Nuclear and Particle Physics

The book Nuclear and Particle Physics is an introductory text for undergraduate and postgraduate students of physics. The book contains fifteen chapters and each chapter is provided with objective type questions solved examples and exercises.The text has been presented in a simple manner that helps student to grasp the subject matter easily. The students will find a fair amount of detail in the examples and derivation given in the text. The book deals with the size shape and properties of nuclei electric and magnetic moments radioactivity and radioactive decays nuclear models nuclear reactions including fission and fusion nuclear detectors. Elementary particles and their classification quark model standard model are also briefly discussed <b>Contents : </b>Preface IntroductionElements of Quantum Mechanics3. Basic Nuclear Properties4. Liquid Drop Model and Semi-Empirical Mass Formula5. Nuclear Models6. Radioactivity7. Alpha Decay8. Beta Decay9. Gamma Decay10. Two Nucleon Problem and Nuclear Force11. Nuclear Reactions12. Fission and Fusion13. Nuclear Detectors14. Elementary Particles15. Quark ModelSolved ExamplesObjective Type QuestionsExercisesBibliographyIndex <b>About the AuthorDr. Vimal Kumar Jain </b> Alexander von Humboldt Fellow received his Ph.D. from Indian Institute of Technology Kanpur in 1977. He is former Professor and Head of Physics Department at Maharshi Dayanand University Rohtak. He was a Professor of Applied Science in P.D.M. College of Engineering Bahadurgarh Professor and Head of ECE Department Vidya College of Engineering Meerut. At present he is Professor of Physics IIMT Engineering College Meerut. He was a Visiting Professor at Instituto de Fisica Universidad Federal do Rio de Janeiro Brazil. He is working in the field of electron paramagnetic resonance and published four review articles and more than hundred research papers in National and International Journals. He supervised the research work of several M.Phil. And Ph.D. students and worked on various sponsored research projects. He has authored books on Atomic and Molecular Spectroscopy Classical Mechanics and Quantum Mechanics Solid State Physics and Laser Systems and Applications.