Laboratory of Physical Chemistry of Materials
Current status of the laboratory ( Russian, English)

Laboratory was found year 1997.

  • Boris M. Ginzburg (Head)

    Dr. Phys.-Math. Sci., Prof. - head of the Lab.

    Tel.: (812) 321-47-83 office, (812) 230 77 11

    Fax : (812) 321-47-71

    E-mail: bmginzburg at

  • Aleksei O. Pozdnyakov
  • PhD of phys.-math. sci., dozent, senior sci. researcher;


  • Andrei A. Shepelevskii

    PhD of phys.-math. sci., senior sci. researcher;


  • David G. Tochil'nikov

    PhD of techn. sci., senior sci. researcher;


    1.1. Tribology of fullerene-containing materials.

    1.2. Thermal degradation of fullerene-containing polymer systems.

    1.3. Structural mechanics of polymer systems at molecular and supermolecular level.

    1.4. Structure and properties fullerene solutions.







  • Direction 1:

    1. A.A.Shepelevskii, L.A.Shibaev, B.M.Ginzburg, V.P.Bulatov. Effect of fullerene C-60 on the lubrication process in the gap of tribo-couple steel-copper. Zhurnal prikladnoi chimii, (Russian J. of Applied Chemistry), 1999. .72. 7. C.1198-1203.

    2. B.M.Ginzburg, D.G.Tochil'nikov. Effect of fullerene-containing additives on the bearing capacity of fluoroplastics under friction. Technical Physics. 2001. V.46. N2. 249-253.

    3. B.M.Ginzburg, D.G.Tochil'nikov. Investigation and Elaboration of New Types of Antifrictional and Antiwear Materials on the Base of Fullerenes. Review. Problemy mashinostroeniya i nadjozhnosti maschin (Problems of mechanical engineering and reliability of machines). 2002. 2. P.60-68.

    4. B.M.Ginzburg, Shibaev L.A., O.F.Kireenko, A.A.Shepelevskii, M.V.Baidakova, Sitnikova A.A. On the Mechanisms of Antiwear Properties of Additives of Fullerene C60 to Lubricant Oil. Zhurnal prikladnoi chimii (Russian J. of Applied Chemistry), 2002. V.75. N8. P.1357-1362.

  • Direction 2:

    1. B.M.Ginzburg, A.O.Pozdnyakov, V.N.Zgonnik, O.F.Pozdnyakov, B.P.Redkov, E.Yu.Melenevskaya, L.V.Vinogradova. Influence of fullerene C-60 on thermal stability of free and grafted polysterene. Tech. Phys. Lett. 1996. V.22. N2. P.166-167.

    2. A.O.Pozdnyakov, O.F.Pozdnyakov B.P.Redkov, V.N.Zgonnik, L.V.Vinogradova, E.Yu.Melenevskaya, B.M.Ginzburg. The effect of polysterene on the thermal behavior of C-60 fullerene. Tech. Phys. Lett. 1996. V.22. N9. P.759-760.

    3. A.O.Pozdnyakov, B.M.Ginzburg, O.F.Pozdnyakov, B.P.Redkov. Thermodesorptional states of molecular dispersed and crystalline fullerene C60 in the matrix of poly (trifluoro-chloroethylene-co-vinylidenefluoride). Zhurnal prikladnoi chimii (Russian J. of Applied Chemistry), 2000. .73. N1. P.134-136.

    4. B.M.Ginzburg, A.O.Pozdnyakov, O.F.Pozdnyakov, B.P.Redkov // Mass-spectrometric study of the thermal degradation of a low-molecular polystyrene grafted to fullerene C60. Zhurnal prikladnoi chimii (Russian J. of Applied Chemistry), 2000. V.73. N3. P. 484-490.

    5. B.M.Ginzburg, L.A. Shibaev, V.L.Ugolkov, V.P.Bulatov. Influence of C60 fullerene on the oxidative degradation of a free radical poly(methyl methacrylate). J. Macromol. Sci., B, Physics. 2003. V.42. 1. P.141-168.

  • Direction 3:

    1. S.I.Goloudina, B.M.Ginzburg, V.N.Zgonnik, L.V.Vinogradova, E.Yu.Melenevskaya. Preparation of Langmuir-Blodgett films on the base of fullerene C-60 with grafted polymer chains. Vysokomolecularnye Soedineniya (Polymer Sci.), A. 1999. V.41. N4. 633-640.

    2. B.M.Ginzburg, D.G.Tochil'nikov. Effect of linking agent and fullerene C-60 on the properties of solid-lubricant coating. Tech. Phys. 2000. V.70. N1.

    3. A.O.Pozdnyakov, K.Friedrich, V.V.Kudryavtsev, Effects of thermal treatment on the wear behaviour of polyimide-fullerene (C60) composite coatings, Journal f Materials Sci., Letters, 2001, V.20, 2071-2075

    4. A.O.Pozdnyakov, V.V.Kudryavtsev, K.Friedrich, Sliding wear of polyimide-C60 composite coatings, Wear, 2003, V.254, 501-513.

  • Direction 4:

    1. B.M.Ginzburg. Application of X-Ray Investigations Under Load. 1. Measurements of WAXS Reflections Shifts Induced by Elastic Stretching of Oriented Polymer Systems Along Their Orientation Axis. J. Macromol. Sci. B. Physics. 1997. V.36. N5. P.595-614.

    2. 185. B.M.Ginzburg, Sultanov N. X-ray diffraction determination of easiest-slip planesin amorphous-crystalline polymers. Technical Physics. 2001. V.46. N2. .129-132.

    3. B.M.Ginzburg, N.Sultanov. X-Ray Study of Reorientation of Polyamide 6. J. Macromol. Sci., B, Physics. 2001. V.40. N2. P.207-230.

    4. 205. B.M.Ginzburg. X-ray determination of shear deformation of crystallites in polymers. Vysocomolec. Soedineniya (Polymer Sci.), Ser. A. 2002. V.44. N10. P.1791-1797.

    5. B.M.Ginzburg, A.A. Shepelevskii. Construction of the Full Phase Diagram for the System of Poly(g-benzyl-L-glutamate)/ Dimethylformamide on the Basis of the Complex of Literature Data // J. Macromol. Sci., B, Physics. 2003. V.42. 1. P.1-56.

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