Kabardino-Balkarian State University.

Main directions of work
Members of group
Major publications for the last years
Contact person
Postal address

Main directions of work: nanoscale physics, nanoelectrodinamics, nanotribology, SPM, ion beam interactions with solids
Work instruments: SolverPro(NT-MDT), transporance electron microscope(TEM), UHV chamber, plasma sources, Auger spectroscopy analysis.
Nanoscale Physics Laboratory :
Contact person: Prof. Doct.Sc.George V. Dedkov, Addres: 360000, Russia, Nalchik, Nogmova str., 45/14 Теl.:8(8662)774559, 89054352209
E-mail: gv_dedkov@mail.ru
Web: www.nano.kbsu.ru
Team staff:

Dedkov G.V. gv_dedkov@mail.ru , gv_dedkov@kbsu.ru
Teghaev R.I. nano@kbsu.ru
Kokov Z.A. zak@kbsu.ru
Kyasov A.A. nano@kbsu.ru
Dedkova E.G. ededkova@yandex.ru
Panaetov V.M nano@kbsu.ru
Karashaeva R.A. karashaeva@mail.ru

Major publications for the last years:

  1. Dedkov G.V.Friction on the nanoscale:new physical mechanisms, Materials Letters, 38(1999)360.
  2. Dedkov G.V. and Kyasov A.A. Electromagnetic friction forces on the scanning probe asperity moving near surface. Phys.Lett.A , 259/1 (1999)38.
  3. G.V.Dedkov, Theory of noncontact friction forces between sliding nanoasperity and a surface, Wear, 232(1999)145
  4. A.A.Kyasov, G.V.Dedkov, Electromagnetic fluctuation forces on a particle moving near a surface, Surf.Sci., 463(2000)11.
  5. G.V.Dedkov, B.S.Karamurzov, Fullerene nanotubes as transporting and focusing elements of the nanoscale beam technology, Surf. Coat. Technol. 128-129(2000)51.
  6. G.V.Dedkov, Eksperimental and theoretical aspects of the modern nanotribology, Phys. St. Sol. A179/1(2000)3-72.
  7. G.V.Dedkov, On the theoretical estimations and measurements of triboemission of charged particles and tribodischarging currents in atomic force microscopy, Latvian J. of Phys. and Tech. Sci. (2000) №6, P.207
  8. Dedkov G.V., Dyshekov M.B. Deformation of the contact region and adhesional friction between nanoprobe and surface, Surface Science 463 (2000)125.
  9. G.V.Dedkov, A.A.Kyasov, Electromagnetic Fluctuation Drag Forces on Particles Moving Near a Surface, Phys.Low-Dim.Struct. 3-4 (2001)69
  10. G.V.Dedkov, R.I.Teghaev, Tribodischarging currents in nanocontacts, Phys. Low- Dim. Struct. 3-4 (2001)159.
  11. G.V.Dedkov, A.A.Kyasov, Long-range nonconservative interactions of moving atoms with surface plasmons: a possibility of experimental verification, Nuclear Instrum., B183(2001)241
  12. A.A.Kyasov, G.V.Dedkov, Electromagneric fluctuation forces between moving atoms and cylindrical surface, Surface Science, 491(2001)124
  13. G.V.Dedkov, Characterization of nanotubes as microscale beam manipulators: transmission of neutral atoms and low-energy ions, Surf. Coat. Technol. 158/159 (2002)75-80
  14. A.A.Kyasov, G.V.Dedkov, Relativistic theory of fluctuating electromagnetic slowing down of neutral spherical particles moving in close vicinity to a flat surface, Nucl. Instr. Meth. B195 (2002)247-258
  15. G.V.Dedkov, A.A.Kyasov, Dissipative Fluctuation Forces and Heat Flow Between
    an STM Tip and Surface of Sample, Phys. Low.-Dim. Struct. 5/6 (2002)50-57
  16. A.A.Kyasov, G.V.Dedkov, Relativistic Theory of Fluctuation Dissipative Forces, Phys. Low.-Dim. Struct. 5/6 (2002) 58-63
  17. G.V.Dedkov, R.I.Teghaev, O.A. Dyshekov, A.Kh. Tutukov, In Situ Shape Imaging of Tungsten Nanotip During Indentation and Scratching the Surface of Copper and Silver Films, Phys.Low.-Dim. Struct. 5/6(2002)63-66
  18. Dedkov G.V., Kyasov A.A. Nonrelativistic theory of electromagnetic forces on particles and nanoprobes moving near a surface. Physics of Low-Dimensional Structures.-2003.v.1-2.-p1-86.
  19. Dedkov G.V., Kyasov A.A. New aspects of fluctuation electromagnetic interaction between moving tips and sample surface// Physics of Low-Dimensional Structures.-2003.v.3-4.-p309.
  20. G.V.Dedkov. Electromagnetic fluctuation-dissipative interaction of mobile particles and nanoprobes moving near a surface. //In: Science, Technology and Education of Microscopy: an Overview. Formatex Microscopy Book Series V.1.2003.P.135
  21. G.V.Dedkov, How does energy dissipate ? Discussion of Dynamic Force measurements with Scanning Probe Microscopes, Phys. Low.-Dim. Struct. ? , 2004, P.101
  22. G.V.Dedkov, A.A.Kyasov, Fluctuation electromagnetic slowing down and heating of a small neutral particle moving in the field of equilibrium background radiation, Phys.Lett. A339(2005)212-216
  23. G.V.Dedkov, A.A.Kyasov, Grazing incidence energy loss of an atomic beam in thermal evanescent field of polaritons on smooth dielectric/semiconductor surface, NIMB 237(2005)507-519.

Contact person: Georg V.Dedkov
Tel.: 8(8662)774559, 89054352209
E-mail: gv_dedkov@mail.ru
Postal address: 360000, Kabardino-Balkarian State University, Nalchik, Nogmov str. 45/14.