ECE 695S Student Lecture 17: Plasmonic Photovoltaics

By justus ndukaife

Purdue University

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Researchers should cite this work as follows:

  • justus ndukaife (2013), "ECE 695S Student Lecture 17: Plasmonic Photovoltaics," https://nanohub.org/resources/19797.

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Birck Nanotechnology Building, Room 2001, Purdue University, West Lafayette, IN

ECE 695S Student Lecture 17: Plasmonic Photovoltaics
  • Plasmonic Photovoltaic 1. Plasmonic Photovoltaic 0
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  • Solar Power 2. Solar Power 18.385051718385053
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  • Photovoltaic effect 3. Photovoltaic effect 34.200867534200867
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  • Photovoltaic Solar Cell Fundamentals 4. Photovoltaic Solar Cell Fundam… 132.59926593259928
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  • I-V Characteristics of PN Junction PV Cells 5. I-V Characteristics of PN Junc… 202.76943610276945
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  • Shockley–Queisser limit 6. Shockley–Queisser limit 380.84751418084755
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  • PV materials 7. PV materials 506.23957290623957
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  • Development of Photovoltaics 8. Development of Photovoltaics 598.13146479813145
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  • Development strategy for future photovoltaics 9. Development strategy for futur… 629.02902902902906
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  • Thin Film Solar Cell 10. Thin Film Solar Cell 713.68034701368038
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  • Light Trapping in thick Si vs thin film Si 11. Light Trapping in thick Si vs … 747.18051384718058
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  • Light Trapping in thick Si vs thin film Si 12. Light Trapping in thick Si vs … 882.88288288288288
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  • Light Trapping with Nano-plasmonic Structures 13. Light Trapping with Nano-plasm… 962.962962962963
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  • Method 1: Metal Nanoparticle Plasmonic Solar Cell 14. Method 1: Metal Nanoparticle P… 973.74040707374047
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  • Plasmonic Anti-Reflection Coating 15. Plasmonic Anti-Reflection Coat… 1113.8471805138472
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  • Method 2: Light concentration using particle plasmons 16. Method 2: Light concentration … 1185.0183516850184
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  • Method 3: Light trapping using SPPs 17. Method 3: Light trapping using… 1283.5168501835169
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  • Photon Management for High Efficiency Solar Cells: Improving efficiency beyond the SQ limit 18. Photon Management for High Eff… 1458.3917250583918
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  • Cost reduction target 19. Cost reduction target 1501.001001001001
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  • Ultra-High Efficiency Solar Cells 20. Ultra-High Efficiency Solar Ce… 1552.8194861528195
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  • Parabolic Light Directors 21. Parabolic Light Directors 1789.9899899899901
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  • Tandem Cells 22. Tandem Cells 1887.7544210877545
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  • Spectrum Splitting 23. Spectrum Splitting 1971.8051384718053
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  • Thermodynamic Losses and Solution 24. Thermodynamic Losses and Solut… 2014.4144144144145
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  • Up-conversion 25. Up-conversion 2100.8675342008678
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  • Plasmonic Enhanced Upconversion 26. Plasmonic Enhanced Upconversio… 2187.6209542876209
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  • Untitled: Slide 27 27. Untitled: Slide 27 2346.57991324658
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  • Is Thin film Photovoltaics the answer? 28. Is Thin film Photovoltaics the… 2419.3193193193192
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  • Summary 29. Summary 2504.4711378044713
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