| 00:00:00 | Nanoparticle Size Characterization:Tips & Tricks with the Zetasizer |
| 00:01:44 | To save a copy of today’s presentation, follow the instructions on the screen. Make sure you select *.pdf in the “save as type” box. |
| 00:03:15 | Nanoparticle Size Characterization:Tips & Tricks with the Zetasizer |
| 00:03:55 | Abstract |
| 00:04:30 | Outline |
| 00:05:43 | What is a Nanoparticle ? |
| 00:06:44 | Sizing Techniques |
| 00:08:58 | DLS or NTA ? |
| 00:13:09 | Intensity or Number distribution? |
| 00:14:25 | What refractive index for Nanoparticles? |
| 00:15:33 | Practical Tips & Tricks : 1. Special course |
| 00:17:12 | Practical Tips & Tricks : 2. The Manual |
| 00:18:17 | Practical Tips & Tricks : 3. Google for appnotes |
| 00:19:05 | Practical Tips & Tricks : 4. Advanced searching |
| 00:19:59 | Practical Tips & Tricks : 5. Check the Blog |
| 00:20:52 | Practical Tips & Tricks : 6. Install software+ |
| 00:21:54 | Practical Tips & Tricks : 7. Log performance |
| 00:23:13 | Practical Tips & Tricks : 8. Literature review |
| 00:24:16 | Practical Tips & Tricks : 9. Use the SOP Player |
| 00:26:49 | Practical Tips & Tricks : 10. Custom workspace |
| 00:28:41 | Untitled |
| 00:33:52 | Contact Information |
Nanoparticles are defined by their size. In this presentation different sizing techniques are compared, with a focus on experimental tips and tricks to get maximum value from sizing techniques such as dymamic light scattering with the Malvern Zetasizer.
Some of the questions addressed will include:
- What are the advantages, where are the limits?
- Do you need an intensity or number distribution?
- What refractive index to choose for the particles?