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Controlling Comonomer Distribution in Asymmetric Copolymers

Published on Mar 25, 2024201 Views

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Controlling Comonomer Distribution in Asymmetric Copolymers00:00
Please allow me to introduce myself…00:44
Bordeaux Wine Region Map01:25
The LCPO - 101:48
The LCPO - 204:11
Research Themes06:49
Acknowledgements08:54
What is a gradient copolymer? - 109:44
What is a gradient copolymer? - 210:33
What is a gradient copolymer? - 311:02
“What kind of polymer am I?” - 111:16
“What kind of polymer am I?” - 211:39
“What kind of polymer am I?” - 311:42
“What kind of polymer am I?” - 411:58
“What kind of polymer am I?” - 512:05
“What kind of polymer am I?” - 612:06
“What kind of polymer am I?” - 712:18
“What kind of polymer am I?” - 812:59
‘Asymmetric’ Copolymers - 113:30
‘Asymmetric’ Copolymers - 213:36
Properties of gradient and asymmetric copolymers14:39
Preparation of Asymmetric Copolymers19:05
NIPAM-VAc: Thermoresponsive self-assembly - 120:19
NIPAM-VAc: Thermoresponsive self-assembly - 222:10
NIPAM-VAc: Gradient-like Tg22:45
DMA-VAc/VPi: CO2-philic surfactants - 123:35
DMA-VAc/VPi: CO2-philic surfactants - 225:26
Ring-opening copolymerization26:44
Statistical copolymerization of NCAs28:47
Statistical copolymerization of NCAs - 130:26
Statistical copolymerization of NCAs - 232:23
Statistical copolymerization of NCAs - 333:06
Secondary structure - 134:11
Secondary structure - 234:12
Secondary structure - 335:01
Copolymerization of NCAs36:11
Forced Gradient Copolymers36:25
Polymer synthesis38:13
Thermally responsive polymers38:58
DMA-NIPAM copolymers40:01
Change in hydrodynamic diameter40:36
Change in solubility with temperature - 141:47
Change in solubility with temperature - 242:05
Change in solubility with temperature - 342:24
Change in solubility with temperature - 442:35
AA-BA: pH-responsive self-assembly43:13
pH-responsive morphology - 145:22
pH-responsive morphology - 245:52
Conclusions46:35
The future of polymer chemistry?48:08
Plenty of room in the middle48:48