182241489
FOCUSING DOUBLE ARM SPECTROMETER
117883458
Experimental study of gluon and sea quark polarizations (The first stage of the POLEX program at UNK)
181884583
MODULAR ELECTRONICS FOR ALPHANUMERICAL AND COLOR SEMIGRAPHIC INFORMATION DISPLAY ON THE TV MONITORS
108002426
Characteristics of wire spark chambers with ferrite core readout
181756162
Electronic System of Data Output with Digital Processor for Multichannel Cherenkov Counter with Small Multipliers. (In Russian)
188602506
HANDLING OF OSCILLOGRAMS ON THE SCANNING TABLES OF PIKOTYPE
85995156
Soliton-soliton interaction in confining models
Solitons in confining models of the Werle type are considered in one spatial dimension and the interaction between them is studied numerically in detail. In the collision process new localized objects are generated, which are pulsating in time. Evidence is given about their stability.
119214536
Meson Spectrum in Strong Magnetic Fields
We study the relativistic quark-antiquark system embedded in magnetic field. The Hamiltonian containing confinement, one gluon exchange and spin-spin interaction is derived. We analytically follow the evolution of the lowest meson states as a functions of MF strength. Calculating the one gluon exchange interaction energy and spin-spin contribution we have observed, that these corrections remain finite at large magnetic fields, preventing the vanishing of the total rho-meson mass at some B_crit, as previously thought. We display the rho masses as functions of magnetic field in comparison with recent lattice data.
118921298
Strong interaction in a quark-gluon plasma above the critical temperature
117764829
Gauge-invariant formulation of SU(2) gluodynamics
An internal structure like that of a double asymmetric rotator is found in the vector potential A/sub mua/ by means of the previously proposed polar representation. In the functional integral, there exists in the polar representation a natural choice of the gauge, in which there are no Faddeev-Popov ghosts or Gribov ambiguities. The classical equations in the polar representation are written solely in terms of gauge-invariant quantities. The instantons and magnetic monopoles in the Bogomol'nyi-Prasad-Sommerfield limit and the magnetic field of the 't Hooft-Polyakov monopole are studied in the framework of the polar representation.
119296759
Magnetic field focusing of hyperfine interaction in hydrogen
We find a new correction to hyperfine splitting in the ground state of hydrogen atom in magnetic field. The physical basis for this effect is the reduction of the size of the electron orbit in magnetic field. As a result, the value of the wavefunction at the origin increases which can be called magnetic focusing. Another magnetic-field-induced effect is the appearance of field dependent tensor forces.