Nuclear Structure and Heavy-Ion Dynamics

Name: Nuclear Structure and Heavy-Ion Dynamics
Brand: Elsevier
Price: 54.95 EUR
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L. Moretto R. A. Ricci(Editor)

Elsevier (Publisher)

Published on 1. January 1984

609 pages

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978-0-444-59776-2 (ISBN)

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Front Cover
Nuclear Structure and Heavy-Ion Dynamics
Copyright Page
Table of Contents
Preface
Part 1: Lectures
Chapter 1. Collective bands in the interacting-bodon model
1. Introduction
2. The interacting-boson model (IBA-1)
3. Relation with the collective model
4. Physical meaning of the boson model
Chapter 2. Competition between collective and single-particle excitations at high-spin states
1. Introduction
2. Description of odd-odd transitional nuclei
3. Coupling of two quasi-particles to three-axial rotor in an even-mass nucleus
4. Coupling of two quasi-particles to an IBA core in an evenmass nucleus
5. The nature of the increase of the moment of inertia in actinide nuclei
6. The MONSTER starts running
7. Conclusions
Chapter 3. Discrete and quasi-continuum gamma-ray spectroscopy on high-spin states
Introduction
1. What is the maximum angular momentum nuclei can hold
2. The ?-ray quasi-continuum and the 3 different moments of inertia
3. Discrete-line spectroscopy in deformed nuclei
Chapter 4. Gamow-Teller transitions and the nuclear model
1. Introduction
2. The shell model approach
3. Comparisons of model calculations with data
4. The (p, n) reaction as a Gamow-Teller probe
5. Discussion of GT strength discrepancy
6. Experimental techniques for neutron spectroscopy
Chapter 5. Gross, intermediate and fine structure in heavy-ion reactions
1. Introduction
2. Reminder of theoretical tools
3. Gross structure
4. Structure of intermediate width
5. Fine structure and compound nuclear fluctuations
6. Conclusion
Chapter 6. The path integral formulation of the semiclassical approximation and its application to nuclear reactions between heavy ions
Introduction
1. The semi-classical approximation (SCA)
2. Quasi-elastic reactions between heavy ions
3. Statistical reactions
4. Conclusion
Chapter 7. Reactions between complex nuclei. Various aspects of fissionlike processes and the limits of complete fusion in heavy nuclei
1. Introduction
2. Complete fusion and fission. Fission barrier for the rotating liquid drop
3. «To fuse or not to fuse ». Fissionlike splitting. Its main characteristics
4. On the origin of the fissionlike process when fission barrier has vanished
Chapter 8. Incomplete-fusion reactions as fast binary processes
1. Introduction and background
2. Models of incomplete-fusion reactions
3. Data on incomplete-fusion reactions
4. Summary and outlook
Chapter 9. Dynamics of dissipative heavy-ion reactions
1. Introduction pag
2. Macroscopic variables
3. Kinetic energy
4. Potential energy
5. One-body dissipation
6. Equations of motion
7. Results
8. Fluctuations caused by particle exchange
Chapter 10. Statistics at work in heavy-ion reactions
Introduction
Part I: Light-particle emission and fission: a new look at compound-nucleus decay
Part II: The statistics of angular momentum in heavy-ionreactions
Chapter 11. Spin vector of fragments in deep inelastic reactions
1. Introduction
2. Particle spectra
3. Gamma-ray spectra
4. Gamma-ray multiplicity
5. Gamma-ray angular distribution
6. Spin polarization of the reaction fragments
Chapter 12. Fusion reactions and related experimental techniques
1. Introduction
2. Characteristics of the compound-nucleus reactions
3. Experimental techniques
4. The total fusion cross-section
5. Evaporation residues in the mass region Ac^50÷70 via direct detection techniques
Part 2: Seminars
Chapter 13. Spinor symmetries and supersymmetries in nuclear physics
Chapter 14. Intermediate structure in alpha and heavy-ion scatterings
1. Introduction
2. Excitation functions in ion scatterings
3. Phase-shift analysis of elastic-scattering angular distributions
4. Summary
Chapter 15. Open problems in the microscopic approach to the interacting-boson model
1. Introduction
2. The microscopic structure of monopole and quadrupole bosons
3. Validity of the SD truncation
Chapter 16. Description of spin-isospin excitations
1. Introduction
2. Experimental data and theoretical descriptions
3. Phenomenological approach and effective forces
4. Random-phase approximation and «fundamental» forces
5. The resonance spreading
6. Resonance strength and background
Chapter 17. Anomalons
1. Introduction
2. The meaning of the story
3. Conclusions
APPENDIX A: Statistics to method A
APPENDIX B: X2 distribution of 2SN/?.
APPENDIX C: Pooling data of different charges
APPENDIX D: The F-test
Chapter 18. Gamma-ray circular polarization in Kr-induced reactions
1. Introduction
2. Double-symmetric set-up involving two parallel-plate avalanche counters
3. Deflection function, nuclear polarization and gamma-ray circular polarization
4. Measured polarizations as functions of Q-value, scattering angle and mass asymmetry
5. Conclusions

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