• Ch 1 - Historical Introduction ; Ch 2 - Radioactivity ; Ch 3 - The Discovery of the nucleus ; Ch 4 - Particle accelerators and neutron sources ; Ch 5 - Particle detectors ; Ch 6 - Basic Forces ; Ch 7 - The Leptons ; Ch 8 - The Hadrons ; Ch 9 - The Quarks ; Ch 10 - Laws of Invasriance ; Ch 11 - Boson Field Theory and Phenomenological Description of Nuclear Forces ; Ch 12 - Few-Nucleon Systems ; Ch 13 - The Theory of Scattering ; Ch 14 - Nucleon-Nucleon Scattering ; Ch 15 - Nuclear Systematics ; Ch 16 - Nuclear Properties ; Ch 17 - Nuclear Models ; Ch 18 - Nuclear Decay ; Ch 19 - General Features of Nuclear Reactions ; Ch 20 - Direct Reactions ; Ch 21 - Compound Nucleus Reactions ; Ch 22 - Pre-Equilibrium and Composite-Particle Reactions ; Ch 23 - Heavy-Ion Reactions ; Ch 24 - Nuclear Reactors ; Ch 25 - Cosmology and nuclear astrophysics

"This book follows in the post-second world war tradition of excellence in nuclear physics textbooks...It not only provides good coverage of the fundamentals of the subject but also gives an account of ideas and data in 1990s...The theoretical development is thorough and detailed. The expert use of experimental data demonstrates the deep knowledge of the authors...It is likely that this book will become one of the standard texts and with occasional updating could remain so for many years." Times Higher Education Supplement, Friday 27th November 1998