Week 01-02: Nuclear Structure and the Basic Properties of the Nucleus (Nuclear Size, Binding Energy, Angular Momentum of the Nucleus, Magnetic Moment and parity)
Week 01-02: Nuclear Structure and the Basic Properties of the Nucleus (Nuclear Size, Binding Energy, Angular Momentum of the Nucleus, Magnetic Moment and parity)
Learning Outcomes:
Nuclear Physics deals with study of the structure of matter at the atomic level. It also deals with the study of interactions of the atom molecules and the building blocks.
Lesson Plan:
Lecture 01: Nuclear Structure
Lecture 02: Basic Properties of the Nucleus
Lecture 03: Nuclear Size, Binding Energy
Lecture 04:. Angular Momentum of the Nucleus
Lecture 05:. Magnetic Moment
Lecture 06:Parity
Course Material
- Week 01-02: Nuclear Structure and the Basic Properties of the Nucleus (Nuclear Size, Binding Energy, Angular Momentum of the Nucleus, Magnetic Moment and parity)
- Week 03-04: Radioactivity and Laws of Radioactive Decay, Conservation Laws in Radioactive Decays
- Week 05-06: Radioactive Isotopes and Carbon Dating.
- Week 07-08: Nuclear Reactions: Types of Nuclear Reactions
- Week 09-10: Conservations laws of nuclear reaction, Q-values, Nuclear Fission and Fusion Applications of Nuclear Physics.
- Week 11-12: Energy Bands in Solids, P-type and N-type Semiconductor Materials, P-N Junction (diode Structure), ), Characteristics and Application as Rectifiers
- Week 13-14: Transistor (basic Structure and Operation), Characteristics of Transistors, Load Line of a Transistor, Applications of a Transistor, Logic Gates and their basic Applications.
- Chapters 7
- Department Physics(SCB)
- Teacher
Ulfat Hussain
