Quark counting of anomalous dimensions in higher orders of quantum chromodynamics I. S. AvalianiV. A. MatveevL. A. Slepchenko OriginalPaper Pages: 839 - 843
Exactly solvable model of a phase transition between hadronic and quark-gluon matter M. I. GorenshteinG. M. Zinov'evV. P. Shelest OriginalPaper Pages: 843 - 854
Spacelike asymptotic behavior of vacuum expectation values in nonlocal field theory M. A. Solov'ev OriginalPaper Pages: 854 - 862
Integration over surfaces in superspace A. V. GaidukO. M. KhudaverdyanA. S. Shvarts OriginalPaper Pages: 862 - 868
Solution of Chew-Low equations in the quadratic approximation V. P. GerdtA. Yu. Zharkov OriginalPaper Pages: 868 - 874
Bifurcation of point sources and contour sources of nonlinear fields O. Sh. Rasizade OriginalPaper Pages: 874 - 882
Systems of equations of n-waves and nonlinear Schrödinger equations from the group-theoretical point of view A. V. Zhiber OriginalPaper Pages: 882 - 888
Post-Newtonian gravitational radiation of a system of two compact objects in the field theory of gravitation A. A. Vlasov OriginalPaper Pages: 888 - 893
Kinetic equation for a two-level system interacting with the electromagnetic field N. N. Bogolyubov Jr.Fam Le KienA. S. Shumovskii OriginalPaper Pages: 893 - 898
Structure of the mass operator in finite Fermi systems V. I. BelyakG. M. Vagradov OriginalPaper Pages: 899 - 906
Kinetic theory of parametric excitation of spin waves in the case of parallel pumping V. P. SeminozhenkoV. L. SobolevA. A. Yatsenko OriginalPaper Pages: 907 - 913
Phase transition in a model of long polymers with excluded volume N. AngelescuV. B. Priezzhev OriginalPaper Pages: 913 - 919
Quantum relativistic hydrodynamics of systems with broken symmetry. I. Local-equilibrium state A. V. ProzorkevichV. L. SamorodovS. A. Smolyanskii OriginalPaper Pages: 920 - 926
Description of the phase with broken symmetry in the Ising model by the method of quasi-averages Yu. P. Virchenko OriginalPaper Pages: 927 - 938
Quasiclassical particle in a one-dimensional self-consistent field S. I. Chernykh BriefCommunication Pages: 939 - 941