nanoHUB-U: Thermoelectricity: From Atoms to Systems
Course overview Offering: 01a Section: Self Paced
Video
-
1. Lecture 3.4: Thin Film Thermoe…
0
00:00/00:00
-
2. Thin film thermal characteriza…
33.233233233233236
00:00/00:00
-
3. Thin film electrical character…
122.62262262262263
00:00/00:00
-
4. Measurements of substrate-remo…
220.65398732065398
00:00/00:00
-
5. 3w method for thermal conducti…
326.19285952619288
00:00/00:00
-
6. 3w method for thermal conducti…
449.41608274941609
00:00/00:00
-
7. Thin film electrical conductiv…
531.23123123123128
00:00/00:00
-
8. In-plane Seebeck/electrical co…
613.48014681348013
00:00/00:00
-
9. Cross-plane Seebeck/electrical…
710.0767434100768
00:00/00:00
-
10. Cross-plane and in-plane Seebe…
834.96830163496838
00:00/00:00
-
11. Transient Harman Technique
901.93526860193526
00:00/00:00
-
12. Transient Harman Technique
1084.4844844844845
00:00/00:00
-
13. Simultaneous S, s, k, ZT measu…
1102.2022022022022
00:00/00:00
-
14. Finite Element Analysis of Tem…
1237.9379379379379
00:00/00:00
-
15. Self-consistent finite element…
1325.8925592258927
00:00/00:00
-
16. Transient S, s, k, ZT measurem…
1363.1631631631633
00:00/00:00
-
17. Extraction of Thin-film ZT
1433.8004671338006
00:00/00:00
-
18. Z-meter measurement: n- ErAs: …
1539.93993993994
00:00/00:00
-
19. Lecture 3.4: Summary
1647.7143810477144
00:00/00:00
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.