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Part 1 - Atomic and Nuclear Physics

1-1. Atomic Nature of Matter

1-2. Chart of the Nuclides

1-3. Mass Defect and Binding Energy

1-4. Modes of Radioactive Decay

1-5. Radioactivity

1-6. Neutron Interactions

1-7. Nuclear Fission

1-8. Energy Release From Fission

1-9. Interaction of Radiation With Matter

Part 2 - Reactor Theory  — Neutron Characteristics

2-1. Neutron Sources

2-2. Nuclear Cross Sections and Neutron Flux

2-3. Reaction Rates

2-4. Neutron Moderation

2-5. Prompt and Delayed Neutrons

2-6. Neutron Flux Spectrum

Part 3 - Reactor Theory — Nuclear Parameters

3-1. Neutron Life Cycle

3-2. Reactivity

3-3. Reactivity Coefficients

3-4. Neutron Poisons

3-5. Xenon

3-6. Samarium and Other Fission Product Poisons

3-7. Control Rods

Part 4 - Reactor Theory — Reactor Operation

4-1. Subcritical Multiplication

4-2. Reactor Kinetics

4-3. Reactor Operation

This is a survey of the nuclear physics required for understanding the operation of nuclear reactor systems. It is intended to be a review/preview of the subject for technicians and engineering technicians in the nuclear power professions.

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