Nuclear physics - 4PMGPNU9
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Number of hours
- Lectures : 30.0
- Tutorials : 14.0
- Laboratory works : 2.0
- Projects : 0
- Internship : 0
ECTS : 3.5
Goals
advanced nuclear physics, PhD in experimental nuclear physics
Contact Gabriela THIAMOVA
Content Nuclear models - Fermi model - Mean field potential- Harmonic oscillator potential - Spin-orbite term and magic numbers - Description of nuclear states - Properties of deformed nuclei.
Alpha Transitions - Energy diagram and barrier transparency - Alpha emission probability - Alpha spectroscopy and nuclear states.
Weak Transitions - Energy relations - Model of Fermi of the beta transitions - Electron capture - Classification of transitions and nuclear matrix elements.
Electromagnetic transitions- Operator properties - Classification of transitions - Estimation of orders of magnitude - Interpretations and configurations of nuclear states.
Mechanism of fission - Spontaneous and induced fission - Fissibility parameter - Resonances - Kinematics of different processes.
Prerequisitesquantum mechanics
Tests Semester 8 - The exam is given in english only 
Written exam
Additional Information Semester 8 - This course is given in english only 
Curriculum->Engineering degree->Semester 8
Bibliography Kenneth S. Krane -Introductory nuclear physics - Edition John Wiley & Sons.
Emilio Segré - Nuclei and particles - Edition Benjamin.
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Date of update March 13, 2019