nanoHUB-U: Thermoelectricity: From Atoms to Systems
Course overview Offering: 01a Section: Self Paced
Video
-
1. Tutorial 3.1 Homework solution…
0
00:00/00:00
-
2. Prob. 1. Transient Harman meth…
40.373707040373709
00:00/00:00
-
3. Prob. 1. Transient Harman meth…
255.68902235568902
00:00/00:00
-
4. Prob. 2. 3 method
521.62162162162167
00:00/00:00
-
5. Prob. 2. 3 method
558.692025358692
00:00/00:00
-
6. Prob. 2. 3 method
709.0423757090424
00:00/00:00
-
7. Prob. 3. Individual nanowire c…
854.7547547547548
00:00/00:00
-
8. Prob. 3. Individual nanowire c…
929.52952952952955
00:00/00:00
-
9. Prob. 3. Individual nanowire c…
1150.6840173506841
00:00/00:00
-
10. Prob. 3. Individual nanowire c…
1214.4811478144811
00:00/00:00
-
11. Prob. 3. Individual nanowire c…
1276.9436102769437
00:00/00:00
-
12. Prob. 4. Scanning thermal prob…
1393.25992659326
00:00/00:00
-
13. Prob. 4. Scanning thermal prob…
1547.6142809476144
00:00/00:00
-
14. Prob. 4. Scanning thermal prob…
1635.1351351351352
00:00/00:00
-
15. Prob. 5. Raman spectroscopy
1671.1044377711046
00:00/00:00
-
16. Prob. 6. Ballistic and diffusi…
1859.0590590590591
00:00/00:00
Prev Next
You must be enrolled to utilize the discussion feature.
In order to access this part of the course, you need to enroll. If you're enrolled, you're not obligated to complete the course. But enrollment lets you:
- Take quizzes and exams
- Track your progress
- Add notes to lectures
- Participate in discussions
For more details, check out our enrollment benefits .
I'm convinced...now what?
Want more details about this and similar courses?
To learn more, either visit the course overview page or browse the course listing.