
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| ³ØÀ¸¾Þ¡¦ºàÎÁ³¦ÌÌ/È¿±þ¹©³Ø/ĶÎ׳¦ | |||||
| (11:00–12:30) (Chair: A. Shono) | |||||
| B109 | Simple Fabrication of Microlens Array Using Microfabricated Through-hole Plate | Microfabrication Microlens Microneedle | 12-i | 80 | |
| B110 | Preventing encrustation of Zirconium Molybdate Hydrate by Suspended Molybdenum trioxide hydrate | Scaling | 12-g | 41 | |
| B111 | Diffusion inhibition in hydrogels caused by microbeads addition | Diffusion Hydrogels Microbeads | 12-e | 8 | |
| B112 | Estimation of Kinetic Parameters of Nucleation and Growth with FBRM and FT-IR-ATR | Cooling Crystallization Crystal Growth Parameter Estimation | 12-g | 40 | |
| B113 | The evaluation of mass transfer on liquid-liquid interface using particle-stabilized emulsion | mass transfer liquid-liquid interface particle-stabilized emulsion | 12-b | 74 | |
| B114 | Soft Aerogel Films Supported by ~1 wt% Carbon Nanotubes for Thermal Interface Materials | Thermal interface material Carbon nanotube Ag particles | 12-i | 96 | |
| (13:30–15:15) (Chair: S. Noda) | |||||
| B119 | Fabrication and Evaluation of Carbon Nanotube Polymer Actuator Using Electrospinning Method | electrospinning actuator carbon nanotube | 12-k | 36 | |
| B120 | Preparation and ON/OFF activity control of organic semiconducting polymer nanoparticles for photodynamic therapy | photodynamic therapy organic semiconducting nanoparticle drug delivery system | 12-d | 66 | |
| B121 | Prediction of droplet diameter and Dripping to Jetting transition condition in membrane emulsification | membrane emulsification dripping jetting | 12-b | 38 | |
| B122 | Fundamental study of kinetics for esterification of triglyceride by CaO prepared from calcined scallop shell | Calcium oxide Kinetic model Transesterification | 5-a | 31 | |
| B123 | Sonochemical degradation of methylene blue in water | Ultrasound methylene blue bath type | 5-b | 87 | |
| B124 | Synthesis and Structure Evaluation of vertically-aligned carbon nanotube growth from Langmuir-Blodgett deposited AlFe2O4 nanoparticles | CNT CVD LB | 5-h | 39 | |
| B125 | Molecular information on modeling of melting depression of solute in supercritical carbon dioxide | equation of state supercritical carbon dioxide melting depression | 8-b | 95 | |
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