Properties of Nanomaterials - Introduction to Nanotechnology

Properties of Nanomaterials - Introduction to Nanotechnology

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Hydrophobicity

46 of 76

46 of 76

Hydrophobicity

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Properties of Nanomaterials - Introduction to Nanotechnology

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  1. 1 Properties of Nanomaterials
  2. 2 Peter Kazarinoff
  3. 3 Marirel Kolker
  4. 4 How small is the nanoscale?
  5. 5 How small is one billionth?
  6. 6 Properties change with scale
  7. 7 Property changes with scale
  8. 8 Is it blue or is it nanotechnology?
  9. 9 Mother Nature has trouble making blue
  10. 10 So where does blue come from?
  11. 11 Structural color
  12. 12 Structural color
  13. 13 Structural color
  14. 14 Structural color
  15. 15 Structural color
  16. 16 Nanoparticles create color
  17. 17 Nanoparticles create color
  18. 18 Nanoparticles create color
  19. 19 Nanoparticles create color
  20. 20 Nanoparticles in medicine
  21. 21 Nanoparticles in medicine
  22. 22 Nanoparticles in medicine
  23. 23 Quantum dots
  24. 24 Quantum dots
  25. 25 Quantum dots
  26. 26 Quantum dots
  27. 27 May the Force be with you
  28. 28 The four forces in nature
  29. 29 Colloids and gravity
  30. 30 Colloids and gravity
  31. 31 Geckos and gravity
  32. 32 Intermolecular forces conquer gravity
  33. 33 Intermolecular forces conquer gravity
  34. 34 Intermolecular forces conquer gravity
  35. 35 Breakout groups
  36. 36 Gekco inspired dry adhesive
  37. 37 Adesion system
  38. 38 Superhydrophobicity
  39. 39 Superhydrophobicity
  40. 40 Superhydrophobicity
  41. 41 Lotus effect
  42. 42 Hydrophobicity
  43. 43 Student explanatory modeling
  44. 44 Contact angle
  45. 45 A competion of energy terms
  46. 46 Hydrophobicity
  47. 47 Applications
  48. 48 On the surface of things
  49. 49 Surface Area to Volume ratio
  50. 50 Surface Area to Volume Ratio
  51. 51 SA/V and biology
  52. 52 SA/V and chemistry
  53. 53 SA/V in food science
  54. 54 SA/V for oil recovery
  55. 55 Motion at the nanoscale
  56. 56 Reynold's number and viscosity
  57. 57 Reynold's number and viscosity
  58. 58 Reynold's number and viscosity
  59. 59 Laminar flow at low Re
  60. 60 Reynold's number and Stokes' Law
  61. 61 Motion at low Reynold's number
  62. 62 Breakout
  63. 63 Breakout
  64. 64 Playing dice with the universe
  65. 65 On discontinuous universe
  66. 66 Probabilistic nature of matter
  67. 67 Quantum tunneling
  68. 68 Scanning Tunneling Microscopes
  69. 69 Moore's Law
  70. 70 The end of Moore's Law
  71. 71 The end of Moore's Law
  72. 72 Quantum computing
  73. 73 Quantum effects
  74. 74 Quantum computing
  75. 75 The science of making small
  76. 76 Fabrication

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