Processing Science at Scale to Traverse the ‘Valley of Death’ from Fundamental Science to Commercialization
Processing Science at Scale to Traverse the ‘Valley of Death’ from Fundamental Science to Commercialization
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1. Processing science at scale to…
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2. Vogt Research Group
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3. Scalable (nano)manufacturing
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4. Failure to launch… why "bett…
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5. Integrating scalability into f…
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6. Developing scalable solutions
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7. 3 vignettes on scalability con…
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8. Virtual reality
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9. Visual and vestibular systems
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10. Vestibular network
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11. Stimulation of the vestibular …
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12. Proof of concept for dry elect…
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13. Problems with design
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14. Ideal design?
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15. Alternative disruptive manufac…
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16. Alignment of particles?
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17. Considering manufacture in mat…
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18. Magnetic field induced surface…
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19. Conductivity through thickness
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20. Decreasing the Ag requirement
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21. Flexible electrodes from R2R p…
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22. Summary
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23. 3 vignettes on scalability con…
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24. 3D printing of polymers
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25. Challenges of 3D printing by F…
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26. Challenges of FFF
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27. Hypothetical "ideal" behavior
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28. Structured multicomponent fila…
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29. Printing core-shell filament
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30. Impact properties – Bane of …
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31. Examination of crack tip
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32. Impact properties (IZOD)
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33. Printability of the filaments
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34. Inhibition of crack formation …
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35. Summary
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36. 3 vignettes on scalability con…
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37. Challenge: Competitive sustain…
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38. Potential Li issue
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39. Alternative battery platforms
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40. High temperature Na - S
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41. Room temperature Na-S battery
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42. Porous conductors for Li-S
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43. Scalable synthesis of carbon f…
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44. Roll-to-roll processing
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45. R2R fabrication
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46. Structure of materials
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47. Surface chemistry effects
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48. Scalable co-doping
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49. Codoping from XPS
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50. Doping stops sulfur crystalliz…
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51. Diffusion inhibition
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52. Impact on Na-S battery perform…
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53. Summary
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54. Acknowledgments
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