nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 5.1: Thermionics vs. Thermoelectrics 1. Lecture 5.1: Thermionics vs. T… 0
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  • Vacuum vs. Solid-State Thermionic Emission 2. Vacuum vs. Solid-State Thermio… 25.725725725725727
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  • Thermionic (TI) vs. Thermoelectric (TE) 3. Thermionic (TI) vs. Thermoelec… 339.10577243910581
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  • Solid-State Thermionics vs. Thermoelectics 4. Solid-State Thermionics vs. Th… 423.85719052385718
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  • Solid-State Thermionics vs. Thermoelectics 5. Solid-State Thermionics vs. Th… 493.82716049382719
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  • Seebeck –Conductivity Trade off 6. Seebeck –Conductivity Trade … 581.78178178178177
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  • Thermionic Energy Conversion Center 7. Thermionic Energy Conversion C… 749.61628294961633
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  • Solid-State Thermionic Energy Conversion 8. Solid-State Thermionic Energy … 845.74574574574581
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  • Modified Boltzmann transport for Superlattices 9. Modified Boltzmann transport f… 979.7464130797465
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  • Low Temp. I-V in GaAs/AlGaAs Superlattices 10. Low Temp. I-V in GaAs/AlGaAs S… 1150.3837170503837
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  • TE Properties of short period InGaAs/InAlAs Superlattices 11. TE Properties of short period … 1281.6816816816818
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  • Cross-plane Seebeck Coefficient (10-300K) Theory vs. Experiment 12. Cross-plane Seebeck Coefficien… 1388.8888888888889
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  • Hot Electron Filtering (Thermionic Emission) in Metallic Superlattices 13. Hot Electron Filtering (Thermi… 1504.0707374040708
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  • Problem with planar metallic superlattices 14. Problem with planar metallic s… 1675.6756756756759
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  • Nonplanar Barrier for Enhanced Emission 15. Nonplanar Barrier for Enhanced… 1748.3149816483151
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  • Nonplanar Barrier for Enhanced Emission 16. Nonplanar Barrier for Enhanced… 1830.6306306306308
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  • Week 5: Lecture 1 Summary 17. Week 5: Lecture 1 Summary 1898.4984984984985
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L5.1: Recent advances in thermoelectric materials and physics - Thermionics vs. Thermoelectrics

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