SCEJ 56th Autumn Meeting (Tokyo, 2025)
Last modified: 2025-09-29 10:33:36
Hall and day program : Hall PB, Day 2 : PB219
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Hall P, Day 2
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number | ||
|---|---|---|---|---|---|---|---|
| SY-78 [Symposium of Division of Energy Engineering] Toward a New Era of Energy Storage and Conversion Devices (Poster presentation)
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| (13:00–16:00) | |||||||
| PB201 | Development of anode electrodes with connected Ni-based particles and porous structures for AEM water electrolysis | AEMWE Electrode catalyst Hydrogen | SY-78 | 413 | |||
| PB202 | Development of solid alkaline water electrolysis system using cluster channel membranes | Hydrogen Membrane Water electrolysis | SY-78 | 432 | |||
| PB203 | Design of Water Electrolysis Process Deriven via Photovoltaic Power Generation System Considering Shade | dynamic simulation green hydrogen solar energy | SY-78 | 869 | |||
| PB204 | Effects of Ni Electrode Surface Characteristics on Hydrogen Bubble Generation in Alkaline Water Electrolysis | alkaline water electrolysis Hydrogen bubble generation | SY-78 | 368 | |||
| PB205 | One-step Solvothermal Synthesis of NiCo-BDC/NF Bifunctional Catalyst for Efficient Hydrogen Production in Urea Electrolysis | Urea Oxidation Reaction (UOR) Hydrogen Evolution Reaction(HER) Metal-Organic Framework (MOF) | SY-78 | 504 | |||
| PB206 | Phosphorus and Sulfur-Doped CuCoZIF-67@TiO2 as Bifunctional Catalyst for Photo-Assisted Hydrogen Production in Base Water Electrolysis | Electrocatalytic water splitting Metal-Organic Framework (MOF) Photocatalytic water splitting | SY-78 | 505 | |||
| PB207 | Investigation of hydrogen production method using sulfur dioxide | Ion exchange membrane Hydrogen | SY-78 | 100 | |||
| PB208 | Molecular Dynamics Investigation of the Impact of Surface Defects on Hydrogen Storage Behavior in Palladium Nanofilms | Hydrogen storage metal Molecular Dynamics surface defect | SY-78 | 654 | |||
| PB209 | (withdrawn) | 100 | 142 | ||||
| PB210 | Effect of various acids used for dissolving raw materials in the process of producing lithium hydroxide from lithium carbonate by ceramic membrane electrodialysis | LiOH Process separation | SY-78 | 208 | |||
| PB211 | Ammonia decomposition reaction in the anode of protonic ceramic electrochemical cells | Proton conductor Energy carrier Electrocatalyst | SY-78 | 455 | |||
| PB212 | CO2 Electroreduction Performance of a Copper-Silver Composite Electrode | CO2 Electroreduction | SY-78 | 151 | |||
| PB213 | Effect of the micro- and nano-structure of copper on electrochemical CO2 reduction | CO2 reduction Reaction environment Cu nanostructure | SY-78 | 246 | |||
| PB214 | Thermal runaway modeling of Lithium-ion batteries by CFD simulator | Lithium-ion battery Thermal runaway Ansys Fluent | SY-78 | 87 | |||
| PB215 | Effect of separator structure on zinc acid ion distribution in a rechargeable battery | Zinc-ion battery dendrite separator | SY-78 | 756 | |||
| PB216 | LiPO2F2-modulated electrolyte-electrode interface enables stable lithium plating/stripping with Sulfolane-Based LiNO3 Electrolytes | Lithium batteries Deep Eutectic Electrolytes Solid Electrolyte Interface | SY-78 | 474 | |||
| PB217 | Ethylene Carbonate Enhanced Lithium Plating/Stripping Efficiency in Sulfolane-based LiNO3/LiOTf Dual Salt Electrolyte | Lithium-metal batteries dual lithium salt electrolytes ethylene carbonate additive | SY-78 | 924 | |||
| PB218 | Improving Inherent Safety and Cycle-life of Sodium Metal Batteries via FEC-assisted NaNO3/Phosphate Electrolyte | Sodium metal batteries phosphate-based electrolyte Nonflammable | SY-78 | 447 | |||
| PB219 | Numerical Analysis of Interparticle Network within Electrodes for All-Solid-State Batteries | All Solid State Batteries Discrete Element Method Multi Network Model | SY-78 | 720 | |||
| PB220 | Numerical Analysis of Reaction-Transport Characteristics as Affected by Microporous Carbon Structure in Lithium-Sulfur Batteries | lithium-sulfur battery microporous carbon numerical simulation | SY-78 | 661 | |||
| PB221 | Evaluation of Mass Transfer within Porous Support in Polymer Electrolyte Fuel Cells | PEFC Mesoporous carbon Oxygen diffusion resistance | SY-78 | 678 | |||
| PB222 | Numerical Simulation of Degradation Phenomena of Catalyst Layer for Polymer Electrolyte Fuel Cells | PEFC Ostwald ripening Degradation | SY-78 | 707 | |||
| PB223 | Study on the Application of Hydrocarbon-Based Ionomers to PEFC | Fuel Cell Electrocatalyst Ionomer | SY-78 | 364 | |||
| PB224 | Preparation of graphene oxide electrolyte membrane for fuel cells Using oxamide as crosslinking agent | oxamige crosslinking agent | SY-78 | 747 | |||
| PB225 | Preparation of CNFs for the support of fuel cell electrocatalyst | Carbon nanofiber Fuel cell Electrocatalyst | SY-78 | 404 | |||
| PB226 | Study on the anode electrode layer structure of direct methanol fuel cells | direct methanol fuel cell gas diffusion layer carbon nanofibres | SY-78 | 237 | |||
| PB227 | Study on the structure of fuel vapor supply layer for passive type direct methanol fuel cells | passive type direct methanol fuel cell PTFE fuel vapor supply layer | SY-78 | 737 | |||
| PB228 | Power generation and mass transport characteristics of the direct formic acid fuel cell using an anode catalyst layer added the pore by long fiber | Direct formic acid fuel cell Mass trasnport Bubble exhaust | SY-78 | 892 | |||
| PB229 | Sn based latent heat storage microcapsule that can be used in a reduicing atmosphere | Thermal energy storage Latent heat Metal | SY-78 | 829 | |||
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SCEJ 56th Autumn Meeting (Tokyo, 2025)
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