Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Symposium <Bubbles, Drops, and Particles Dispersion Engineering 2014> | |||||
(9:00–10:00) (Chair: Honma J.) | |||||
B101 | Abatement of VOCs by Atomizing Acrylamide Polyampholyte (APA) Solution Using One-fluid Spray Nozzles | Acrylamide Polyampholyte Spray Nozzle Volatile Organic Compound | S-23 | 212 | |
B102 | Effects of dissolved gases on mist formation generated by ultrasonic irradiation | ultrasonic atomization mist formation dissolved gas | S-23 | 995 | |
B103 | Development of a liquid atomizing device using capillary action and electric field as driving forces | Electrostatic Aerosolization Droplets | S-23 | 374 | |
(10:00–11:00) (Chair: Tsuchiya K.) | |||||
B104 | Numerical analysis of the impact of a freely falling droplet on an immiscible fluid layer | Drop-impact behavior Immiscible fluid Numerical analysis | S-23 | 946 | |
B105 | Numerical analysis of bubble formation process in a shear-thinning liquid | Bubble formation Shear-thinning liquid Numerical analysis | S-23 | 941 | |
B106 | The drag on a methane bubble in zigzag motion | Drag Dissipation Wake | S-23 | 481 | |
(11:00–12:00) (Chair: Ohta M.) | |||||
B107 | Bubbling behaviors under mechanical vibration in a two-dimensional fluidized bed | two-dimensional fluidized bed vibration bubble | S-23 | 860 | |
B108 | Characteristics of pressure fluctuations during defluidization in a fluidized catalyst bed | fluidized bed defluidization wavelet analysis | S-23 | 852 | |
B109 | A DEM-VOF coupling method for numerical simulation of solid-gas-liquid flows | Solid-gas-liquid flow Discrete Element Method Volume-of-fluid Method | S-23 | 644 | |
(13:00–14:00) (Chair: Kobayashi D.) | |||||
B113 | Synthesis of Silica Particle by Using Gas-liquid Slug Flow in a Mini-channel | gas-liquid slug flow silica particle mini-channel | S-23 | 674 | |
B114 | Influence of surface control additives on the thin film formation by wet process | thin film surface control additives | S-23 | 299 | |
B115 | Effect of gas-liquid interaction in oil/gas blowout | Oil/gas blowout Gas-liquid interaction Numerical simulation | S-23 | 139 | |
(14:00–15:00) (Chair: Yoshimoto M.) | |||||
B116 | Gas Absorption Properties of Micro Bubble Generator Using Titanium Porous Membrane | Microbubble Membrane Water treatment | S-23 | 381 | |
B117 | The separation method of the fine particles by using the fine bubbles | fine bubble | S-23 | 41 | |
B118 | Flotation of protein from domestic wastewater by microbubbles | Microbubble Waste Water Treatment Flotation | S-23 | 582 | |
(15:00–16:00) (Chair: Fujioka S.) | |||||
B119 | Characteristics of gas-liquid two-phase flows in a treatment system based on ozonation for wastewater containing milk | Wastewater treatment system Ejector Ozonation | S-23 | 430 | |
B120 | Effects of geometry and liquid depth on the shear rate in bubble columns as evaluated with liposomes | External loop airlift liposomes shear rate sensing | S-23 | 282 | |
B121 | Effects of gas-liquid contacting mode on liquid phase mass transfer coefficient of dispersed bubbles | Mass transfer coefficient Gas-liquid contacting mode Bubble interaction | S-23 | 89 | |
(16:00–16:40) (Chair: Honma S.) | |||||
B122 | Modeling of self-propelled particles - Interaction between particles and structured walls | Squirmer Model Self-propelled particles Hydrodynamic interaction | S-23 | 479 | |
B123 | A Simple Scheme for Interface Tracking | GasLiquid Interface Simulation Computational Fluid Dynamics | S-23 | 1 |