Week 9-10: Passage of charged particle through matter Particle Accelerators: Van de Graff, Linear accelerator
Week 9-10: Passage of charged particle through matter , Particle Accelerators: Van de Graff, Linear accelerator,
Learning Outcomes:
At the end of the course the student will acquire the basic knowledge of the acceleration mechanisms of charged particles. After an overview of the main types of accelerators, the course will focus on the different types of accelerators . The student will be able to conceive simple accelerator systems and solve simple related problems.
Lesson Plan:
Lecture 01: Passage of charged particle through matter
Lecture 02: Particle Accelerators
Lecture 03: Classification of Particle Accelerators
Lecture 04: Van de Graff generator
Lecture 05: Linear accelerator principle, working, setup
Lecture 06: Linear accelerator advantage, limitations, applications
- 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
