Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall P | |||||
(13:15–14:30) (Chair: No data ) | |||||
P18 | Synthesis of glycopolymer to form self-assembly | RAFT polymerization self assembly glycopolymer | 12-i | 138 | |
P19 | Evaluation of pKa of Nanogel particles introduced carboxylic acid and amine | nanogel particle pKa shift temperature-responsive | 12-e | 143 | |
P20 | Preparation and evaluation of linear polymer library for binding IgG | RAFT IgG Linear polymer | 12-j | 144 | |
P21 | Preparation of Palladium-Loaded Porous Monolith Reactor as Continuous Flow System | porous monolith continuous flow reactor palladium | 12-e | 145 | |
P22 | Incorporation of Amphotericin B into supported lipid bilayers for water purification | Lipid bilayer Amphotericin B Water purification | 12-a | 65 | |
Break | |||||
(14:45–16:00) (Chair: No data ) | |||||
P24 | Synthesis and gas sensing properties of SnO2 nanocrystals | SnO$2$ Gas sensor Liquid phase method | 12-c | 80 | |
P25 | Fabrication of semiconductor nanocrystal-based pn junction films for photoelectrochemical applications | Semiconductor nanocrystal Photoelectrode Biomass | 12-c | 83 | |
P26 | The introduction of ionic liquid groups on the surface of polymer particles using initiator modification (Division of Interface Process Enginerring) yamasaki yoshihiro | ionic liquid polymer particle | 12-c | 148 | |
P27 | Phase separation of two ionic liquids and preparation of multiple emulsion | ionic liquid phase separation multiple emulsion | 12-b | 150 | |
P28 | Analysis of microfludic crystallization using temperature jump | Microfluidic device Crystallization Nucleation | 12-g | 152 |