Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall H, Day 2 | |||||
(10:00–10:40) (Chair: Nakaya H.) | |||||
H204 | Direct synthesis of hydrogen peroxide from hydrogen and oxygen | Direct synthesis hydrogen peroxide Catalyst | S-38 | 476 | |
H205 | Oxidative decomposition of toluene by use of an atmospheric pressure plasma reactor | Toluene Oxidative decomposition Atmospheric pressure plasma reactor | S-38 | 705 | |
(10:40–11:20) (Chair: Yamaguchi T.) | |||||
H206 | Anionic Polymerization Using Flow Microreactors and Its Applications to Synthesis of Structurally Well-defined Fluorine-Containing Polymers (Graduate School of Eng., Kyoto U.) Nagaki Aiichiro, | Microreactor Anionic Polymerization | S-38 | 431 | |
H207 | Infrared Microspectroscopic Observation of Cyclic Hydrocarbons Dehydrogenation in Micro-Catalyticreactor | Infrared Microspectroscopy Microreactor Dehydrogenation | S-38 | 856 | |
(11:20–12:00) (Chair: Inoue T.) | |||||
H208 | Development of tubular immobilized enzyme microreactor using anodized aluminum carrier | microreactor enzyme anodized aluminum | S-38 | 176 | |
H209 | Development of microreactor with etched aluminium wires | microreactor methanol steam reforming etced aluminium | S-38 | 178 | |
(13:00–13:40) (Chair: Maki D.) | |||||
H213 | Necessary condition of micro reactor plant introduction in API manufacturing | Micro reactor flow reactor manufacturing | S-38 | 453 | |
(13:40–14:20) (Chair: Miyazaki M.) | |||||
H215 | The control of indomethacin polymorph via mixing process of poor solvent | crystal polymorph poor solvent method of operating | S-38 | 751 | |
H216 | Nucleation kinetics in microfluidic crystallization | Microfluidics Nucleation rate Monodisperse droplets | S-38 | 965 | |
(14:20–15:00) (Chair: Kawanami H.) | |||||
H217 | Influence of supersaturation on the control of polymorphysm of organic crystals in microdroplet | Polymorphysm Microdroplet Organic crystals | S-38 | 649 | |
H218 | The industrialization of electrical bicolored particles using a micro-channel network | micro-channel bicolored particle electronic paper | S-38 | 16 | |
(15:00–15:40) (Chair: Sotokawa I.) | |||||
H219 | Increase in Specific Surface Area of BaSO4 and Fe3O4 by Double Tube-type Impinging Reactor | Double-tube type impinging reactor BaSO$4$ Fe$3$O$4$ | S-38 | 204 | |
H220 | Fabrication of metal nanoparticles-dispersed polyimide microparticles using microreactors and their catalytic properties | metal nanoparticles microreactor polyimide microparticles | S-38 | 546 | |
(15:40–16:40) (Chair: Aoki N.) | |||||
H221 | Flow regime observation of a microreactor for gas- liquid- solid reactions | microreactor gas- liquid- solid reaction flow regime observation | S-38 | 229 | |
H222 | Effects of gas-liquid contacting patterns on formation of hollow calcium carbonate particles | hollow particle microreactor gas-liquid reaction | S-38 | 960 | |
H223 | Evaluation of Mixing State by Synthesis of Pt Nanoparticles and Computational Fluid Dynamics | Microreactor Confluence and Bend Mixing | S-38 | 83 | |
Hall H, Day 3 | |||||
(9:00–9:40) (Chair: Nakayama K.) | |||||
H301 | [Keynote Lecture]Application of a microrector to liquid - liquid chemical proccessing. - extraction and demulsification - | Micro flow chemical prosseing Liquid - luqid exctracion emulsion destroying | S-38 | 452 | |
(9:40–10:20) (Chair: Tonomura O.) | |||||
H303 | Improvement of extraction efficiency using a microdevice | Microreactor Extraction Slug flow | S-38 | 194 | |
H304 | Autonomous extraction of rare-earth metals using active soft matters with chemotactic functions | Chemotaxis Environmentally-Responsive Function Active Soft Matters | S-38 | 532 | |
(10:20–11:00) (Chair: Matsuoka A.) | |||||
H305 | Development of metal extraction system with calixarene derivatives by droplet-based microfluidics | Microdroplet Solvent extraction Calixarene derivatives | S-38 | 920 | |
H306 | Continuous demulsification of cyclohexane - water emulsion for extraction in a micro tube by voltage application. | Micro flow chemical prosseing Emulsion destroying Liquid - luqid exctracion | S-38 | 455 | |
(11:00–11:40) (Chair: Ban T.) | |||||
H307 | Liquid-liquid extraction of lithium ion by the slug flow -Effect of volumetric flow ratio- | Micro channel Slug flow Volumetric mass transfer coefficient | S-38 | 231 | |
H308 | Effect of channel and operating conditions on mass transfer and specific contact area for liquid-liquid extraction in small channel | extraction microchannel mass transfer | S-38 | 600 | |
(11:40–12:20) (Chair: Asano Y.) | |||||
H309 | Gas absorption operation using gas-liquid Slug flow for downsizing | microreactor slug flow gas absorption | S-38 | 647 | |
H310 | Estimation of slug length in gas-liquid microreactors by using pressure measurements | slug flow microreactor slug length estimation | S-38 | 691 |