nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 4.3: Microrefrigerator on a chip 1. Lecture 4.3: Microrefrigerator… 0
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  • High Cooler Power Density Micro Peltier Coolers 2. High Cooler Power Density Micr… 30.4637971304638
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  • Cooling Power Density 3. Cooling Power Density 79.813146479813156
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  • Conventional Thermoelectric Cooling 4. Conventional Thermoelectric Co… 120.68735402068737
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  • Superlattices/ Quantum Dot Thermoelectrics 5. Superlattices/ Quantum Dot The… 164.2308975642309
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  • Thin Film Peltier Coolers 6. Thin Film Peltier Coolers 257.02369035702372
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  • Microrefrigerators on a chip 7. Microrefrigerators on a chip 348.9155822489156
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  • Performance of microrefrigerators 8. Performance of microrefrigerat… 444.9115782449116
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  • SiGe superlattice microrefrigerators 9. SiGe superlattice microrefrige… 498.49849849849852
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  • Microrefrigerator with integrated heater 10. Microrefrigerator with integra… 555.62228895562237
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  • Device Area dependence 11. Device Area dependence 631.56489823156494
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  • Ultra Fast Co-Planar Peltier Coolers 12. Ultra Fast Co-Planar Peltier C… 722.62262262262266
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  • Ultra Fast Peltier Cooling 13. Ultra Fast Peltier Cooling 759.5929262595929
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  • Superlattice vs. Alloy Thin Film SiGe Cooler 14. Superlattice vs. Alloy Thin Fi… 837.7711044377711
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  • Thin Film Microrefrigerator Optimization 15. Thin Film Microrefrigerator Op… 996.62996329663
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  • Non-uniform heating on an IC with only liquid cooling 16. Non-uniform heating on an IC w… 1110.8108108108108
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  • Solid-state cooling impact on hot spot 17. Solid-state cooling impact on … 1225.3920587253922
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  • TE + liquid cooling system performance 18. TE + liquid cooling system per… 1254.3877210543878
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  • Lecture 4.3: Summary 19. Lecture 4.3: Summary 1320.6539873206541
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L4.3: Thermoelectric Systems - Microrefrigerator on a Chip

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