Title: ELECTRODYNAMICS : text-book for teaching physics in the
2_nd class of secondary schools
Title: Electrodynamics
Title: Electrodynamics
Title: Supersymmetric Part of the Heavy Quark-Antiquark Potential
Title: Dynamical Fluctuations in the Hadronic Temperature.
Title: Inelasticity Distribution and Relationship between e+e-
and pp Hadron-Production Mechanisms.
Title: A Dynamical Model of Deformed Coherent States for
Multiplicity Distributions and Correlations.
Title: Pion Fields as Gaussian Random Variables and the
Koba-Nielsen-Olesen Scaling.
Title: Multiplicity Distributions and Correlations in the
presence of q-Deformed Coherent States.
Title: Squeezing Properties of the q-Deformed Jaynes-Cummings
Model.
Title: Are there differences in the biometrical characteristics
of the Nephrops norvegicus L. of the Mediterranean?
Title: Ecocide on Croatia.
Title: Isospin correlatons in high-energy heavy-ion collisions
Title: The role of coagulation and sedimentation mechanisms in
the two-component model of sea-particle size distribution
Title: A comparative analysis of sea-particle-size distribution
models
Title: Pion Interferometry and Fractal Structure.
Title: Generalized coherent states of the SU(1,1) and SU_q(1,1)
algebras and their applications
Faculty: PMF u Zagrebu
Author: ČRNJUGEL JOSIP
Date of defense: 06/15/95
Language: hrvatski
Number of pages: 95
Summary: Generalized coherent states of the SU(1,1) and SU_q(1,1)
algebras are examined. The squeezed coherent states, q-deformed coherent
states and generalized coherent states are considered. The deformed
coherent states are used to investigate a deformed Jaynes-Cummings model.
The time evolution of the system is studied in details, especially the time
dependence of the mean number of particles, the population inversion and
the squeezing properties of the model. Results of numerical calculations
are given graphically.
Keywords: coherent states, generalized coherent states, squeezed states,SU(1,1) and SU_q(1,1) algebras, Jaynes-Cummings model.
Title: Isospin fluctuations in relativistic collisions of hadrons
and heavy-ions
Faculty: PMF Sveučilište u Zagrebu
Author: MIKUTA-MARTINIS VESNA
Date of defense: 07/18/95
Language: hrvatski
Number of pages: 84
Summary: The possibility of large isospin fluctuations of the
Centauro-type in high-energy hadron and heavy-ion collisions by assuming
that pions are produced semiclassically both directly and in pairs through
the isovector channel is studied. It is shown that only the direct
production of pions without isovector pairs leads to large isospin
fluctuations (Centauo-type effect).
Keywords: isospin, emission of pions,fluctuations, heavy-ion collisions, correlations, Centauro effect.
Title: Two component model of volume collision function of laser
light in sea water
Faculty: PMF Sveučilište u Zagrebu
Date of defense: 02/23/95
Language: hrvatski
Number of pages: 116
Summary: The scattering of monochromatic (laser) light by dispersed
particulate material in a sea water is analyzed. After considering a large
number of measured particle size distributions the two component model of
sea particle size distribution is formulated.
Keywords: light scattering, sea water, dispersed particulate, two component model, particle size distribution.
Title: Generalized coherent states of the SU(1,1) and SU_q(1,1)
algebras and their applications
Faculty: PMF Sveučilište u Zagrebu
Mentor: MARTINIS MLADEN
Date of defense: 06/15/95
Number of pages: 95
Author: Črnugelj mr znan.asistent Josip
Degree level: Ph.D.
Title: Isospin fluctuations in relativistic collisions of hadrons
and heavy-ions
Faculty: PMF Sveučilište u Zagrebu
Mentor: MARTINIS MLADEN
Date of defense: 07/18/95
Number of pages: 84
Author: Mikuta-Martinis Vesna
Degree level: Ph.D.
Title: Two component model of volume scattering function of laser
light in a sea water
Faculty: PMF Sveučilište u Zagrebu
Mentor: MARTINIS MLADEN
Date of defense: 02/23/95
Number of pages: 116
Author: Risović dr Dubravko
Degree level: Ph.D.
Title: The connection between spin and statistics
Faculty: PMF Sveučilište u Zagrebu
Mentor: MARTINIS MLADEN
Date of defense: 04/19/95
Number of pages: 122
Author: Kemić diplomand Bo'idar
Degree level: D.A.
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