nanoHUB-U: Fundamentals of Nanotransistors, 2nd Edition

nanoHUB-U: Fundamentals of Nanotransistors, 2nd Edition

Offering: Spring 2016 Section: Default

Video
  • Lecture 3.2: Landauer Approach 1. Lecture 3.2: Landauer Approach 0
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  • Nanodevice 2. Nanodevice 37.671004337671008
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  • Derivation (2D) 3. Derivation (2D) 133.40006673340008
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  • Derivation (i) 4. Derivation (i) 317.21721721721724
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  • Derivation (ii) 5. Derivation (ii) 449.28261594928262
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  • Derivation (iii) 6. Derivation (iii) 559.82649315982655
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  • Channels (modes) in 1D 7. Channels (modes) in 1D 655.28862195528859
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  • M(E) in 2D 8. M(E) in 2D 730.83083083083091
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  • M(E) in 2D 9. M(E) in 2D 788.621955288622
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  • M(E) in 2D 10. M(E) in 2D 879.7797797797798
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  • Derivation (iv) 11. Derivation (iv) 905.638972305639
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  • Discussion 12. Discussion 959.693026359693
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  • Carrier densities 13. Carrier densities 1030.0633967300635
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  • Carrier density: Equilibrium 14. Carrier density: Equilibrium 1056.1561561561562
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  • Carrier densities 15. Carrier densities 1183.4167500834169
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  • Final result 16. Final result 1273.1731731731732
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  • Next lecture 17. Next lecture 1305.0050050050052
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L3.2: Landauer Approach

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