1. Green’s formula for difference operators

   • V. V. Zharinov

   OriginalPaper 12 December 2009 Pages: 1445 - 1450

2. Three-coloring statistical model with domain wall boundary conditions: Trigonometric limit

   • A. V. Razumov
   • Yu. G. Stroganov

   OriginalPaper 12 December 2009 Pages: 1451 - 1459

3. Investigation of the spectrum of a model operator in a Fock space

   • T. Kh. Rasulov

   OriginalPaper 12 December 2009 Pages: 1460 - 1470

4. Vector hyperbolic equations with higher symmetries

   • A. G. Meshkov

   OriginalPaper 12 December 2009 Pages: 1471 - 1484

5. The 2×2 matrix Schlesinger system and the Belavin-Polyakov-Zamolodchikov system

   • D. P. Novikov

   OriginalPaper 12 December 2009 Pages: 1485 - 1496

6. Lorentz-invariant quantization of the Yang-Mills theory free of the Gribov ambiguity

   • A. A. Slavnov

   OriginalPaper 12 December 2009 Pages: 1497 - 1502

7. Scattering of a neutral fermion with anomalous magnetic moment by a charged straight thin thread

   • V. R. Khalilov
   • I. V. Mamsurov

   OriginalPaper 12 December 2009 Pages: 1503 - 1512

8. Fluid thermodynamics: Qualitative consideration

   • V. P. Maslov

   OriginalPaper 12 December 2009 Pages: 1513 - 1528

9. The Matsubara operator for the Fröhlich model

   • É. A. Arinshtein

   OriginalPaper 12 December 2009 Pages: 1529 - 1539

10. Balance equation and the quasitemperature of channeled particles in equilibrium

    • Yu. A. Kashlev

    OriginalPaper 12 December 2009 Pages: 1540 - 1548

11. Some details of the description of a disordered condensed system using the theory of defect states of orientational order

    • M. G. Vasin

    OriginalPaper 12 December 2009 Pages: 1549 - 1557

12. Rotating flows with acceleration and compaction in the model of hard spheres

    • V. D. Gordevskyy

    OriginalPaper 12 December 2009 Pages: 1558 - 1566

13. Krylov-Bogoliubov-Mitropolsky averaging used to construct effective Hamiltonians in the theory of strongly correlated electron systems

    • A. P. Saiko

    OriginalPaper 12 December 2009 Pages: 1567 - 1572

14. Gravitational collapse is impossible in the relativistic theory of gravity

    • S. S. Gershtein
    • A. A. Logunov
    • M. A. Mestvirishvili

    OriginalPaper 12 December 2009 Pages: 1573 - 1580