Learn · Nuclear Engineering 101 - Fall 2009
Lecture 18 of 292009-11-0253 min
Lecture 29: Radiation Detectors, Particle Accelerators
Eric B. NORMAN · University of California, Berkeley
Credits and licence
- From
- Nuclear Engineering 101 - Fall 2009, University of California, Berkeley (at Internet Archive)
- Licence
- CC BY-NC-ND 3.0, as Internet Archive states it. Non-commercial use only, and no changed versions.
- Who can watch
- Teens profiles and older. How courses are placed
All the lectures
- Lecture 7: Radioactive Decay
- Lecture 8: Nuclear Force
- Lecture 10: Nuclear Force
- Lecture 11: Semi-Empirical Mass Formula, Shell Model
- Lecture 2: Course Overview, Basic Concepts, Special Relativity
- Lecture 12: Semi-Empirical Mass Formula, Shell Model
- Lecture 3: Quantum Mechanics
- Lecture 13: Semi-Empirical Mass Formula, Shell Model
- Lecture 5: Quantum Mechanics
- Lecture 6: Redioactive Decay
- Lecture 15: Collective Model, First Exam
- Lecture 17: Gammy Decay, Beta Decay
- Lecture 18: Gammy Decay, Beta Decay
- Lecture 19: Gammy Decay, Beta Decay
- Lecture 24: Nuclear Reactions, Compound Nuclear Reactions, Direct Reactions
- Lecture 26: Interactions of Radiation with Matter
- Lecture 27: Interactions of Radiation with Matter
- Lecture 29: Radiation Detectors, Particle Accelerators
- Lecture 30: Radiation Detectors, Particle Accelerators
- Lecture 32
- Lecture 33: Nuclear Fission, Nuclear Reactors
- Lecture 35: Nuclear Fission, Nuclear Reactors
- Lecture 36: Nuclear Fission, Nuclear Astrophysics
- Lecture 37: Nuclear Fission, Nuclear Astrophysics
- Lecture 38: Industrial and Analytical Applications
- Lecture 39: Industrial and Analytical Applications
- Lecture 40: Industrial and Analytical Applications
- Lecture 41: Course Review
- Lecture 42: Bombs