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SCEJ 56th Autumn Meeting
Sep. 16 (Tue) - 18 (Thu), 2025
Toyosu Campus, Shibaura Institute of Technology
Japanese page
This symposium covers a wide range of research presentations on engineering of powder and fine particles including synthesis and application, mechanical separation, nanoparticles and aerosols.
\n\nThe "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.
\n\nYou can enter the competition via the link below.
\n\nMost recent update: 2025-12-05 14:48:01
 The keywords that frequently used in this topics code. | Keywords | Number | |
|---|---|---|---|
| Powder compaction | 2 |  | |
| CNT | 1 | | |
| ACKN No. | Title/Author(s) | Keywords | Style |
|---|---|---|---|
| 78 | Development of coarse-grained DEM model derived from continuum theory of granular flow | Coarse-grained DEM Continuum theory Mixing | O |
| 216 | Numerical analysis of compression process for battery material using multi-particle finite element method | All-Solid-state battery Powder compaction Multi-particle finite element method | O |
| 312 | Porosity design of Pt/Nb-SnO2 catalyst layer for fuel cells using macroporous particles with mechanical durability | Fuel cell Catalyst support Aerosol | O |
| 399 | Synthesis of oxide particles by denitration reaction using microwave heating with CNTs as susceptors | CNT microwave denitration reaction | O |
| 420 | Characteristics of the reaction of calcium hydroxide powder with mixed gas of hydrogen chloride and carbon dioxide at high temperatures | calcium hydroxide powder HCl CO2 | O |
| 444 | Synthesis of environmentally friendly pesticide-encapsulated PLGA nanoparticles | Nanopesticides PLGA Insect | O |
| 577 | Deep understanding viscous behavior during powder compression using the Jump Test | Powder compaction Jump test Compression speed | O |
| 653 | Effects of a two-component solution mixing ratio and a particle moving velocity on adhesive force of a silica particle | Shear rate-viscosity curve AFM colloidal probe technique Adhesive force | O |
| 664 | Estimation of single fiber efficiency of fibrous air filter using extended Kuwabawa Cell model | Air Filter Langevin dynamics method Collection Efficiency | O |
| 758 | Continuous synthesis of Cu nanoparticles using spray mixing system | Cu Nanoparticle Spray Synthesis | O |
| 775 | Development of an Evaluation Method for Particle Dispersion States Using Fluorescence Spectroscopy | Fluorescence Dispersion State Zinc Oxide | O |
| 786 | Improving flowability of powder materials for all-solid-state batteries by adding fine particles | All-solid-state batteries powder flowability Fine particle addition | O |
Organizing Committee of SCEJ 56th Autumn Meeting (2025)
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