nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 4.5: Ballistic thermionic coolers and non-linear Peltier 1. Lecture 4.5: Ballistic thermio… 0
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  • System consideration of thermionic (thin film) devices 2. System consideration of thermi… 25.025025025025027
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  • Joule Heating in the Barrier 3. Joule Heating in the Barrier 141.57490824157492
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  • Major Energy Relaxation Mechanisms in III-Vs 4. Major Energy Relaxation Mechan… 238.83883883883885
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  • Electric Field Dependence of Energy Relaxation Length 5. Electric Field Dependence of E… 307.40740740740745
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  • Fraction of Joule heating going back to the Cathode 6. Fraction of Joule heating goin… 366.13279946613284
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  • Nonlinear Peltier Coefficient 7. Nonlinear Peltier Coefficient 454.72138805472139
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  • Thermal Current → Local Seebeck coefficient 8. Thermal Current → Local Seeb… 587.58758758758756
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  • Potential enhancement of cooling power 9. Potential enhancement of cooli… 694.1608274941608
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  • Nonlinear Seebeck Coefficient 10. Nonlinear Seebeck Coefficient 765.4320987654321
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  • Minority-Carrier Thermoelectric Effects 11. Minority-Carrier Thermoelectri… 888.621955288622
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  • Injection Current Internally Cooled Light Emitter 12. Injection Current Internally C… 1030.7974641307976
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  • TE Pumped LED with above Unity Efficiency 13. TE Pumped LED with above Unity… 1124.4244244244244
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  • Week 4: Lecture 5 Summary 14. Week 4: Lecture 5 Summary 1201.5682349015683
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L4.5: Thermoelectric Systems - Ballistic thermionic coolers and non-linear Peltier

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