Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall A, Day 2 | |||||
(10:00–10:45) (Chair: Satoshi Watanabe) | |||||
A205 | Practical method for consolidation of sandy ground surface by inter-particle binding | sandy ground surface consolidation reinforcement | 12-e | 1 | |
A206 | Synthesis of silica-coated Ag nanoparticles for transparent reflective thermal-shielding materials | Ag nanoparticles Silica-coated Densification | 12-c | 9 | |
A207 | Ambiguity of ¡Ègel time¡É elucidated from direct observation of transient kinematics of quick gelation | quick gelation transient kinematics direct observation | 12-e | 4 | |
(10:45–11:30) (Chair: Hiroyasu Fujitsuka) | |||||
A208 | Synthesis of Polymer Micelle by Copolymerization of Amphiphilic Macromonomer and its Function | Amphiphilic macromonomer Polymer micelle Surfactant | 12-j | 14 | |
A209 | Zeolite template synthesis of N,F-doped carbon from fluoropyridine | heteroatom-doped carbon zeolite electrocatalysts | 12-i | 5 | |
A210 | Clarifying the framework-dependent kinetics of gate-adsorption in flexible metal–organic frameworks | Flexible metal–organic frameworks Adsorption rate Time-resolved in situ X-ray powder diffraction | 12-a | 8 | |
(13:15–13:45) (Chair: Hiroshi Yoshida) | |||||
A218 | Analytical methods to characterize the interaction between various aroma components of wine and wine glassware | Wine Zeta potential interfacial free energy | 12-a | 47 | |
A219 | Investigation of reliability criterion for naked-eye observation of flowing objects by eye tracking | flowing objects tacit knowledge eye tracking | 12-k | 2 | |
(13:45–14:30) (Chair: Kiyoshi Suzuki) | |||||
A220 | Understanding adsorption-induced structural transition of a single MOF particle by combining AFM and thermodynamic analysis | Adsorption-induced structural transition Atomic Force Microscopy Thermodynamic analysis | 12-a | 11 | |
A221 | Heat treatment of polymeric initiator on a graft polymerizationion | Graft polymerization Azo initiator Graft efficiency | 12-c | 15 | |
A222 | Extracting work from collective motion of catalytic particles induced by chemical reactions | Active matter Collective motion Catalytic particle | 12-c | 38 |