Learn · Introduction to Solid State Chemistry

Lecture 42 of 6224. Diffusion51 min

Lecture 24: Diffusion

Prof. Donald Sadoway · Massachusetts Institute of Technology

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Introduction to Solid State Chemistry, Massachusetts Institute of Technology (at MIT OpenCourseWare)
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CC BY-NC-SA 4.0, as MIT OpenCourseWare states it. Non-commercial use only.
Attribution
Prof. Donald Sadoway. Introduction to Solid State Chemistry. Fall 2010. Massachusetts Institute of Technology: MIT OpenCourseWare, https://ocw.mit.edu/. License: Creative Commons BY-NC-SA.
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All the lectures

  1. Course Introduction 9 min · Video
  2. Donald Sadoway: The Missing Link to Renewable Energy YouTube
  3. Lecture 1: Introduction to Solid State Chemistry 49 min · Video
  4. Lecture 2: The Periodic Table 49 min · Video
  5. Lecture 3: Atomic Models: Rutherford & Bohr 51 min · Video
  6. Lecture 4: Matter/Energy Interactions: Atomic Spectra 52 min · Video
  7. Lecture 5: Electron Shell Model & Quantum Numbers 53 min · Video
  8. Lecture 6: Particle-Wave Duality 51 min · Video
  9. Lecture 7: The Aufbau Principle; Photoelectron Spectroscopy 48 min · Video
  10. Clip 1: Exam 1, Problem 1 YouTube
  11. Clip 2: Exam 1, Problem 2 YouTube
  12. Clip 3: Exam 1, Problem 4 YouTube
  13. Clip 4: Exam 1, Problem 6 YouTube
  14. Clip 5: Exam 2, Problem 2 YouTube
  15. Lecture 8: Ionic Crystals; Born-Haber Cycle 51 min · Video
  16. Lecture 9: Drawing Lewis Structures 53 min · Video
  17. Lecture 10: Hybridized & Molecular Orbitals, Paramagnetism 51 min · Video
  18. Lecture 11: The Shapes of Molecules 48 min · Video
  19. Lecture 12: Intermolecular Forces 35 min · Video
  20. Clip 1: Exam 1, Problem 3 YouTube
  21. Clip 2: Exam 1, Problem 5 YouTube
  22. Clip 3: Exam 2, Problem 4 YouTube
  23. Clip 4: Exam 2, Problem 5 - Part One YouTube
  24. Clip 5: Exam 2, Problem 5 - Part Two YouTube
  25. Lecture 13: Band Theory of Solids 50 min · Video
  26. Lecture 14: Semiconductors 48 min · Video
  27. Clip 1: Exam 2, Problem 3 YouTube
  28. Lecture 15: Introduction to Crystallography 53 min · Video
  29. Lecture 16: Crystallographic Notation & X-Rays 46 min · Video
  30. Lecture 17: X-Ray Emission & Absorption 52 min · Video
  31. Lecture 18: X-Ray Diffraction Techniques 46 min · Video
  32. Lecture 19: Point & Line Defects 50 min · Video
  33. Lecture 20: Line, Interface & Bulk Defects 49 min · Video
  34. Clip 1: Exam 2, Problem 1 YouTube
  35. Clip 2: Exam 2, Problem 2 YouTube
  36. Clip 3: Exam 3, Problem 1 YouTube
  37. Clip 4: Exam 3, Problem 2B YouTube
  38. Lecture 21: Introduction to Glasses 48 min · Video
  39. Lecture 22: Engineering Glass Properties, Introduction to Kinetics 53 min · Video
  40. Clip 1: Exam 3, Problem 2A YouTube
  41. Lecture 23: Reaction Rates 53 min · Video
  42. Lecture 24: Diffusion 51 min · Video
  43. Clip 1: Exam 3, Problem 4 YouTube
  44. Clip 2: Exam 3, Problem 5 YouTube
  45. Clip 3: Final Exam, Problem 11a YouTube
  46. Lecture 25: Introduction to Aqueous Solutions 51 min · Video
  47. Lecture 26: Acids & Bases 53 min · Video
  48. Clip 1: Exam 3, Problem 3 YouTube
  49. Clip 2: Final Exam, Problem 10 YouTube
  50. Lecture 27: Introduction to Organic Chemistry 53 min · Video
  51. Lecture 28: Polymers: Structure & Composition 49 min · Video
  52. Lecture 29: Polymers: Synthesis, Properties & Applications 49 min · Video
  53. Lecture 30: Biochemistry: Amino Acids 52 min · Video
  54. Lecture 31: Biochemistry: Protein Structure 51 min · Video
  55. Lecture 32: Biochemistry: Lipids, Nucleic Acids & DNA 52 min · Video
  56. Clip 1: Final Exam, Problem 5 YouTube
  57. Clip 2: Final Exam, Problem 13 YouTube
  58. Lecture 33: Unary Phase Diagrams 52 min · Video
  59. Lecture 34: Binary Phase Diagrams: Complete Solubility 50 min · Video
  60. Lecture 35: Binary Phase Diagrams: Limited Solubility 48 min · Video
  61. Clip 1: Final Exam, Problem 7 YouTube
  62. Clip 2: Final Exam, Problem 9 YouTube