Lecture Notes
- Lecture 1 Fundamentals
- Lecture 2 Special Relativity
- Lecture 3 Schroedinger's Wave Equation
- Lecture 4 Nuclear Models
- Lecture 5 Nuclear Energetics
- Lecture 6 Nuclear Radiation Types
- Lecture 7 Nuclear Decay Kinetics
- Lecture 8 Nuclear Decay in Nature
- Lecture 9 Binary Nuclear Reactions
- Lecture 10 Fission & Fusion
- Lecture 11 Radiation/Matter Interactions I
- Lecture 12 Radiation/Matter Interactions II
- Exam 1 Review
- Lecture 14 Nuclear Reactor Theory I: Six Factor Formula
- Lecture 15 Nuclear Reactor Theory II: Reactor Design
- Lecture 16 Nuclear Reactor Theory III: Neutron Transport
- Lecture 17 Nuclear Reactor Theory IV: Reactor Kinetics
- Lecture 18 Nuclear Reactor Theory V: Reactivity Insertions
- Lecture 19 Nuclear Power Plants I: Light Water Reactors
- Lecture 20 Nuclear Power Plants II: Generation IV Reactors
- Lecture 21 Nuclear Power Plants III: Other Advanced Reactors
- Lecture 22 Nuclear Power Plants IV: Other Nuclear Power Systems
- Lecture 23 The Nuclear Fuel Cycle
- Lecture 24 Exam 2 Review
- Lecture 25 Radiation Detection & Measurement I
- Lecture 26 Radiation Detection & Measurement II
- Lecture 27 Nuclear Materials
- Lecture 28 Radiation Doses
- Lecture 29 Hazard Assessment
- Lecture 30 Medical Applications
- Lecture 31 Nuclear Industry and Research I
- Lecture 32 Nuclear Industry and Research II
- Lecture 33 Exam 3 Review
- Lecture 34 Nuclear Reactor Safety
- Lecture 35 Nuclear Accidents