| 00:00:00 | Advanced Triple Detection GPC for Medical-Grade Ultra-High Molecular Weight PMMA |
| 00:01:24 | Advanced Triple Detection GPC for Medical-Grade Ultra-High Molecular Weight PMMA |
| 00:02:08 | Agenda |
| 00:02:45 | What is PMMA? |
| 00:03:01 | Why Medical Grade PMMA? |
| 00:03:52 | Why Medical Grade PMMA? |
| 00:04:55 | Materials Research Group – Kingston University |
| 00:05:25 | Triple Detection GPC Overview |
| 00:06:21 | Hardware Schematic Triple Detection |
| 00:08:15 | Separation Mechanism |
| 00:09:48 | Background to Triple Detection |
| 00:11:03 | 4- capillary Differential Viscosity Detector |
| 00:14:22 | Calculation of Viscosity |
| 00:15:54 | Light Scattering |
| 00:17:04 | Principles of Light Scattering |
| 00:19:38 | Triple Detection |
| 00:20:55 | Typical Triple Detector Chromatogram |
| 00:22:25 | Sample Preparation & Run Conditions |
| 00:24:22 | Untitled |
| 00:25:10 | Results – Molecular Weight, IV and Rh |
| 00:26:59 | Results – Mark-Houwink |
| 00:29:30 | Results - Branching |
| 00:31:18 | Summary - Triple Detection GPC |
| 00:32:24 | Agenda |
| 00:32:30 | Contact Information |
New methods of sterilization of medical grade poly (methyl methacrylate) are being explored. This presentation investigates how advanced GPC can be used to study the effect of irradiation at the doses typically used