easp 2.34; proghtml 2.34 (C)1999-2014 kawase
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Symposium <Frontiers of Fuel Cells, Solar Cells, Batteries and Other Device Technologies for Future Energy Systems -Materials, Processing and Systems Approach-> | |||||
| (9:40–11:00) (Chair: Matsuzaki Y.) | |||||
| V103 | Citation Network Analysis of Literature of Fuel Cell, Battery and Related Technologies | Citation Network Analysis Fuel Cell Battery | S-9 | 214 | |
| V104 | Effect of particle size of La0.85Sr0.15Cr1-XNiXO3-CeO2 anode for SOFC | Solid oxide fuel cell Anode Perovskite | S-9 | 998 | |
| V105 | Improvement of thermal durability and power density of SOFCs by preparing nano particles fabricated by pulsed laser deposition methods. | SOFC PLD LSC | S-9 | 876 | |
| V106 | Conductive Characteristics and Power Generation of Electrolyte Material Pr2-xBa1+xSc2O7 with Ruddlesden-Popper Structure for Solid Oxide Full Cells | Full cell ionic conductivity electrolyte | S-9 | 222 | |
| (11:00–12:00) (Chair: Tsukui S.) | |||||
| V107 | Power generation characteristicsĦĦof a small DCFC | DCFC direct carbon fuel cell carbonate | S-9 | 624 | |
| V108 | Evaluation of dependency of fuel supply frequency and temperature characteristic in Pulse Jet-Rechargeable Direct Carbon Fuel Cell | SOFC direct carbon isooctane | S-9 | 640 | |
| V109 | Relationship between electrode degradation by sulfur compounds and the fuel supply interval time in Pulse Jet - Rechargeable Direct Carbon Fuel Cell | fuel cell SOFC isooctane | S-9 | 641 | |
| (13:00–14:20) (Chair: Kikuchi R.) | |||||
| V113 | The influence of mass transfer in fuel column and reactivity to power generation characteristic of Rechargeable solid carbon fuel cell (RSCFC) | SOFC DCFC CB | S-9 | 631 | |
| V114 | Evaluation of system configurations for light integration of gasification and fuel cell | solid oxide fuel cell coal gasification Aspen plus | S-9 | 566 | |
| V115 | Process simulation of multistage fuel supply module applied SOFC for improving system efficiency | SOFC Process Analysis Multistage fuel supply | S-9 | 891 | |
| V116 | Chemical reaction coupled with surface diffusion near triple phase boundaries of solid oxide fuel cell | solid oxide fuel cell microkinetic model triple phase boundary | S-9 | 652 | |
| (14:20–15:20) (Chair: Fukunaga H.) | |||||
| V117 | High speed deposition of YSZ electrolyte thin film by pulsed laser deposition method | SOFC YSZ electrolyte PLD | S-9 | 780 | |
| V118 | Geometrically and chemically microstructural control and power generation characteristics in semiconductor-sensitized solar cell (TiO2/Sb2S3/CuSCN) | solar cell SSSCs microstructure | S-9 | 629 | |
| V119 | Influence of Localized Surface Plasmons on the Light Absorbance of the Photo-Active Layer of Organic Solar Cells and the Cell Performance | organic solar cells nanoparticles localized surface plasmon | S-9 | 974 | |
| (15:20–16:20) (Chair: Sugiyama M.) | |||||
| V120 | [Invited Lecture]Printable solar cells for next generation -Perovskite solar cells with controlled passivation interfaces for enhancing efficiency | tentative tentative tentative | S-9 | 1013 | |
| (16:20–17:00) (Chair: Ohtomo J.) | |||||
| V123 | Nanoparticles Seeded Single-Crystal Si nanowires Growth with Diameter Control Mechanism | silicon nanowires growth | S-9 | 722 | |
| V124 | Optical Properties of Porous Si / Metal Nanoparticle Composites and their Performance as Solar Cells | Porous Si Metal nanoparticle Solar cell | S-9 | 909 | |
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