| 00:00:00 | Masterclass 2: Developing wet or liquid dispersion methods using laser diffraction |
| 00:01:35 | Masterclass 2: Developing wet or liquid dispersion methods using laser diffraction |
| 00:02:07 | The laser diffraction masterclass |
| 00:03:13 | Overview |
| 00:04:18 | Method development for laser diffraction |
| 00:05:23 | Laser diffraction measurement process |
| 00:06:19 | Sources of error in particle size measurements |
| 00:08:10 | Dispersion |
| 00:08:30 | Measuring in the appropriate state of dispersion |
| 00:09:32 | The wet dispersion process |
| 00:10:21 | Wetting the sample |
| 00:11:23 | Wetting the sample |
| 00:12:50 | Adding energy to improve dispersion |
| 00:13:41 | Adding energy to improve dispersion |
| 00:14:13 | Adding energy to improve dispersion |
| 00:14:27 | Dispersion trend video |
| 00:15:02 | ld mclass 2 wet dispersion |
| 00:18:41 | What repeatability can you expect? |
| 00:20:39 | Stabilising the dispersion |
| 00:20:57 | Stabilising the dispersion |
| 00:21:44 | Sampling |
| 00:22:05 | How much sample do you need to measure? |
| 00:23:19 | Particle Segregation effects |
| 00:25:17 | Errors associated with sampling techniques |
| 00:27:05 | Measurement conditions |
| 00:27:26 | Measurement conditions |
| 00:28:10 | How much sample should you add? |
| 00:28:42 | How much sample should you add? |
| 00:29:02 | What happens when you add too much sample? |
| 00:29:28 | What happens when you add too much sample? |
| 00:30:04 | Affect of multiple scattering on the results |
| 00:31:31 | Determine the correct stir speed |
| 00:32:48 | Determine the correct measurement duration |
| 00:34:15 | Affect of measurement duration on variability |
| 00:34:26 | Conclusions |
| 00:35:32 | Thank you for your attentionAny questions? |
| 00:53:30 | Contact Information |
This webinar will cover method development for samples dispersed in liquids. This will include a discussion of factors affecting the measurement, such as sampling and dispersion, and the relative importance of these factors in different particle size ranges. We will then suggest some routes that you can follow to develop robust methods for laser diffraction measurements in wet dispersion.