Fecha registrada: July 31 2012

Duration: 29 minutes 33 seconds

Nylon is widely used in many household, automotive and construction products. GPC/SEC, Flow Injection Polymer Analysis and Dilute Solution Viscosity are the most popular techniques to provide molecular weight and structural characteristics
Table of contents
1. Nylon Characterization Technology Package GPC + DSV + FIPA
00:56
2. Nylon Characterization Technology Package GPC + FIPA + DSV
00:44
3. Malvern Polymer Characterization Technology Packages: A Six Part 2012 Webinar Series
00:36
4. Polymer Life Cycle From Cradle to Grave and Beyond
02:44
5. Introduction
01:12
6. SEC/GPC Separation Process
00:12
7. Nylon Sample DK-1
01:41
8. Nylon 6 and 6-6
01:24
9. GPC Techniques
00:42
10. Triple/ Tetra Detection
00:29
11. Triple/Tetra Detector Array (TDA)
00:40
12. Principles of Light Scattering - MW
00:18
13. Triple Tetra Detection by SEC/GPC
00:18
14. Example GPC Chromatogram of DK-1 in HFIPA
00:42
15. Example GPC Chromatogram of DK-1 in 88% FA
00:53
16. Comparison of Nylon GPC Data
00:53
17. Mark-Houwink Overlay Plots of Nylon Samples in HFIPA
00:14
18. Mark-Houwink Overlay Plots of Nylon Samples in 88% FA
00:19
19. Summary of Nylon GPC Data in 88% FA
01:00
20. Mark-Houwink Overlay Plots of Nylon Samples in 88% FA
00:26
21. What is Dilute Solution Viscosity (DSV)?
00:15
22. Traditional Measurement
01:09
23. Nomenclature for Solution Viscosity
00:14
24. Huggins/Kraemer Plot
00:39
25. How Does The Two Capillary Viscometer Work?
00:38
26. Dilute Solution Viscometer (DSV) System
00:20
27. Summary of Nylon DSV Data in 88% FA
00:47
28. Nylon IV Data Comparison: GPC vs DSV
00:55
29. Final Conclusions
01:01
30. Malvern Polymer Characterization Technology Packages: A Six Part 2012 Webinar Series
02:01
31. Contact Information
05:11