| 00:00:00 | Masterclass 4: Method transfer |
| 00:01:32 | Method transfer for laser diffraction |
| 00:02:39 | The pyramid of method transfer |
| 00:04:33 | The method transfer process |
| 00:04:54 | Information gathering |
| 00:07:22 | Information gathering |
| 00:07:49 | Information gathering |
| 00:08:55 | What is the biggest source of error? |
| 00:09:33 | What is the biggest source of error? |
| 00:09:50 | Information gathering |
| 00:10:14 | Information gathering |
| 00:12:18 | Experiments |
| 00:16:27 | Experiments |
| 00:17:07 | Analysis settings |
| 00:20:02 | Success criteria |
| 00:20:28 | Precision and accuracy |
| 00:21:30 | Precision and accuracy |
| 00:22:48 | Success criteria |
| 00:24:31 | Success criteria |
| 00:25:56 | Success criteria |
| 00:27:14 | Transferring methods from MS2000 to MS3000 |
| 00:27:26 | Achieving comparable results |
| 00:28:36 | Experiments for method transfer |
| 00:29:14 | Obscuration |
| 00:30:19 | Achieving comparable wet dispersion |
| 00:31:17 | Obscuration filter and feed rate |
| 00:32:06 | Achieving comparable dry dispersion |
| 00:32:41 | Comparing pressure titrations |
| 00:33:44 | Analysis settings |
| 00:34:33 | Analysis: Optical properties |
| 00:35:10 | Analysis: Assessing the data fit |
| 00:35:43 | Analysis: Assessing the data fit |
| 00:36:11 | Analysis: Correct optical properties |
| 00:36:29 | Comparing results |
| 00:37:24 | Analysis: Mastersizer 2000 emulation |
| 00:38:02 | Slide 36 |
| 00:38:02 | Summary |
| 00:38:41 | A six part series with 1 through 3 now available on-demand |
| 00:39:03 | Untitled |
| 00:40:03 | A six part series with 1 through 3 now available on-demand |
| 00:41:04 | Thank you for your attentionsarennah.longworth-cook@malvernpanalytical.com |
| 00:41:23 | Untitled |
In the fourth webinar of our Masterclass series, we will discuss how to achieve successful method transfer in three steps.
In many cases, the method transfer is straightforward and minimal work is required. But in regulated environments, for samples with more complex size distributions, or samples that are difficult to disperse, more work may be needed. Following the recommended process optimises the experiment matrix and maximises the likelihood of a sucessful method transfer.
presentadores
Sarennah Longworth-Cook - Product Technical Specialist
Más información
Who should attend?
Anyone who has recently upgraded to Mastersizer 3000 and has methods to transfer
Anyone with responsibility for method transfer involving Mastersizer 3000
Anyone deploying Mastersizer 3000 methods across multiple sites
Why attend?
To find out how to transfer your method from a legacy platform to Mastersizer 3000
To learn about the method transfer process recommended by Malvern Panalytical
To find out how to judge if a method transfer has been successful