Lecture Notes

lec # TOPICS
1 Basic Nuclear Concepts (PDF)
Quantum Mechanical Description of Nuclei
2 Schrödinger Wave Equation (PDF)
3 Bound States in One Dimensional Systems - Particle in a Square Well (PDF)
4 Bound States in Three Dimensions - Orbital Angular Momentum (PDF)
5 Barrier Penetration (PDF)
6 NMR (PDF)
7 Review (PDF)

Appendix A: Concepts of Cross Sections (PDF)
Appendix B: Cross Section Calculation - Method of Phase Shift (PDF)
The Nuclear Force
8 Deuteron Bound State and Neutron-Proton Scattering (PDF)
9 Neutron Cross Section of Hydrogen
Quiz 1 (Closed Book)
The Nuclear Shell Model
10 Nuclear Shell Model - Spin-Orbit Coupling (PDF)
11 Predicting Ground State Spin and Parity (PDF)
Nuclear Binding, Stability and Decay
12 Semi-Empirical Binding Formula, Stability (PDF)
13 Mass Parabolas, Decay Series (PDF)
Interaction of Charged Particles with Matter
14 Charged Particle Collision Energy Loss (PDF)
15 Radiation Energy Loss, Range-Energy Relations (PDF - 1.9 MB)
Interactions of Neutrons with Matter
16 Q-Equation, Kinematics of Elastic Scattering (PDF)
Quiz 2 (Closed Book)
17 Angular and Energy Distributions
18 Thermal Motions (PDF)
Interactions of Gamma Radiation with Matter
19 Compton Scattering and Absorption (PDF)
20 Photoelectric Effect
21 Pair Production, Attenuation Coefficients (PDF - 2.3 MB)
Nuclear Processes
22 Nuclear Decay Selection Rules (PDF 1 - 1.5 MB) (PDF 2 - 1.0 MB)
23 Nuclear Reaction Energetics, Compound Nucleus Model (PDF)
Quiz 3 (Closed Book)