117883458
Experimental study of gluon and sea quark polarizations (The first stage of the POLEX program at UNK)
182391760
Proportional Chamber Readout System
125911269
A FIVE RAY OSCILLOSCOPE FOR MEASURING PI+ MESON LIFETIME
107557313
Memory matrixes with ferrite cores for wire spark chambers.
181756162
Electronic System of Data Output with Digital Processor for Multichannel Cherenkov Counter with Small Multipliers. (In Russian)
181884583
MODULAR ELECTRONICS FOR ALPHANUMERICAL AND COLOR SEMIGRAPHIC INFORMATION DISPLAY ON THE TV MONITORS
118889332
Confinement, quark zero modes, and spontaneous chiral symmetry breaking in QCD
122180535
Nonperturbative equation of state of quark-gluon plasma. Applications
Abstract The vacuum-driven nonperturbative factors L i for quark and gluon Green’s functions are shown to define the nonperturbative dynamics of QGP in the leading approximation. EoS obtained recently in the framework of this approach is compared in detail with known lattice data for μ  = 0 including P / T 4 , e / T 4 , e - 3 P T 4 . The basic role in the dynamics at T  ≲ 3 T c is played by the factors L i which are approximately equal to the modulus of Polyakov line for quark L fund and gluon L adj . The properties of L i are derived from field correlators and compared to lattice data, in particular the Casimir scaling property L adj = ( L fund ) C 2 ( adj ) C 2 ( fund ) follows in the Gaussian approximation valid for small vacuum correlation lengths. Resulting curves for P / T 4 , e / T 4 , e - 3 P T 4 are in a reasonable agreement with lattice data, the remaining difference points out to an effective attraction among QGP constituents.
117257660
Baryon Magnetic Moments in a QCD String Model
In the field correlator method an effective interaction for the light quarks is obtained from QCD. Using this formalism the magnetic moments of the nucleons are calculated and reasonable agreement with experiment is obtained. Results of higher order corrections due to mesonic excitations are also shown. The method can easily be extended to the whole baryon multiplet.
18936740
Chiral Symmetry Breaking in QCD
Chiral Symmetry Breaking (CSB) is derived in QCD starting from the QCD Lagrangian and using Field Correlators Method (FCM). The kernel in the resulting equations responsible for CSB is directly connected to confinement, and therefore both phenomena occur and vanish together as supported by lattice data. Chiral Lagrangian and quark-meson Lagrangian are derived with explicit coefficients and compared to standard expressions.Spectrum of Nambu-Goldstone mesons and their radial excitations is calculated in good agreement with experiment.
117265458
Finite-time heavy quark interaction in QCD