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SCEJ 54th Autumn Meeting (Fukuoka, 2023)
Program search result : 東工大化生研 : 14 programs
The preprints(abstracts) are now open (Aug. 28). These can be viewed by clicking the Paper IDs. The ID/PW sent to the Registered participants and invited persons are required.
Affillations (J) field begins with “東工大化生研”, “Tokyo Tech”; 14 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 |
|---|---|---|---|---|---|
| Day 1 | PB152 | Fabricating bioluminescent biosensors using an antibody binding protein with whole antibodies | Antibody Antibody binding protein Bioluminescence | SY-67 | 653 |
| Day 1 | PB177 | Development of electrochemical aptasensor using membrane pores as a molecular reaction space | Biosensor Electochemical aptasensor Aptamer | SY-67 | 952 |
| Day 1 | PB188 | Development of Biosensor using submicron-sized membrane pore for signal amplification | Biosensor point-of-care testing signal amplification | SY-67 | 1000 |
| Day 1 | PB177 | Development of electrochemical aptasensor using membrane pores as a molecular reaction space | Biosensor Electochemical aptasensor Aptamer | SY-67 | 952 |
| Day 1 | PB152 | Fabricating bioluminescent biosensors using an antibody binding protein with whole antibodies | Antibody Antibody binding protein Bioluminescence | SY-67 | 653 |
| Day 1 | PB188 | Development of Biosensor using submicron-sized membrane pore for signal amplification | Biosensor point-of-care testing signal amplification | SY-67 | 1000 |
| Day 2 | I202 | Improvement of Oxygen Evolution Activity of Porous Nickel Catalysts by Surface Modification and Application to Anion-Exchange Membrane Water Electrolysis Cells | Self-Supported Metal Phosphide Anode Catalyst Ether-Free Aromatic Polyelectrolyte Hydrogen Production | ST-23 | 994 |
| Day 2 | I203 | Data Science-assisted Unveiling Comprehensive Descriptors for Electrocatalytic Anodic Reaction in Water Electrolysis on Multimetal Oxides | alkaline water electrolysis electrocatalyst machine learning | ST-23 | 565 |
| Day 2 | PA210 | Development of Ni foam-supported non-precious metal catalysts via electrodeposition for anion exchange membrane water electrolyzer | Electrocatalysts Electrodeposition Anion exchange membrane water electrolyzer | SY-79 | 913 |
| Day 2 | PB209 | Improving the Performance of Protonic CeramImproving the Performance of Protonic Ceramic Fuel Cells by Controlling Leakage Current Using Bilayer Electrolytesic Fuel Cells by Controlling Leakage Current Using Bilayer Electrolytes | Protonic ceramic fuel cells Bilayer electrolytes Leakage current | SY-75 | 619 |
| Day 2 | PB223 | Development of high-performance anion exchange membrane water electrolysis cells with porous non-precious metal anode catalysts | Hydrogen production Anion exchange membrane water electrolysis Porous non-precious metal | SY-75 | 825 |
| Day 2 | PB210 | Structural control and performance analysis of carbon-free catalyst layers using connected Pt-Co nanoparticle catalysts for PEFCs | Polymer electrolyte fuel cell Carbon free catalyst layers Structural control | SY-75 | 821 |
| Day 2 | PB224 | Design and development of non-precious metal sulfide catalysts for alkaline water electrolysis | alkaline water electrolysis non-precious metal oxygen evolution reaction | SY-75 | 1001 |
| Day 3 | F302 | Precise surface modification methods for the development of superior water treatment membranes | fouling zwitterionic polymer membrane | SY-78 | 1015 |
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SCEJ 54th Autumn Meeting (Fukuoka, 2023)
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