nanoHUB-U: Organic Electronic Devices

nanoHUB-U: Organic Electronic Devices

Offering: 01a Section: Default

Video
  • Lecture 3.3: Multiple Trap and Release (MTR) Model 1. Lecture 3.3: Multiple Trap and… 0
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  • Lecture Overview and Learning Objectives 2. Lecture Overview and Learning … 108.008008008008
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  • Introduction to the Multiple Trap and Thermal Release (MTR) Model 3. Introduction to the Multiple T… 185.61895228561895
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  • Assumptions and Definitions of the MTR Model 4. Assumptions and Definitions of… 458.62529195862533
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  • Describing Charge Transport with an Effective Mobility 5. Describing Charge Transport wi… 584.38438438438436
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  • Describing Charge Transport with an Effective Mobility (Part II) 6. Describing Charge Transport wi… 663.46346346346354
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  • Describing Charge Transport with an Effective Mobility (Part III) 7. Describing Charge Transport wi… 713.3133133133133
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  • Describing Charge Transport with an Effective Mobility (Part IV) 8. Describing Charge Transport wi… 801.80180180180184
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  • Describing Charge Transport with an Effective Mobility (Part V) 9. Describing Charge Transport wi… 861.49482816149487
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  • Defining the Threshold Voltage (V0) 10. Defining the Threshold Voltage… 975.5422088755422
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  • Defining the Threshold Voltage (V0) (Part II) 11. Defining the Threshold Voltage… 1083.4834834834835
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  • Summary and Preview of the Next Lecture 12. Summary and Preview of the Nex… 1220.8875542208875
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L3.3: Multiple Trap and Release (MTR) Model

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