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source: University of Michigan 2009年10月23日
The course, ME 599: Nanomanufacturing taught by Professor John Hart at the University of Michigan, discusses the properties, synthesis, assembly and applications of nanostructures and nanostructured materials.
23. Nanocomposites and fibers 1:22:31
22. Organization and properties of nanostructure networks 1:30:02
21 Organization & properties of nanostructure networks 1:17:04
20. Organization and properties of nanostructure networks 1:25:50
19. Monolayer and layer by layer assembly 1:25:49
18. Monolayer and layer by layer assembly 1:24:32
17 Purification, functionalization, & separation of nanostructures 1:22:56
16. Limits of top down patterning 1:29:35
15. Nanotube nanowire Synthesis by CVD Methods 1:26:44
14. Nanotube nanowire Synthesis by CVD Methods 1:31:41
13. Nanotube Nanowire Synthesis by CVD Methods 1:25:58
12. Nanoparticle Synthesis by Precipitation Methods 1:32:52
11. Surface Plasma 1:26:27
10. Small Scale Fluid Flows 1:35:01
9. Electrical Double Layer 1:25:17
8. Surface Energy and Melting Properties 1:35:15
7. Intermolecular and Surface Forces 1:29:12
6. Thermal Properties 1:33:54
5. Mechanical Properties of Nanotubes & Nanowires 1:22:08
4. Electronic and Optical Properties of Nanostructures 1:24:42
3. Confinement and energy quantization 1:21:42
2. Techniques for characterizing nanostructures 1:19:02
01. Taxonomy and geometry of nanostructures 1:14:35
