Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Fundamental properties | |||||
(9:30–10:42) (Chair: Shuji Osaki, Tomonori Fukasawa) | |||||
A01 | A comprehensive study on gas absorption of Natural Deep Eutectic Solvents by ab initio statistical thermodynamic calculations | gas absorption Deep Eutectic Solvents ab initio statistical thermodynamics calculation | 1-a | 274 | |
A02 | Formation of antituberculosis drug-bridge-drug cocrystal via fatty acid media | cocrystal antituberculosis drug fatty acid medium | 1-b | 240 | |
A03 | Maintenance of surfactant desorption by changing microwave irradiation mode | Interfacial modification Surfactant desorption Microwave | 1-a | 117 | |
A04 | Effect of heating metal on timbre | instrument heating metal | 3-b | 202 | |
A05 | The relationship between Metal Dendrite and the Concentration of Solution | Metal Dendrite Concentration change Reaction rate | 1-e | 91 | |
A06 | Consideration of solubility of alkali metal halides in terms of thermodynamic stability | Enthalpy Entropy Ionic radius | 1-e | 5 | |
Break | |||||
Fluid & particle processing | |||||
(10:50–12:02) (Chair: Yusuke Shimoyama, Nobuko Hanada) | |||||
A08 | The relation between bubble generation behavior and hydrogen evolution performance in alkaline water electrolysis | Alkaline Water Electrolysis impedance measurement hydrogen | 2-a | 228 | |
A09 | Thin film coating of fine particles by spray drying process | spray dry coating fine particle | 2-f | 97 | |
A10 | Prediction of temperature distribution during microwave heating by various dimensionless numbers | Microwave Mixing Reynolds number Asakuma number | 2-a | 115 | |
A11 | Evaluation of microwave heating characteristic using CNT-containing alumina heating medium | microwave CNT heating characteristic | 2-f | 254 | |
A12 | Numerical simulation of oil droplet detachment behavior from wall surface by microbubble | microbubble numerical simulation interfacial tension | 2-e | 248 | |
A13 | Numerical simulation of aerosol permeating through microstructure of face masks obtained by X-ray CT | face mask numerical simulation aerosol | 2-e | 245 | |
Lunch break | |||||
Fluid & particle processing | |||||
(13:00–14:12) (Chair: Yuya Murakami, Jun Fukai) | |||||
A19 | Effect of applied electric field on electrophoretic mobility measurement of soft particles | applied electric field electrophoresis soft particles | 2-f | 253 | |
A20 | Composition adjustment of biomass combustion ash using classification | Combustion ash Potassium Size classification | 2-f | 226 | |
A21 | Effect of gas humidity on agglomeration of fine powder in vibrating fluidized bed | vibrating fluidized bed gas humidity agglomeration | 2-f | 126 | |
A22 | Evaluation of compressive properties of powder materials with different plastic deformability | Plastic deformability Powder compression Two-component powder | 2-f | 168 | |
A23 | Numerical simulation of particle motion in a continuous rotary kiln | Rotary kiln Discrete Element Method Particle adhesion | 2-f | 177 | |
A24 | Experimental study on heat transfer performance of an oscillatory baffled reactor | Oscillatory baffled reactor Heat transfer enhancement Vortex | 2-a | 179 | |
Break | |||||
Fluid & particle processing | |||||
(14:20–15:44) (Chair: Hideya Nakamura, Ryuta Misumi) | |||||
A26 | Effects of baffle on the drawdown and dispersion of floating particles in stirred tanks | solids drawdown stirring solid-liquid mixing | 2-b | 233 | |
A27 | Analysing two different particles at the bottom during solid-liquid mixing | Multiphase flow Solid-liquid mixing The minimum speed for just-suspension | 2-e | 214 | |
A28 | Numerical simulation with optimal shape of container and impeller for suspension culture of iPS cell | iPS cells suspension ratio bioreactor | 2-b | 66 | |
A29 | Searching for installation Conditions of multiple impellers in an aerated stirred tank by Bayesian Optimization | Aerated stirred tank Bayesian Optimization OpenFOAM | 2-b | 35 | |
A30 | Searching for Optimal Shape of Stirred Tank for iPS Cell Culture Using Bayesian Optimization (Osaka U., School of Eng. Sci.) *minamikawa kazuhiro, | Bayesian optimization OpenFOAM iPS Cells | 2-b | 40 | |
A31 | Research on the rotation of maple seed | maple seed rotation fall movement | 2-g | 194 | |
A32 | Relationship between rotation speed and lift in the Magnus effect | Lift Rotatiuon Speed Magunus dffect | 2-g | 281 | |
Break | |||||
Plenary lecture, 表彰審査結果発表 | |||||
(15:55–16:55) (Chair: Hiroyasu Ogino) | |||||
A34 | TBA | Plenary lecture | 17-a | 324 | |
Awards ceremony |