nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 2.3: Devices and Materials 1. Lecture 2.3: Devices and Mater… 0
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  • coupled charge and heat currents 2. coupled charge and heat curren… 21.121121121121121
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  • review: coupled charge and heat currents 3. review: coupled charge and hea… 165.19853186519853
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  • lecture 3 topics 4. lecture 3 topics 226.69336002669337
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  • thermoelectric cooling 5. thermoelectric cooling 259.19252585919253
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  • inside view (electrons) 6. inside view (electrons) 368.00133466800133
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  • thermoelectric power generation 7. thermoelectric power generatio… 522.655989322656
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  • FOM 8. FOM 605.93927260593932
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  • simplified TE device (one leg) 9. simplified TE device (one leg) 646.98031364698033
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  • simplified TE cooling device (one leg) 10. simplified TE cooling device (… 718.18485151818493
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  • simplified TE cooling device (one leg) 11. simplified TE cooling device (… 773.27327327327328
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  • FOM 12. FOM 886.28628628628633
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  • power factor 13. power factor 946.04604604604606
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  • Seebeck vs. conductivity trade-off 14. Seebeck vs. conductivity trade… 1028.3283283283283
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  • FOM: PF vs. Fermi level 15. FOM: PF vs. Fermi level 1116.54988321655
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  • PF in different materials 16. PF in different materials 1170.4037370704039
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  • ZT of Bi2Te3 vs. Si 17. ZT of Bi2Te3 vs. Si 1248.4150817484151
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  • thermoelectric FOM 18. thermoelectric FOM 1300.5672339005673
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  • lecture 3 topics 19. lecture 3 topics 1371.9719719719719
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L2.3: Thermoelectric Transport Parameters - Devices and Materials

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