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Home » Applied Sciences » Engineering » Mechanical Engineering (M-I-T) » Nano to Macro Transport Processes (M-I-T) » 16. Fermi Golden Rule and Relaxation Time Approximation (M-I-T)

16. Fermi Golden Rule and Relaxation Time Approximation (M-I-T)

Course:Nano to Macro Transport Processes (M-I-T)
Discipline:Applied Sciences
Institute:MIT
Instructor(s): Prof. Dr. Gang Chen
Level:Undergraduate

Nano to Macro Transport Processes (M-I-T)

1. Intro to Nanotechnology, Nanoscale Transport Phenomena (M-I-T)
10. Fundamental of Statistical Thermodynamics (M-I-T)
11. Energy Transfer by Waves: Plane Waves (M-I-T)
12. EM Waves: Reflection at a Single Interface (M-I-T)
13. EM Wave Propagation Through Thin Films & Multilayers (M-I-T)
14. Wave Phenomena and Landauer Formalism (M-I-T)
15. Particle Description, Liouville & Boltzmann Equations (M-I-T)
16. Fermi Golden Rule and Relaxation Time Approximation (M-I-T)
17. Solutions to Boltzmann Equation: Diffusion Laws (M-I-T)
18. Electron Transport and Thermoelectric Effects (M-I-T)
19. Classical Size Effects, Parallel Direction (M-I-T)
2. Characteristic Time and Length, Simple Kinetic Theory (M-I-T)
20. Classical Size Effects, Perpendicular Direction (M-I-T)
21. Slip Condition, Coupled Energy Transport & Conversion (M-I-T)
22. PN Junction, Diode and Photovoltaic Cells (M-I-T)
23. Liquids: Brownian Motion and Forces in Liquids (M-I-T)
24. Electrical Double Layer, Size Effects in Phase Change (M-I-T)
25. Statistical Foundation for Molecular Dynamics Simulation (M-I-T)
3. Schrödinger Equation and Material Waves (M-I-T)
4. Solutions to Schrödinger Equation, Energy Quantization (M-I-T)

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