nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 5.3: State-of-the-art thermoelectric materials, optimum bandgap 1. Lecture 5.3: State-of-the-art … 0
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  • Microscopic picture for thermoelectric effects (electrons) 2. Microscopic picture for thermo… 23.189856523189857
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  • Boltzmann Transport /nanoHUB simulation 3. Boltzmann Transport /nanoHUB s… 74.641307974641308
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  • Material Figure-of-Merit for Thermoelectrics 4. Material Figure-of-Merit for T… 129.59626292959626
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  • Material figure-of-merit for thermoelectrics 5. Material figure-of-merit for t… 243.51017684351018
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  • Material Figure-of-Merit Without Effective Mass Constraint 6. Material Figure-of-Merit Witho… 289.42275608942276
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  • Optimum bandgap for thermoelectric material 7. Optimum bandgap for thermoelec… 329.99666332999669
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  • Best bandstructrure for thermoelectrics 8. Best bandstructrure for thermo… 473.47347347347352
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  • Best bandstructrure for thermoelectrics 9. Best bandstructrure for thermo… 611.94527861194535
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  • Modification of Lorenz Number 10. Modification of Lorenz Number 616.48314981648321
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  • Classical thermoelectric materials 11. Classical thermoelectric mater… 682.716049382716
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  • Classical Thermoelectric Materials 12. Classical Thermoelectric Mater… 724.05739072405743
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  • Complex Chalcogenides 13. Complex Chalcogenides 867.26726726726724
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  • Complex Chalcogenides 14. Complex Chalcogenides 912.14547881214548
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  • Record ZT~2.2 (Sept. 2012) 15. Record ZT~2.2 (Sept. 2012) 972.238905572239
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  • Boltzmann transport modeling of bulk PbTe 16. Boltzmann transport modeling o… 1084.984984984985
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  • Analysis of recent ZT~2.2 paper 17. Analysis of recent ZT~2.2 pape… 1144.9783116449783
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  • Analysis of recent ZT~2.2 paper 18. Analysis of recent ZT~2.2 pape… 1286.353019686353
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  • Week 5: Lecture 3 Summary 19. Week 5: Lecture 3 Summary 1330.3970637303971
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L5.3: Recent advances in thermoelectric materials and physics - State-of-the-art thermoelectric materials, optimum bandgap

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