Table of Contents
Section I: Introduction to Nuclear Science1. Fundamentals of the Atomic Nucleus
2. Models to Describe the Nucleus: A Taste of Nuclear Theory
3. Facilities for Nuclear Science Research
4. The Historic Place of Nuclear Science in Chemistry
Section II: Fundamental Properties of Nuclei
5. Interaction of Radiation with Matter
6. Shapes, Size and Moments of Nuclei
7. Nuclear Decay
8. Nuclear Reactions
9. Nuclear Excited States and Transitions
Section III: Nuclear Energy: Fusion and Fission
10. Nuclear Fusion
11. Nuclear Fission
Section IV: Superheavy Element Science
12. Production of the Heaviest Elements
13. Basic Chemical Properties of the SHE
14. Atom-at-a-Time Chemistry and the SHE
Section V: Equation of State of Nuclear Matter
15. Reactions to Probe Equation of State
16. Equation of State Probed by Nuclear Collisions
Section VI: Nuclei in the Cosmos
17. Element Formation in the Early Universe
18. Measurement of Isotopes in the Stars
19. Nuclear Astrophysics
20. Astrochemistry
Section VII: Radioisotopes and Applications
21. Isotope Production
22. Radioisotope Harvesting
23. Applications of Actinides
24. Medical Applications
25. Environmental Nuclear Analytical Techniques
26. Radioisotope Dating Applications

