Week 5-6: : Proton- electron hypothesis, Parity and Statistics, Detectors, ionization chamber, Proportional counter. G.M Counter
Week 5-6: : Proton- electron hypothesis, Parity and Statistics, Detectors, ionization chamber, Proportional counter. G.M Counter
Learning Objectives:
Student learn about Proton- electron hypothesis, Parity and Statistics
Student can differentiate between diffrent detectors, their working principles, Limitations, Applications
Lesson plan
Lecture 01: Proton- electron hypothesis
Lecture 02: Studying Parity and Statistics
Lecture 03: Detectors
Lecture 04: Ionization chamber
Lecture 05: Proportional counter
Lecture 06: G.M Counter
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Course Material
- Week 1-2: Week 1-2: Basic properties of Nucleus, Size and Mass of the Nucleus, Nuclear Spin, Magnetic Dipole Moment, Monopoles
- Week 3-4 : Electric Quadropole Moment ,Mass Defect and Binding Energy,Nuclear reaction ,Q values
- Week 5-6: : Proton- electron hypothesis, Parity and Statistics, Detectors, ionization chamber, Proportional counter. G.M Counter
- Week 7-8: Scintillation counter, Semi-conductor detector, Bubble chamber, Cloud Chamber
- Week 9-10: Passage of charged particle through matter Particle Accelerators: Van de Graff, Linear accelerator
- Week 11-12: Cyclotron, synchrocyclotron, Proton synchrotron. Betatron
- Week 13-14: , Forces, Yukawa theory, proton-proton and neutron-proton scattering, charge independence of nuclear force, Classification and Parameters of elementary particles
- Chapters 7
- Department Physics(SCB)
- Teacher
Ulfat Hussain
