MIT OCW - Intro to Solid State Chemistry, Fall 2010 (Size: 8.94 GB)
| | | 3-091sc-fall-2010.zip | 122.46 MB |
| | | MIT3_091SCF10Exam_1_Prob_1_300k_512kb.mp4 | 43.41 MB |
| | | MIT3_091SCF10Exam_1_Prob_2_300k_512kb.mp4 | 87.34 MB |
| | | MIT3_091SCF10Exam_1_Prob_3_300k_512kb.mp4 | 101.52 MB |
| | | MIT3_091SCF10Exam_1_Prob_4_300k_512kb.mp4 | 60.79 MB |
| | | MIT3_091SCF10Exam_1_Prob_5_300k_512kb.mp4 | 50.18 MB |
| | | MIT3_091SCF10Exam_1_Prob_6_300k_512kb.mp4 | 69.74 MB |
| | | MIT3_091SCF10Exam_2_Prob_1_300k_512kb.mp4 | 100.16 MB |
| | | MIT3_091SCF10Exam_2_Prob_2_300k_512kb.mp4 | 115.96 MB |
| | | MIT3_091SCF10Exam_2_Prob_3_300k_512kb.mp4 | 85.83 MB |
| | | 1. Introduction to Solid State Chemistry.mp4 | 205.3 MB |
| | | 10. Hybridized & Molecular Orbitals; Paramagnetism.mp4 | 216.17 MB |
| | | 11. The Shapes of Molecules.mp4 | 200.12 MB |
| | | 12. Intermolecular Forces.mp4 | 147.98 MB |
| | | 13. Band Theory of Solids.mp4 | 212.6 MB |
| | | 14. Semiconductors.mp4 | 200.64 MB |
| | | 15. Introduction to Crystallography.mp4 | 224.65 MB |
| | | 16. Crystallographic Notation & X-Rays.mp4 | 193.57 MB |
| | | 17. X-Ray Emission & Absorption.mp4 | 217.77 MB |
| | | 18. X-Ray Diffraction Techniques.mp4 | 193.43 MB |
| | | 19. Point & Line Defects.mp4 | 207.78 MB |
| | | 2. The Periodic Table.mp4 | 208.03 MB |
| | | 20. Line, Interface & Bulk Defects.mp4 | 204.8 MB |
| | | 21. Introduction to Glasses.mp4 | 203.49 MB |
| | | 22. Engineering Glass Properties (first part).mp4 | 223.99 MB |
| | | 23. Reaction Rates.mp4 | 224.9 MB |
| | | 24. Diffusion.mp4 | 213.1 MB |
| | | 25. Introduction to Aqueous Solutions.mp4 | 215.57 MB |
| | | 26. Acids & Bases.mp4 | 223.81 MB |
| | | 27. Introduction to Organic Chemistry.mp4 | 221.9 MB |
| | | 28. Polymers Structure & Composition.mp4 | 207.35 MB |
| | | 29. Polymers Synthesis, Properties & Applications.mp4 | 207.34 MB |
| | | 3. Atomic Models Rutherford & Bohr.mp4 | 214.35 MB |
| | | 30. Biochemistry Amino Acids.mp4 | 217.79 MB |
| | | 31. Biochemistry Protein Structure.mp4 | 215.67 MB |
| | | 32. Biochemistry Lipids, Nucleic Acids & DNA.mp4 | 217.05 MB |
| | | 33. Unary Phase Diagrams.mp4 | 218.22 MB |
| | | 34. Binary Phase Diagrams Complete Solubility.mp4 | 210.5 MB |
| | | 35. Binary Phase Diagrams Limited Solubility.mp4 | 203.29 MB |
| | | 4. MatterEnergy Interactions Atomic Spectra.mp4 | 220.17 MB |
Description
35 Video Lectures along with Recitation Videos and course materials. Professor Donald Sadoway presentation of this course is relevant and informative, while he's also maintaining your interests with his witty humors and well tailored suits.
Course Overview:
Introduction to Solid State Chemistry is a one-semester college course on the principles of chemistry. This unique and popular course satisfies MIT's general chemistry degree requirement, with an emphasis on solid-state materials and their application to engineering systems. You'll begin with an exploration of the fundamental relationship between electronic structure, chemical bonding, and atomic order, then proceed to the chemical properties of "aggregates of molecules," including crystals, metals, glasses, semiconductors, solutions and acid-base equilibria, polymers, and biomaterials. Real-world examples are drawn from industrial practice (e.g. semiconductor manufacturing), energy generation and storage (e.g. automobile engines, lithium batteries), emerging technologies (e.g. photonic and biomedical devices), and the environmental impact of chemical processing (e.g. recycling glass, metal, and plastic).
If you are like me, finding this course and along with other MIT courses extremely helpful, please donate to OCW if resource permit. Thank you, and cheers to open knowledge! ;D
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