nanoHUB-U: Thermoelectricity: From Atoms to Systems
Course overview Offering: 01a Section: Self Paced
Video
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1. Lecture 4.6: Overview of Week …
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2. US Energy Flow 2008
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3. TEs for Telecom Cooling
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4. Power Generation Efficiencies
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5. Use of heat spreading inside T…
97.931264597931275
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6. TE Module/Heat Sink Material C…
144.27761094427763
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7. TE for topping cycle applicati…
233.13313313313313
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8. 1D vs. 3D thermoelectric legs
268.03470136803469
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9. Microrefrigerators on a chip
340.77410744077412
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10. Ultra Fast Peltier Cooling
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11. Superlattice vs. Alloy Thin Fi…
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12. Thin Film Microrefrigerator Op…
508.54187520854191
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13. Conventional Functionally Grad…
588.05472138805476
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14. ZT of Composite Thermoelectric…
621.32132132132131
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15. An intuition to improve maximu…
670.93760427093764
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16. Nonlinear Peltier Coefficient
758.05805805805812
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17. Thermal Current → Local Seeb…
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18. Joule Heating in the Barrier
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19. Injection Current Internally C…
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20. Week 4: TE System Summary
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