Japanese page RELOAD
SCEJ 85th Annual Meeting (2020)
Last modified: 2020-03-02 11:00:00
Program search result : 固体 : 19 programs
The preprints(abstracts) can be viewed by clicking the Paper IDs.
(The ID/PW are sent to the registered participants and invited persons.)
- The program for IChES 2020 is here
(The ID/PW are sent to the registered participants and invited persons.)
- The program for IChES 2020 is here
Title (J) field includes “固体”; 19 programs are found.
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 1 | K113 | Downsizing of sulfide solid-electrolyte particles by liquid shaking method | All-solid-state lithium battery Liquid Shaking method Li3PS4 | 12-c | 256 |
| Day 1 | PA132 | Numerical investigation on particle behavior in an multi-cavity die | Discrete Element Method Computational Fluid Dynamics Die filling | 6-e | 697 |
| Day 1 | PA151 | High Efficient Operation Conditions in Polymer Electrolyte Fuel Cell System with Hydrogen Recycling | polymer electrolyte fuel cell water management operation conditions | 9-e | 774 |
| Day 1 | PA158 | Measurement of temperature and relative humidity dependencies of oxygen reduction reaction rate in PEFC by using platinum-sputtered catalyst | polymer electrolyte fuel cell oxygen reduction reaction platinum-sputtered electrode | 9-e | 693 |
| Day 1 | PA167 | Oxidative Coupling of Methane in Solid Oxide Electrolysis Cells | Oxidative methane coupling Ethane Ethylene | 9-e | 526 |
| Day 1 | PA168 | Mathematical modeling for Direct Formate Solid Alkaline Fuel Cell considering reaction-diffusion phenomena of fuels. | Direct formate fuel cell Mathematical model Fuel transport | 9-e | 611 |
| Day 1 | L123 | Development of connected Ir-Ru nanoparticle catalysts for polymer electrolyte water electrolysis | Polymer electrolyte water electrolysis Connected nanoparticle catalysts Carbon free catalysts | 12-d | 587 |
| Day 3 | PD329 | Numerical simulation of packing structure and compression process of cohesive multisized particles. | Discrete Element Method Packing structure Powder compression | 2-f | 60 |
| Day 3 | PD345 | Development of Detailed Chemical Kinetic Model of Water Gas Shift Reaction over Several Solid Catalysts | catalyst WGS simulation | 5-a | 466 |
| Day 3 | L307 | Determination of governing dimensionless moduli of PEFC from dependency of polarization curve on oxygen partial pressure | polymer electrolyte fuel cell analysis method dimensionless moduli | 9-e | 638 |
| Day 3 | K309 | DFT study of attractive capillary bridge forces between solid surfaces in gas and liquid media | Surface forces Capillary-induced phase transition Density functional theory | 12-a | 617 |
| Day 3 | L313 | Investigation of high-efficiency solid oxide fuel cells with bilayer electrolyte | Solid oxide fuel cell Bilayer electrolyte Transport property | 9-e | 659 |
| Day 3 | J315 | Effects of dispersant for PECVD process with concurrent use of solid raw material upon synthesized composite thin films | titanium dioxide carbon nanotube photocatalyst | 5-h | 572 |
| Day 3 | L314 | Proposal of the model of comprehensive anode reaction in solid oxide fuel cell / electrolysis cell and constructing the method of multivariable fitting | Solid Oxide Fuel Cell Kinetics modeling Langmuir-Hinshelwood | 9-e | 698 |
| Day 3 | PE316 | Analysis of constant pressure expression of power law non-Newtonian fluid/solid mixture - simple determination of flow behavior index | Expression Power law non-Newtonian fluid Flow behavior index | 4-b | 267 |
| Day 3 | PE371 | Investigation of the effect of hot compressed water-methanol mixed solvent on solid acid catalyzed reactions | Hot compressed water-methanol Solid acid catalyst Pinene isomerization | 8-b | 599 |
| Day 3 | PE382 | Kinetic analysis of solid base catalyzed reaction in supercritical methanol using transesterification as a model reaction | Supercritical methanol Solid base catalysts Kinetic analysis | 8-d | 489 |
| Day 3 | L315 | Effect of Ion Conductive Oxide for Direct Carbon Nanotube Growth in the Solid Oxide Fuel Cell | Solid oxide fuel cell Carbon nanotube oxide ion conductor | 9-e | 542 |
| Day 3 | L316 | Development of Intermediate-Temperature Electrolysis Cells Using Solid Phosphate Electrolytes | electrolysis intermediate temperature solid phosphate | 9-e | 437 |
| DispCtl: |
|---|
Technical program
Technical sessions (Wide)
(For narrow screen)
Session programs
Search in technical program
SCEJ 85th Annual Meeting (2020)
© 2023 The Society of Chemical Engineers, Japan. All rights reserved.For more information contact Organizing Committee of SCEJ 85th Annual Meeting (2020) and IChES 2020
E-mail: inquiry-85a
www3.scej.org