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Nuclear physics
26 topics across 6 chapters
Chapter 1
Structure of the atomic nucleus
1
Nuclear shell model basics
2
Magic numbers and nuclear spin
3
Probing nuclei with scattering experiments
Chapter 2
Nuclear forces and models
4
Strong nuclear force basics
5
Mediating particles and nuclear potentials
6
Nuclear potential models (e.g., Woods-Saxon)
Chapter 3
Radioactivity and decay processes
7
Alpha, beta, and gamma decay mechanisms
8
Half-life, decay chains, and branching
9
Radioisotopes production methods
Chapter 4
Nuclear reactions and cross sections
10
Fission and fusion fundamentals
11
Nuclear reaction cross sections and thresholds
12
Q-values and energy balance in reactions
Chapter 5
Nuclear detectors and instrumentation
13
Geiger-Mäller tubes and scintillation detectors
14
Semiconductor detectors (HPGe, silicon)
15
Neutron and gamma-ray detection techniques
Chapter 6
Applications and safety in nuclear science
16
Medical imaging: PET and SPECT basics
17
Nuclear energy fundamentals and reactors
18
Radiation safety, shielding, and dosimetry
19
Archaeometry and dating with Nuclear techniques

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