Applied Nuclear Physics

1	Basic Nuclear Concepts (PDF)
	Supplement (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	The Neutron-Proton System: Bound State of the Deuteron (PDF)
7	Overview of Cross Section Calculation (PDF)
8	Neutron-Proton Scattering (PDF)
Nuclear Binding, Stability and Decay
9	Nuclear Shell Model (PDF)
10	Nuclear Binding Energy and Stability (PDF)
11	Binding Energy and Mass Parabolas (PDF)
Interaction of Radiation with Matter
12	Radioactive-Series Decay (PDF)
13	Charged Particle Interactions: Stopping Power, Collision and Ionization (PDF)
14	Charged Particle Interactions: Radiation Loss, Range (PDF)
15	Neutron Interactions: Q-equation and Elastic Scattering (PDF)
16	Neutron Interactions: Energy, Angular Distributions, Thermal Motions (PDF)
17	Gamma Interactions: Compton Scattering (PDF)
18	Gamma Interactions: Photoelectric Effect and Pair Production (PDF)
20	Detection of Nuclear Radiation: Pulse Height Spectra (PDF)
Nuclear Processes
21	Nuclear Decays (PDF)
22	Nuclear Reactions: Energetics and Compound Nucleus (PDF)