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12719 Advanced Nuclear Physics - Five-year degree in Physics


Center
Faculty of Physics
Departament
Atomic, Molecular and Nuclear Physics
Lecturers in charge
F9083 - JOSE DIAZ MEDINA
Met. Docent
Met. Avaluació
Continuos evaluation - -
Bibliografia
-J.M. Eisemberg y W. Greiner. Nuclear Theory (Vol. 1,2). North-Holland.
-A. Bohr and B. R. Mottelson. Nuclear Structure (Vol. 1,2). Benjamin, 1969.
-Nuclear and Particle Physics. W.S.E. Williams. Oxford, 1991.
-Preston, Bhaduri. Structure of the Nucleus. Addison-Wesley, 1975.
-Satchler. Direct Nuclear Reactions. Oxford University Press, 1981.
-C. Y.Wong. Introduction to High-Energy Heavy-Ion Collisions. World Scientific, 1994.
-S. Boffi, C. Giusti, F. D. Pacati, M. Radici. Electromagnetic Response of Atomic Nuclei. Oxford University Press, 1996.
Continguts
This course describes, from the theoretical point of view, the basic aspects of the interaction between nucleons, nuclear estructure, particle interaction with the nuclei, decay processes and nuclear reactions. Attention to the experimental aspects is also paid, describing present laboratories where research is done. Applications in Astrophysics and the presentation of the nuclear techniques to other fields of science and the industry are also included in the program.

Theory Programme
Subject 1. General properties of the nuclei. Interactions. Nuclear sizes and densities. Bound energies.
Subject 2. Nuclear forces. Nucleon-nucleon collisions.
Subject 3. Nuclear Models. Shell Model.
Subject 4. Nuclear Models II. Collective models.
Subject 5. Processes of nuclear decays. Alpha, Beta and Gamma decays.
Subject 6. The Experimental Nuclear Physics in the world: Facilities, accelerators.
Subject 7. Nuclear reactions at low energies.
Subject 8. Dispersion of elemental particles by nuclei and nucleons.
Subject 9. Nuclear reactions at intermediate and relativistic energies.
Subject 10. Nuclear Astrophysics.
Subject 11. Applications of Nuclear Physics in Industry and Medicine.