
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall D, Day 1 | |||||
| (13:30–14:30) (Chair: Kenji Iimura) | |||||
| D120 | synthesis of CO2 adsorbent using zinc phenolic networks | carbon adsorption mesoporous | 12-i | 53 | |
| D121 | Fabrication and gas permeation characteristics of metal-organic framework membranes composed of glassy and crystalline phases | metal-organic frameworks separation membranes phase transition | 12-k | 84 | |
| D122 | A facile procedure for obtaining transparent polymer nanocomposite film incorporating ZnO quantum dots | quantum dot polymer nanocomosite luminescent film | 12-k | 86 | |
| D123 | Adhesion between dissimilar materials via a Cu-free click reaction | Adhesion Click chemistry Polymer coating | 12-h | 34 | |
| Break | |||||
| (14:45–15:45) (Chair: Hirano Tomoyuki) | |||||
| D125 | A facile preparation of polymer films with structure colors | colloidal crystal structural color monodisperse polymer particle | 12-h | 70 | |
| D126 | Long-term stabilization of hydrogen peroxide on paper-based analytical devices containing titanium dioxide nanoparticles | Hydrogen peroxide Titanium dioxide Paper-based analytical device | 12-d | 45 | |
| D127 | Continuous flow synthesis of the metal-organic framework CALF-20 | metal-organic frameworks adsorption microreactor | 12-d | 51 | |
| D128 | Effect of reaction conditions for regulating shape and structure of hollow mesoporous silica particles | hollow mesoporous silica nanoparticle anionic surfactant methylene blue | 12-d | 58 | |
| Hall D, Day 2 | |||||
| (9:15–10:30) (Chair: Takahiko Ban) | |||||
| D202 | Observation of droplet drip behavior in oil during microwave irradiation. | microwave interface dripping | 12-a | 35 | |
| D203 | Temperature dependence of the self-propelled motion of an oil droplet induced by adsorption&8211;desorption&160;reactions of surfactants | Active matter Oil droplet Surfactant | 12-a | 56 | |
| D204 | Direct Measurement of Interactions Forces between Silica Surface in Organic Solvents by AFM and Evaluation of Particle Dispersion Behavior (Graduate School of Sci. and Eng., Doshisha U.) *Kaji Ryota, | Dispersion AFM Organic Solvents | 12-a | 63 | |
| D205 | Morphological characterization of molecular assemblies in agar gel using depolarized dynamic light scattering | bicellar mixtures hydrogels dynamic light scattering | 12-b | 32 | |
| D206 | Development of fat microcapsule fiber for meat substitute | microcapsule wet spinning meat substitute | 12-f | 65 | |
| Break | |||||
| (10:45–11:45) (Chair: Shinsuke Nagamine) | |||||
| D208 | Prevention of particle agglomeration in continuous suspension polymerization using tubular reactors. | Suspension polymerization Tubular reactor Particle agglomeration | 12-c | 28 | |
| D209 | Effect of operating conditions during progressive freeze-concentration of aqueous solutions of API | condensate ice layer solute distribution coefficient | 12-g | 2 | |
| D210 | Solidification and fusion behavior of fatty acids mixture as phase change materials | differential scanning calorimetry heat storage saturated fatty acid | 12-g | 1 | |
| D211 | Development of a nobel ultra-fine bubble assisted crystalyzation | Ultra-fine bubble Crystalyzation | 12-g | 44 | |
| (13:30–14:45) (Chair: Naoyuki Ishida, Kenji Iimura) | |||||
| D220 | Buckling of particles obtained in an aqueous synthesis with trialkoxysilanes | dimple particle trialkoxysilane aqueous synthesis | 12-c | 87 | |
| D221 | Synthesis of Porous Oxide Particles by Flame Method and Evaluation of Electrocatalytic Performance | ÅŶ˿¨ÇÞ ²Ð±êʮ̸Ǯʬ²òË¡ ¥Ý¡¼¥é¥¹ | 12-c | 6 | |
| D222 | Flame spray synthesis of CuO/CeO2-ZrO2 nanoparticles and their catalytic performance | Flame spray pyrolysis CO oxidation performance Catalyst | 12-c | 48 | |
| D223 | Time-Resolved in situ X-ray Diffraction Observation of MOF Particle Formation in Liquid | Metal Organic Frameworks in situ Synchrotron X-ray Diffraction Crystal Growth | 12-c | 41 | |
| D224 | Chemically Driven Cluster Formation in Mixtures of Catalytic and Inert Particles | Active matter Collective motion Catalytic particle | 12-c | 15 | |
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