Authors field exact matches “Kameda Keisuke”; 8 programs are found. (“Poster with Flash” presentations are double-counted.)
The search results are sorted by the start time.
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
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Day 2 | Chair: | ||||
S201 | Development of wire type electrical heated catalyst | alumite catalyst electrical heated catalyst wire type catalyst | ST-23 | 738 | |
S202 | LMO resynthesis from leachate and bio-graphite synthesis from woody sawdust for the creation of environmentally low-impact LIBs | LIB Graphite Hydrothermal | ST-23 | 298 | |
S203 | Numerical analysis of effect of particle size distribution on ionic conductive path in electrode for all solid state battery | Discrete Element Method All solid state batteries Shortest path algorithm | ST-23 | 922 | |
Day 2 | S204 | Temperature dependency on the charge/discharge characteristics of carbon air secondary battery system | solid oxide fuel cell carbon dioxide | ST-23 | 593 |
Day 2 | S205 | Development of nickel-based fuel electrode for carbon/air secondary battery system balancing high efficiency and improvement in durability. | carbon/air secondary battery system solid oxide fuel cell carbon dioxide | ST-23 | 342 |
Day 2 | S206 | Discharge and Charge Characteristics of carbon/air secondary battery system Systems Depending on Thermet Electrodes | solid oxide fuel cell battery carbon dioxide | ST-23 | 672 |
Day 2 | E213 | Calculating Potential of Solar Cell on Building Façades for Japan's Energy System Optimization in 2050 | Solar cell facade installation Energy system optimization | ST-22 | 580 |
Day 2 | E214 | Prediction model for real-time power generation of solar cells with shadow simulation based on module structure and irradiance fraction | Solar cell Energy system Prediction model | ST-22 | 865 |
Day 2 | YB206 | Visualization of Energy Consumption Behavior Using Clustering-Based SHAP Value Analysis | energy system machine learning big data | SY-75 | 704 |
Day 2 | YB208 | Proposal Pulse-jet Solid Oxide Electrolysis Cell As a Hydrogen Production Method that Follows Fluctuations in Power Generation from Variable Renewable Energy Sources | Solid oxide electrolysis cell | SY-75 | 898 |
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SCEJ 55th Autumn Meeting (Sapporo, 2024)