3 Number of candidate: - 1 Who's Who in Science & Engineering 2006-2007 edition.
Top 100 Scientists 2007. IBC Cambridge, England
Scientist of Year 2007, IBC Cambridge, England.

MEMBERSHIPS

Member of American Chemical Society. USA. Chairman of Azerbaijan Section Euro Science. Member of IBC Cambridge, England

PRESENT RESEARCH INTERESTS

Adsorption, desorption and migration of metal atoms (Pt, Ni, Ba, Th and others) with CsCl molecules on the surface of two dimensional graphite film (2DGF) obtained on rhenium and iridium, coadsorption of CsCl molecules with Z(K, Na, Li) atoms on a such surface and determination with experiments the mechanisms of formation of metal atoms islands on graphene surface Application of interactive methodology of teaching.

INTERNATIONAL CONFERENCES, SYMPOSIUMS

All – Union Conference on  electronic emission Kiev, 1987, V1, P. 19-20, V1, P. 20-21, VI, P. 21-22, VI, P. 22-23,

All – Union Conference on  electronic emission Leningrad, 1990.

Conference on electronic emission, Baku, Azerbaijan, 1997.

Conference on solid state, Baku, Azerbaijan, 1998.

22nd European Conference on Surface Science Prague, Czech. 2003 № 16963.

7 th Int. Conf. on Atomically Controlled Surfaces, Interfaces and Nanostructures Nov. 16-20.  Nara, Japan, 2003, №17 P079

X-th Symposium on Surface Physics July 10 - 15, 2005, Prague, Czech Republic.

23rd European Conference on Surface Science (ECOSS 23) Berlin, Germany, September 4-9, 2005

4th Uzbekistan Physical Electronics Conference. November 2-4,  2005, Tashkent, Uzbekistan

24rd European Conference on Surface Science (ECOSS 24) Paris, France, September 4-8, 2006.

Who's Who in Science & Engineering 2006-2007 edition.

NATO ARW 2006, September 9-12, 2006 Kiev, Ukraine.

Top 100 Scientists 2007. IBC Cambridge, England.

World Conference on Research Integrity

Lisbon, Portugal, 16-19 September 2007.

25th European Conference on Surface Science (ECOSS 25) Liverpool, UK, July 27, to Friday, August 1, 2008.

International Scientific Conference. Philosophy and Synergy of information Suatainability and security. NATO Workshop 20-24 April 2011, Tbilisi Georgia

28th European Conference on Surface Science, (ECOSS 28) Wroclaw, Poland, 28 August-  2 September 2011


LIST OF SELECTED PUBLICATIONS

  1. Adsorption of Pt or Ni on the Graphite Monolayer of Rhenium. Synthesis and Reactivity in Inorganic, Metal-Organic and Nano-Metal Chemistry, USA, №35 V.7, 2005 P.565-570. Co-adsorption Cesium Chloride Molecules and Tm Atoms on 2DGF on Re. J.P. Mota and S. Lyubchik (eds.), Recent Advances in Adsorption Process for Enviromental Protection and Security, 87-95.
  2. Adsorption of Ni and its interaction with CsCl molecules on the graphite monolayer of iridium. G.U. Journal of Science 16 (1): 2003. p.19-26.
  3. Interaction between cesium cloride molecules and metal atoms at coadsorption on the graphite single layer on iridium. Turkish journal of Physics 2000. №4 Р.617-622.
  4. Interaction of alkali metal atoms with CsCl molecules on the surface of graphite monolayer on Ir. Kinetic and Catalysis 1991, V 1, № 32, P 92-97.
  5. Increasing of sensitivity of the surface ionization detection of the atomic flow with replacement reaction on the surface of emitter ions. Russia, Journal of Technical Physics. 1989, V 2, P 90-93.
  6. Interaction of CsCl molecules with atoms and Ba islands on the surface of graphite monolayer on Ir. Russia, Chemical physics. 1988, V 7. №7, P.962-969
  7. Adsorption of platinum and its interaction with CsCl molecules on graphite monolayer on iridium. Russia, Journal Surface. Physics, chemistry, mechanics, 1988, V 4, P 33-40.
  8. Interactions of Na atoms with CsCl molecules on the surface of graphite monolayer on Ir. Russia, Kinetic and Catalysis 1986, V 2, P 1170-1173.
  9. Adsorption, adsorption and migration of CsCl molecules on monolayer of graphite on Rhenium. Russia, Journal of Technical Physics. 1987, № 2, V 57. P. 353-356


BOOKS

  1. Labaratour works on electrodynamics of beyond high frequencies. Baku 1988
  2. Adsorptional and catalytic processes on valence-saturated surfaces. Baku 2002
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