125640448
'HYPERON' SPECTROMETER - A FACILITY FOR THE STUDY OF THE PROCESSES OF THE HIGH-ENERGY PARTICLE PRODUCTION AND DECAY ON THE 76-GEV PROTON SYNCHROTRON.
125911269
A FIVE RAY OSCILLOSCOPE FOR MEASURING PI+ MESON LIFETIME
182391760
Proportional Chamber Readout System
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
107557313
Memory matrixes with ferrite cores for wire spark chambers.
120679242
UPPER BOUND TO THE GROUND-STATE ENERGY OF N-BODY SYSTEMS AND CONDITIONS ON THE TWO-BODY POTENTIALS SUFFICIENT TO GUARANTEE THE EXISTENCE OF MANY-BODY BOUND STATES.
9796246
Resolution of the pion puzzle: The QCD string in Nambu-Goldstone mesons
Pions and kaons have a double nature: the chiral dynamics of Nambu-Goldstone bosons together with the usual string dynamics common to all mesons. To uncover the interplay of both dynamics, the effective chiral Lagrangian is derived from the QCD Lagrangian using the field correlator method, and the pion self-energy (mass) operator is written explicitly. The latter contains an infinite number of poles, but is normalized to zero at zero momentum because of spontaneous chiral symmetry breaking. As a result, one obtains the Gell-Mann-Oakes-Renner relation for the ground-state pion and (slightly shifted by chiral dynamics) the usual spectrum of radially excited pions starting with π(1300).
123955067
Hadronic Shift and the Production Rate of the Dilambda State $H$
115933515
Magnetic susceptibility in QCD
Magnetic susceptibility in the deconfined phase of QCD is calculated in a closed form using a recent general expression for the quark gas pressure in magnetic field. Quark selfenergies are entering the result via Polyakov line factors and ensure the total paramagnetic effect, increasing with temperature. A generalized form of magnetic susceptibility in nonzero magnetic field suitable for experimental and lattice measurements is derived, showing a good agreement with available lattice data.
119246694
Theory of hadron decay into baryon-antibaryon final state
The nonperturbative mechanism of baryon-antibaryon production due to double quark pair (q¯ q)(q¯ q) generation inside a hadron is considered and the amplitude is calculated as matrix element of the vertex operator between initial and final hadron wave functions. The vertex operator is expressed solely in terms of first principle input: current