Nuclear Physics: Course Outline

• Basic concept.
• History and overview.
• some introductory terminology.
• Nuclear properties.
• Units and dimensions.
• Nuclear properties.
• The nuclear radius.
• mass and abundance of nuclides.
• nuclear binding energy.
• nuclear angular momentum and parity.
• nuclear electromagnetic moments.
• nuclear excited states.
• The forces between nucleons.
• The deuteron.
• nucleon-nucleon scattering.
• proton-proton and neutron-neutron interactions.
• Properties of the nuclear forces.
• The exchange force model.
• Nuclear models.
• The shell model.
• Even Z, Even N Nuclei and collective structure.
• More realistic nuclear models.
• Radioactive decay.
• The radioactive decay law.
• Quantum theory of radioactive decays.
• Production and decay of radioactivity.
• Growth of daughter activities.
• Types of decays.
• Natural radioactivity.
• Natural radioactivity.
• Radioactive dating and units for measuring radiation.

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