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| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| SCEJ Division session SE-9. <From Materials to Systems for Fuel Cells, Solar Cells, Batteries and Other Device Technologies Considering the Social Needs in the Next Generation (Poster Presentation Category)> | |||||
| ZA2P01 | Highly conductive ionic-liquid gels prepared with orthogonal double networks of a low-molecular-weight gelator and cross-linked polymer | double-network gels ionic liquids high conductivity | SE-9 | 70 | |
| ZA2P02 | Carbon gel / carbon nanofiber composites for high rate EDLC | Electric double layer capacitor Porous material Carbon nanofiber | SE-9 | 192 | |
| ZA2P03 | Development of semi-solid flow battery using quinonic compounds | smart grid semi-solid flow battery quinonic/hydroquinonic organic compounds | SE-9 | 447 | |
| ZA2P04 | Fabrication of conductive sheet using long carbon nanofibers | carbon nanofiber buckypaper gas diffusion electrode | SE-9 | 596 | |
| ZA2P05 | Synthesis of porous carbons using graphene oxides | graphene oxide porous carbon pillar | SE-9 | 613 | |
| ZA2P06 | Sn negative electrode prepared by electrodeposition for Na-ion secondary batteries | Na-ion batteries Sn electrodeposition | SE-9 | 778 | |
| ZA2P07 | Surface State Controlled Thermosetting Resin-Based Active Carbon for High Density Electric Double Layer Capacitor | EDLC activated carbon resin-based carbon | SE-9 | 835 | |
| ZA2P08 | performance Evaluation of Dye Sensitized Solar Cell with Fluorescent Pigment | dye sensitize solar cell fluorescent pigment electrolyte | SE-9 | 189 | |
| ZA2P09 | Relation between microstructure of each layer and power generation characteristics in perovskite solar cell (TiO2/CH3NH3PbI3/Spiro-MeOTAD) | perovskite microstructure solar cell | SE-9 | 741 | |
| ZA2P10 | Reason for improvement in Seebeck coefficient of thermoelectric material | thermoelectric material Seebeck coefficient semiconductor substrate | SE-9 | 148 | |
| ZA2P11 | Composite (Bi0.3Sr0.7)(Co0.3Fe0.7)O3-δ cathode for intermediate temperature solid oxide fuel cells | SOFC Cathode Bismuth Oxide | SE-9 | 79 | |
| ZA2P12 | Effect of La/W ratio on proton conductivity in lanthanum tungstate | proton conductor solid electrolyte lanthanum tungstate | SE-9 | 144 | |
| ZA2P13 | Development of local electrochemical measurements of electrode reaction in solid oxide fuel cells using scanning probe microscopy | SOFC scanning probe microscopy local electrochemical measurement | SE-9 | 147 | |
| ZA2P14 | Performance Evaluation of Metal Supported Solid Oxide Fuel | Solid Oxide Fuel Cell metal substrate thin film | SE-9 | 265 | |
| ZA2P15 | Improvement of power density and TPB length by inserting AFL in SOFC | SOFC Triple phase boundary Functional Layer | SE-9 | 296 | |
| ZA2P16 | power generation characteristic of solid oxide fuel cell which is added proton conductor with dry methane | solid oxide fuel cell dry methane proton conductor | SE-9 | 671 | |
| ZA2P17 | (withdrawn) | 100 | 772 | ||
| ZA2P18 | Effect of particle deposition behavior of perovsite anode for SOFC | Solid oxide fuel cell Anode Perovskite | SE-9 | 844 | |
| ZA2P19 | Structural control and performance analysis of MEA in solid-state alkaline fuel cells | solid-state alkaline fuel cell membrane electrode assembly | SE-9 | 724 | |
| ZA2P20 | Effect of the impurities in a crude bio-ethanol on the performance of a direct ethanol fuel cell | Direct ethanol fuel cell bio-ethanol impurity | SE-9 | 223 | |
| ZA2P21 | CO2 selectivity by silica embedded catalyst support for direct ethanol fuel cell | Direct ethanol fuel cell silica embedded carbon nanofiber CO2 selectivity | SE-9 | 342 | |
| ZA2P22 | The methanol oxidation activity for PtRu catalyst on TiO2 modified CNF support | TiO2 modified CNF support Electrode catalyst Direct Methanol Fuel Cell | SE-9 | 233 | |
| ZA2P23 | Characterization of fuel cell catalysts using a chemisorption/desorption method | chemisorption support effect methanol oxidation | SE-9 | 387 | |
| ZA2P24 | Fabrication of the high loaded Pd catalyst using pre-ultrasonication for the chemical reduction | direct formic acid fuel cell palladium catalyst ultrasonication | SE-9 | 380 | |
| ZA2P25 | Effect of the structure of the catalyst layer on the anode overpotential of direct formic acid fuel cell | direct formic acid fuel cell anode overpotential anode catalyst layer | SE-9 | 450 | |
| ZA2P26 | Performance of bio-fuel cell anode using glucose oxidase immobilized carbon | bio-fuel cells enzyme carbon | SE-9 | 941 | |
| ZA2P27 | Effect of Carbon-bridge Structure in Cathode Catalyst Layer on Cold Start Characteristics in PEFC | Polymer Electrolyte Fuel Cell Ice Formation Catalyst Layer Structure | SE-9 | 384 | |
| ZA2P28 | Highly durable membrane-electrode-assembly using Pt-alloy catalysts with superlattice structures for polymer electrolyte fuel cells | Superlattice Membrane-electrode-assembly Polymer electrolyte fuel cells | SE-9 | 479 | |
| ZA2P29 | Crystallization of TiOx (x < 2) by flame spray pyrolysis and post-annealing | Titanium suboxide strong metal-support interaction flame aerosol synthesis | SE-9 | 545 | |
| ZA2P30 | Study of Dry Reforming Catalysts for Efficient Heat Recovery of Exhaust Heat from high-temperature fuel cells | Supported Catalyst Methane Dry Reforming Ionic Conductivity | SE-9 | 416 | |
| ZA2P31 | Scenario analysis of technology introduction on energy carrier considering the regional characteristics | Energy carrier Scenario analysis Regional characteristics | SE-9 | 592 | |
| ZA2P32 | Development of Metallic phase change material (PCM) capsule for high-temperature thermal energy storage system | Phase Change Material Latent Heat Storage Encapsulation | SE-9 | 622 | |
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