nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 3.2: Micro/Nano Scale Temperature Measurement (Part 2) 1. Lecture 3.2: Micro/Nano Scale … 0
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  • Scanning Thermal Microscopy 2. Scanning Thermal Microscopy 25.258591925258592
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  • UHV Scanning TE Microscopy 3. UHV Scanning TE Microscopy 43.51017684351018
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  • Mapping S of GaAs p-n Junction 4. Mapping S of GaAs p-n Junction 122.95628962295629
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  • Distributed Thermoelectric Power Network 5. Distributed Thermoelectric Pow… 212.17884551217887
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  • Measured voltage is not only an average of local Seebeck coefficients 6. Measured voltage is not only a… 258.02469135802471
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  • Scanning UHV Seebeck (theory/experiment) 7. Scanning UHV Seebeck (theory/e… 358.39172505839173
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  • Seebeck of single molecules 8. Seebeck of single molecules 394.6946946946947
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  • Slide 9: Untitled 9. Slide 9: Untitled 449.08241574908243
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  • Seebeck of single molecules 10. Seebeck of single molecules 531.76509843176507
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  • Calibrated infrared imaging 11. Calibrated infrared imaging 578.7454120787454
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  • Liquid Crystal Thermography 12. Liquid Crystal Thermography 644.44444444444446
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  • Thermal imaging of nanostructures with a scanning fluorescent particle as a probe 13. Thermal imaging of nanostructu… 692.42575909242578
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  • HOW CAN WE DEDUCE THE TEMPERATURE ? 14. HOW CAN WE DEDUCE THE TEMPERAT… 723.59025692359023
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  • Thermal imaging using Fluorescence Nanoparticles 15. Thermal imaging using Fluoresc… 773.27327327327328
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  • Lecture 3.2: Summary 16. Lecture 3.2: Summary 818.75208541875213
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L3.2: Nanoscale and Macroscale Characterization - Micro/Nano Scale Temperature Measurement (Part 2)

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