00:00:00 | Introduction |
00:01:21 | Abstract |
00:01:43 | Outline |
00:02:16 | Things to consider |
00:02:28 | Why ??? |
00:03:29 | Things to consider |
00:03:47 | Bulk properties or primary particles? |
00:04:24 | A molecule, a metallic particle or a tablet ??? |
00:05:10 | Oligomers ??? |
00:05:39 | Things to consider |
00:06:02 | Size ranges for different techniques |
00:06:12 | Size ranges for different techniques |
00:06:24 | Size ranges for different techniques |
00:06:59 | Size ranges for different techniques |
00:07:23 | Size ranges for different techniques |
00:07:54 | Size ranges for different techniques |
00:08:35 | Size ranges for different techniques |
00:08:49 | Size ranges for different techniques |
00:09:06 | Size ranges for different techniques |
00:09:37 | Size ranges for different techniques |
00:10:07 | Techniques |
00:10:21 | Techniques |
00:10:29 | Techniques |
00:11:06 | Techniques |
00:11:40 | Particle sizing |
00:12:04 | Particle sizing |
00:12:35 | Dry powders |
00:13:36 | Suspensions |
00:14:45 | Sedimenting suspension |
00:15:31 | Sedimenting suspension |
00:16:07 | “Boulders and thin long needles” |
00:16:53 | “Boulders and thin long needles” |
00:17:33 | Is this real??? |
00:18:20 | Is this real??? |
00:19:18 | Is this real??? |
00:19:39 | Is this real??? |
00:20:27 | Check stability of the results – is your sample changing while being measured? |
00:22:17 | Conclusion |
00:23:08 | Contact Information |
You've decided to measure the particle size of your product! However, there are so many techniques out there, which one are you going to use? This presentation will attempt to demystify the process of selecting the best analysis method.