
SCEJ 57th Autumn Meeting
Sep. 14 (Mon) - 16 (Wed), 2026
Higashi-hiroshima Campus, Hiroshima University
Japanese page
The "Encouragement Award" and "Presentation Award" of Symposium Award of Division of Fluid Particle Processing will be given to the outstanding presentations among those entries. For details, please check the application guidelines below.
\n\nhttps://scej-fpp.org/partluid/symposium/
\n\nPlease note that "Presentation Award" for students is also an entry-based competition. You can enter the competition via the link below.
\n\nMost recent update: 2026-06-27 20:48:01
The keywords that frequently used in this topics code. | Keywords | Number | |
|---|---|---|---|
| Ultrafine Bubble | 4 | ||
| Fine Bubble | 4 | ||
| Viscoelastic fluid | 3 | ||
| Bubble rise motion | 2 | ||
| Direct Numerical Simulation | 2 | ||
| Leidenfrost drop | 1 | ||
| ACKN No. | Title/Author(s) | Keywords | Style |
|---|---|---|---|
| 117 | Continuous Concentration of Ultrafine Bubble Water by Atomization | Ultrafine Bubble Fine Bubble Atomization | O |
| 118 | Ultrafine bubble water generation by rapid condensation of steam containing non-condensable gases | Ultrafine Bubble Fine Bubble Condensation | O |
| 122 | Hydrazine decomposition using ultrafine bubble technology | Ultrafine bubbles Hydrazine Oxidative decomposition | O |
| 196 | The effect of a surfactant on the motion of single bubbles with interfacial fluctuation rising in hydrophobically modified alkali-soluble associative polymer solutions | Bubble rise motion Viscoelastic fluid Surfactant | O |
| 215 | Continuous production of fine bubbles from air supersaturated solutions by poor solvent treatment | Ultrafine Bubble Fine Bubble Poor Solvent | O |
| 217 | Formation of cavities in the ice phase by ultrafine bubbles | Ultrafine Bubble Fine Bubble Ice | O |
| 323 | The Effect of polymer molecular weight on the motion of single bubbles rising in viscoelastic fluids | Bubble rise motion Viscoelastic fluid Molecular weight | O |
| 363 | Development of a Mass Transfer Model for Taylor Flow Reactors Incorporating Liquid Film Thickness Variations Induced by Gas Phase Consumption | Gas-liquid slug flow Multi-phase reaction Hydrogenation | O |
| 393 | Optimal operation conditions and catalyst life time for the immobilized carboxylase reactions in a bubble column | Airlift bubble column Oxaloacetate Carbon dioxide | O |
| 456 | Analysis of scale characteristics in granular flow and development of a general-purpose coarse-grained model | Discrete element method Coarse-grained DEM Continuum theory of granular flow | O |
| 503 | Hydrogen Bubble Generation Behavior in Alkaline Water Electrolysis with Various Roughness of Ni Electrodes | alkaline water electrolysis Hydrogen bubble generation | O |
| 504 | Numerical Analysis of Flake Particle Behavior during Droplet Impact on a Liquid Film | Flake particles Droplet impact Numerical analysis | O |
| 626 | Effects of electrode diameter and ion concentration on bubble dynamics at microelectrodes | Marangoni effect Electrolysis Hydrogen evolution reaction | O |
| 665 | Dynamical pattern of particles in particle-laden Taylor-Couette flow | Particle-laden Taylor-Couette flow Particle trapping Particle trajectory | O |
| 770 | Structural Control of Microparticles Using Multicore Double Emulsion Droplets Generated by Two-stage Step Emulsification | Step emulsification Double emulsion droplets Porous particles | O |
| 771 | Effect of superheated surface shape on Leidenfrost drop dynamics | Leidenfrost drop Surface curvature Drop dynamics | O |
| 775 | Design Smart Microswimmers using Deep Reinforcement Learning | Direct Numerical Simulation Microswimmer Graph Neural Network | O |
| 808 | Experimental Investigation of shape of a Rising Bubble in Aqueous Gelatin Solution under Gelation Process | Bubble shape Viscoelastic fluid birefringence | O |
| 842 | Rheological Evaluation of Quincke Roller Dispersions by Direct Numerical Simulation | Quincke Roller ER Fluids Direct Numerical Simulation | O |
| 864 | Role of dispersants in aqueous conductive additive slurries and their effect on conductivity development | lithium ion battery slurry Dispersibility | O |
| 915 | Prediction of droplet size distribution based on a dimensionless correlation in a meandering static mixer | static mixer droplet breakup droplet size distribution | O |
Organizing Committee of SCEJ 57th Annual Meeting (2026)
Inquiry