High-Rate Processing and Advanced Emitter Structures for CIGS PV Module Manufacturing
High-Rate Processing and Advanced Emitter Structures for CIGS PV Module Manufacturing
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1. High-Rate Processing and Advan…
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2. Co-Authors & Acknowledgments
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3. Outline
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4. Point Defect Thermochemistry a…
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5. Goals of this presentation
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6. Significant Equilibrium Specie…
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7. Important Independent Defect R…
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8. Cu–(In,Ga)–Se Ternary Allo…
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9. Dominant Defects in In-Rich a-…
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10. Unrecognized CIS Absorber Non-…
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11. Dominant Defects of In-Rich a-…
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12. Segregation Reactions and Form…
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13. Structural vs. Chemical Disord…
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14. Adamantine Crystallographic St…
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15. CIGS Complex Non-Stoichiometri…
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16. Cu–(In,Ga)–Se Ternary Allo…
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17. CIGS Complex Non-Stoichiometri…
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18. Polycrystallinity and Recombin…
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19. CIGS Non-Stoichiometry and Aty…
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20. Intra-Absorber Junction (IAJ) …
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21. Composition Fluctuations and C…
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22. CIGS: Spontaneous 'Bulk Hetero…
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23. Role of Nano-Engineering in Ne…
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24. Motivation for alternative CIG…
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25. Characteristics of an Ideal CI…
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26. Rate Limitations in CIGS Synth…
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27. Synopsis of Prior Art for CIGS…
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28. Synopsis of Prior Art for CIGS…
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29. Synopsis of Prior Art for CIGS…
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30. Synopsis of Prior Art for CIGS…
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31. Reactive Transfer Processing
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32. Reactive Transfer Processing o…
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33. Reactive Transfer Processing S…
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34. Metal-Organic Decomposition (M…
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35. MOD Comparison with Vacuum Pre…
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36. Hybrid Vacuum/MOD Precursor CI…
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37. Reactive Transfer Processing: …
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38. Reactive Transfer Processing N…
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39. Self-Assembled Nanostructure F…
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40. Ultrafast Heating, Two Approac…
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41. Advanced Emitter Structures
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42. Advanced Light Trapping Buffer
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43. Introduction to Amorphous Zinc…
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44. a-ZTO band comparison
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45. Efficiency vs. intrinsic layer
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46. Advanced Light Trapping Curren…
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47. Comparison of Nanostructured a…
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48. Advanced Light Trapping TRO
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49. Improved Device Performance Us…
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50. Conclusions
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51. Thank You!
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