PHY3203 Nuclear Physics

This is a Third Year course which covers the following major topics: Basic nuclear properties and nuclear models, nuclear binding energy & nuclear stability, radioactivity, nucleon – nucleon scattering, nuclear radiation protection and safety, and applications of nuclear radiations. This requires one to have undertaken classes in Atomic Physics. However, some concepts of Atomic Physics will be reviewed as the course progresses.

Course Objectives
At the end of the course, the students should be able to

• Describe the structure of the nucleus, nature of nuclear forces and explain the nuclear models
• Explain nuclear stability, nuclear reactions and nuclear binding energy
• Explain nuclear instability and radioactive decay
• Explain nuclear fission and fusion reactions
• Describe biological effects of nuclear radiations
• Mention equipment’s and describe mechanisms for detecting nuclear radiations
• Describe peaceful applications of nuclear science and management of radioactive wastes

Expected Learning Outcomes
On completion, successful students should be able to

• Explain the structure of the nucleus using nuclear models
• Explain radioactive decay and nuclear binding energy
• Distinguish between nuclear fission and fusion reactions
• State biological effects of nuclear radiations
• State applications of nuclear science and management of radioactive wastes