Dynamical Features of Nuclei and Finite Fermi Systems

Proceedings of the International Workshop

International Workshop

, Sitges, Barcelona, Spain

, 13 – 17 September 1993

https://doi.org/10.1142/2168 | September 1994

Pages: 520

Edited by:
X Viñas (University of Barcelona, Spain),
M Pi (University of Barcelona, Spain), and
A Ramos (University of Barcelona, Spain)

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ISBN: 978-981-4552-40-0 (ebook) USD 58.00 Add to cart

These proceedings address the new emerging questions in nuclear dynamics such as fluctuations, nuclear multifragmentation, transport theories and particle production in heavy-ion reactions. Parts of the proceedings are also devoted to the physics of metallic and atomic clusters where, quite often, nuclear concepts and techniques are applied.

Contents:

Dynamical Fluctuations and Nuclear Fragmentation
Transport Theories and Nuclear Equation of State
Particle Production
Clusters
Giant Resonances
Other Topics
Summary

Readership: Nuclear physicists.

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Dynamical Features of Nuclei and Finite Fermi Systems: Proceedings of the International Workshop

Pages:1–522

https://doi.org/10.1142/9789814535120

Preview Abstract

The Table of Contents for the book is as follows:

Preface
Dynamical Fluctuations and Nuclear Fragmentation
- Fluctuations in Fragment Size Distributions
- Fingerprints of Dynamical Instabilities
- Fermionic Molecular Dynamics for Colliding and Decaying Nuclei
- Correlations and Fluctuations in Nuclear Multifragmentation
- Fluctuations in Microscopic Nuclear Simulations
- Strong Dissipation in Fission
- Chaotic Dynamics in the Framework of the Vlasov-Nordheim Equation
- Dynamics and Instabilities in Nuclear Fragmentation
- Phase Space Density Fluctuations in Fragmenting Nuclei
- Some Results on the Fragmentation of Highly Excited Nuclei
- Percolation, Intermittency and Multifragmentation
- Multifragmentation: Surface and Coulomb Instabilities of Sheets, Bubbles and Donuts
- Dynamical Instabilities, Density Fluctuations and Multifragmentation
Transport Theories and Nuclear Equation of State
- Collective Effects in Baryon and Pion Emission from Central Heavy-Ion Collisions
- Collective Matter Flow in Relativistic Heavy Ion Collisions
- Relativistic Transport Calculations in the Local Phase Space Configuration Approximation
- Flow and Nuclear Compressibility with Non Local Forces
- Collective Flow and Azimutal Correlations in Nucleus-Nucleus Collisions at the Bevalac
- Landau Parameters at Finite Temperature with the Gogny Force
Particle Production
- Classical and Quantum Coherence in Bremsstrahlung
- Particle Production in Relativistic Heavy-Ion Collisions
- Subthreshold Meson and Dileptons Production: Consequences of Resonance Matter Formation
- Coherent Pion Production Induced by Photons, Electrons, Protons and Ions
- Sigma and Rho Mesons in Dense Matter
- Slopes and Source Velocities of Exclusive Hard Photons from ⁸⁶Kr + ^natNi Collisions at 60 A · MeV
- Formation of Resonance Matter in Nucleus-Nucleus Collisions
- Properties of the Rho and Eta Mesons in Nuclear Matter
- Heavy-Ion Collisions within Relativisitic Mean-Field Two-Fluid Model
- Recent Results of the Dilepton Spectrometer (DLS)
- Short Range Correlations in the Weak Decay of Λ Hypernuclei
- Possible Signature of Medium Effects with Pion Invariant-Mass Correlations
- Probing the Nucleus-Nucleus Reactions with Hard Photon and Light Charged Particle Emission
Clusters
- Plasmon Dispersion in Alkali Metals
- Shell Structure and Fission of Metal Clusters
- Fragmentation of Charged Sodium Clusters
Giant Resonances; Other Topics
- Nuclear Giant Resonances: A Never Ending Story
- Dynamic Response of Deformed Fermi Systems
- Collective Effects in the Continuum of Light Nuclei
- Hartree-Fock Approximation to Nuclear Systems with Relativistic Non-Linear Models
- Model Independent Single Particle Wave Functions and Information Theory
- Semiclassical Description of Nuclear Surface Properties in Relativistic Models
- Analysis of the Nuclear Surface and Curvature Energies
- Analytic Determination of Coulomb Dynamic Polarization Potentials
- Finite Size Effects in the Electromagnetic Quasi-Elastic Responses of Nuclei
- A Nuclear Fluid-Dynamical Description of Low-Lying Collective Modes at Finite Temperature
- Spectroscopic Factors From a Relativistic Analysis of (e, e′p)
- Summary