nanoHUB-U: Organic Electronic Devices

nanoHUB-U: Organic Electronic Devices

Offering: 01a Section: Default

Video
  • Lecture 3.2: Doping in Semiconducting Materials 1. Lecture 3.2: Doping in Semicon… 0
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  • Lecture Overview and Learning Objectives 2. Lecture Overview and Learning … 82.849516182849513
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  • Doping Introduces New Energy Levels in Semiconductors 3. Doping Introduces New Energy L… 181.04771438104771
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  • Doping Introduces New Energy Levels in Semiconductors 4. Doping Introduces New Energy L… 377.34401067734404
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  • Solving for p and n in Doped Semiconductors 5. Solving for p and n in Doped S… 460.92759426092761
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  • Solving for p and n in Doped Semiconductors (Part II) 6. Solving for p and n in Doped S… 582.01534868201531
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  • Solving for p and n in Doped Semiconductors (Part II) 7. Solving for p and n in Doped S… 644.21087754421092
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  • Solving for the Fermi Energy in Doped Semiconductors 8. Solving for the Fermi Energy i… 762.36236236236243
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  • Solving for the Fermi Energy in Doped Semiconductors (Part II) 9. Solving for the Fermi Energy i… 868.6353019686353
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  • Dependence of Fermi Energy on Dopant Concentration 10. Dependence of Fermi Energy on … 961.12779446112779
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  • Summary and Preview of the Next Lecture 11. Summary and Preview of the Nex… 989.8898898898899
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L3.2: Doping in Semiconducting Materials

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