00:00:00 | The Analysis of Carbon Filled Polyethylene by Advanced Triple Detection - High Temperature Gel Permeation Chromatography |
00:01:19 | Advanced techniques for spray characterisation |
00:01:59 | Why do we use sprays? |
00:03:00 | Why use laser diffraction to characterise sprays? |
00:05:10 | What does laser diffraction measure? |
00:06:39 | What does laser diffraction measure? |
00:08:30 | Simplified data analysis |
00:10:07 | Case study: coating sprays |
00:11:21 | Case study: waterborne furniture coating |
00:12:20 | Case study: furniture coating spray |
00:13:56 | Case study: furniture coating spray |
00:15:06 | Coating sprays: effect of distance on droplet size |
00:16:29 | Coating sprays: effect of pressure on droplet size |
00:18:18 | Case study: fuel injection sprays |
00:19:21 | Case study: single fuel injection event |
00:20:56 | Fuel injection: effect of pressure on droplet size |
00:21:59 | Fuel injection: pulse to pulse reproducibility |
00:23:05 | Fuel injection: effect of pressure on variability |
00:24:32 | Case study: fire suppression mists |
00:25:57 | Case study: fire suppression mists |
00:27:33 | Fire suppression mists: effect of surfactant |
00:28:31 | Fire suppression mists: effect of surfactant |
00:29:57 | Case study: agrochemical sprays |
00:31:53 | Agrochemical sprays: BCPC boundary nozzles |
00:32:48 | Agrochemical sprays: nozzle traverse |
00:34:15 | Agrochemical sprays: nozzle traverse for different atomisation pressures |
00:35:15 | Agrochemical sprays: nozzle classification |
00:36:01 | Case study: personal and domestic products |
00:36:58 | Personal products: hairspray formulations |
00:37:35 | Personal products: hairspray formulations |
00:38:47 | Acknowledgements |
00:39:11 | Conclusions |
00:40:48 | Contact Information |
Introduction to the capabilities of the Spraytec for understanding atomisation processes, focusing on the industrial applications such as fuel injection, coatings and agrohcemical spraying.