RELATIVISTIC NUCLEAR PHYSICS & QUANTUM CHROMODYNAMICS
The Table of Contents for the full book PDF is as follows:
I. QUANTUM CHROMODYNAMICS AT LARGE DISTANCES (Fundamental theories: confinement, QCD vacuum, effective Lagrangians. Models: bags, quark exotics.)
Nonlocal hadronization in QCD.
A new computational method to solve field theories: Application to massive Schwinger model.
On new resonances in quantum electrodynamics.
Field strength approach to QCD.
A chiral quark - model of the nucleon - the spin content of the proton.
Weak decays of heavy mesons taking into account confinement of light quarks.
Constituent quark model on the light cone.
New mesonic states in nucleon-antinucleon annihilation.
Interplay of light and heavy-quark flavors in baryon structure.
Explicit solution of constraints in the Virassoro algebra and application of string theory in hadron physics.
Linear two-particle relativistic equations with taking into account quark degrees of freedom.
II. ASYMPTOTIC BEHAVIOR OF THE HADRONIC AND NUCLEAR REACTIONS AND CUMULATIVE PROCESSES (Multiquark states, correlation phenomena, dibaryons.)
Appearance of particular features of nuclei in cumulative particle production in nucleon - and nucleus- nucleus interaction.
Cumulative hadrons in proton-nuclear interactions with energy 15 – 60GeV
Production of high energy cumulative hadrons and properties of nuclear matter at small distances.
Investigation of exited nuclear matter in relativistic nuclear collisions.
Clusterization in multiple particle production processes on nuclei.
Asymptotic multiplicities: phenomenology, experimental perspectives.
Six - quark admixture in the three - nucleon system.
Multiquark stable and metastable states.
Narrow baryonia into strange particles.
Narrow hadronic resonances.
Observation of narrow structures in the pp analyzing power and narrow resonances.
Fluctuations and resonances in the dibaryonic system.
Reviewing the study of narrow dibaryons.
A quark approach to dibaryons and some consequences.
New resonances with S=-3 and the constituent quark model.
III. QUARK STRUCTURE OF NUCLEI (Deep inelastic reactions, inclusive reactions, non-nucleon degrees of freedom, polarization phenomena.)
Measurement of structure function of nucleon F2(x, Q2) of the bound nucleon in deep inelastic muon scattering from carbon.
The second EMC - effect in quark models for spectroscopy.
Nuclear structure and deep inelastic scattering.
QCD-evolution of nuclear structure functions at large X.
Deep inelastic nuclear reactions with electrons.
Non-perturbative approach to the structure functions of a quark sea and the heavy quark production.
Non - nucleon degrees of freedom and structure functions.
Mesonic effects in the nuclear electromagnetic response.
Structure functions of deuteron and mesonic and quark degrees of freedom in nuclei.
New measurements of the electric and magnetic form factors of the proton and neutron at high momentum transfers.
Subthreshold η production on nuclei by proton interaction.
Some comments on the observed quark effects in the NN-system.
Systems of Dirac particles at low and at very high energies.
Relativistic versus nonrelativistic description of single-particle momentum distribution.
On the minimal rotation period of strange stars.
Preasymptotics of color transparency.
Hadronization, intermittency, LPHD in terms of perturbative QCD and hadron clusters statistics.
Estimate of contribution of secondary interactions into cumulative proton polarization.
Polarization phenomena in D – N reactions and the structure of deuteron at small distances.
The electrodisintegration of polarized deuteron and the final state interaction.
Observation of cumulative muon pairs with low invariant mass.
Dileptons from nuclei at intermediate energies.
Nuclear effects and J/Ψ suppression in collisions of relativistic nuclei.
Parity-violating electron scattering from nucleons and nuclei.
Low Q2 neutrino interactions and hadronic component.
Study of the spin - orbit electromagnetic interactions in the
IV. NUCLEUS-NUCLEUS COLLISIONS (Experiment, extreme states of nuclear matter, strangeness production, quark-gluon plasma.)
Recent results in the study of fragmentation mechanism by interaction of various Cu-target systems with relativistic nuclei.
Enhanced production of 24Na by wide-angle secondaries produced in the interaction of relativistic Carbon ions with Cooper
Central interactions S + Ag(Br) at 200 A GeV/c. Collaboration EMU-01.
Search for collective effects in heavy ion collisions of C, Ne, Mg and Si nuclei with emulsion at 4.1–4.5 A GeV/c
Mass yields in reactions induced by 3.65 A GeV deuterons.
Production and polarization of strange quark from nuclear matter backward production and polarization of Λ particles in p - nucleus reactions.
Strangeness Production in High Energy Nuclear Collisions.
Polarization in hypernuclear productions
Lightest hypernuclei production cross sections measurement in relativistic ion beams
Strangeness production in ultra-relativistic nucleus - nucleus collisions.
Ultra-relativistic heavy ion physics at CERN SPS: results from NA34 and from the emulsion experiments.
Some aspects of the applications of large BaF2 scintillation in high-energy physics experiments.
Monte Carlo version of the multi - chain model for relativistic nuclear collisions.
Nuclear fragmentation at relativistic and ultra relativistic energies.
Particle densities and fluctuations in high energy nucleus - nucleus collisions measured in tracking detectors with high space resolution.
Photons and neutral pions probing high energy density in nuclear collisions at ultra-relativistic energies.
A study of transverse energy flow and proton distributions in hadron-nucleus collisions at 200 GeV/c.
The equation of state and viscosity in the hydrodynamical model.
Search for collective flow in heavy ion collisions at 4.2 a GeV/c.
Hydrodynamical expansion of the quark - gluon fluid with phase transition and pion - interferometry in high energy nuclear reaction.
Cut-off model for heavy quark potential in the quark-gluon plasma.
Two flux instabilities in QGP.
QCD, colorless quark-gluon clusters and hadron plasma.
Nonstratified mixture of hadrons and quark plasma.
Fluctuations of particle density in a pseudorapidity scale in 22Ne-emulsion collisions at 4.1AGeV/c
Rearrangement of Dirac vacuum and baryon-antibaryon pair production in high-energy heavy-ion collisions.
New method of search for regular structures in nuclei.
V. PERSPECTIVES
Status and perspectives of physics programs at SATURNE.
Theoretical perspectives on RHIC physics.
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