Nuclear Physics

Course Title: Nuclear Physics

Course Overview:

This course provides a comprehensive introduction to the fundamental principles of nuclear physics, covering the structure of the nucleus, radioactive processes, nuclear models, forces, reactions, and practical applications such as accelerators, detectors, and reactors. The emphasis is on both theoretical understanding and problem-solving.

Learning Outcomes:

  1. Upon completion, students will be able to:
  2. Explain nuclear properties, stability, and radioactive decay processes.
  3. Describe working principles of particle accelerators and radiation detectors.
  4. Understand nuclear forces, models, and elementary particle concepts.
  5. Analyze nuclear reactions, fission, fusion, and reactor operation.
  6. Apply concepts to solve numerical problems and understand real-world applications in energy, medicine, and research.

This structured syllabus balances theory with application, preparing students for advanced studies or careers in nuclear science, medical physics, radiation technology, and energy sectors.

Reference Books:

  1. Ghoshal, S. N. – Nuclear Physics (Primary)
  2. Tayal, D. C. – Nuclear Physics
  3. Krane, K. S. – Introductory Nuclear Physics
  4. Cohen, B. L. – Concepts of Nuclear Physics
  5. Kaplan, I. – Nuclear Physics
  6. Patel, S. B. – Nuclear Physics: An Introduction