Development of Iontronics
Development of Iontronics
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1. Development of iontronics
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2. Where is CRIEPI?
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3. Yokosuka Area
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4. What is iontronics?
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5. Introduction
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6. Chemical doping
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7. Limitation of Chemical doping
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8. Electric-field effect
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9. Electric field effect
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10. Why we need electrolyte gating…
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11. Fake experiments were done!!!
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12. To overcome the limitations Le…
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13. Why we use electrolytes?
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14. History of electrolyte gating
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15. New tools to study solid state…
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16. New tools to study solid state…
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17. Electric-field induced superco…
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18. Cut & stick methods
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19. What we can do?
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20. How to choose the optimal ioni…
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21. Introduction
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22. What is necessary for real app…
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23. Ionic liquids gating
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24. What is the optimal ionic liqu…
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25. Various capacitance of ionic l…
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26. Electrochemical window
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27. What is the optimal ionic liqu…
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28. High-density carrier doping wi…
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29. Structure of OFETs
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30. Which ionic liquids is best so…
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31. What is the optimal ionic liqu…
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32. Let's fix the anion and change…
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33. Effect of ILs for p-type semic…
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34. Discussion
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35. Why it happened?
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36. X-ray reflectivity experments
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37. What is the optimal ionic liqu…
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38. Effect of ILs for n-type semic…
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39. Discussion
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40. Discussion
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41. Why slope is different?
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42. To further increase mobility (…
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43. Discussion
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44. Best performance of OFETs with…
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45. Where are we now ?
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46. Complementary inverter
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47. Summary
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48. Light-emitting electrochemical…
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49. Mechanism of LEC
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50. Light-emitting electrochemical…
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51. Why ionic liquids?
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52. Low voltage operation
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53. What is the next generation of…
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54. What is Electric double layer …
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55. Energy harvester with Electric…
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56. Demonstration
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57. Best performance so far
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58. Summary
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59. Summary
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60. Let's start new collaborations
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61. Low voltage operation
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62. What is Electric double layer …
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63. Energy harvester with Electric…
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64. Mechanism of LEC
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65. What is Electric double layer …
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