Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Energy engineering | |||||
(9:20–10:44) (Chair: Shoji Ryo, Hasegawa Isao) | |||||
J01 | Power Generating Performance Characterization of Microbial Fuel Cell with Some Additives | Microbial Fuel Cell Power Generating Bacteria Load Characterization | 9-e | 97 | |
J02 | Effective viscosity measurements of heat strage microcapsule dispersion with a tuning fork vibro viscometer | Effective viscosity Heat strage microcapsule tuning fork vibro viscometer | 9-b | 42 | |
J03 | Effective viscosity measurements of heat strage microcapsule dispersion with a rotational viscometer | Effective viscosity Heat strage microcapsule Rotational viscometer | 9-b | 43 | |
J04 | Hydrogen production at low potential using layered MnO2 electrode containing Co complexes on bamboo charcoal/CNT | Hydrogen production Low potential Layered MnO2 | 9-a | 135 | |
J05 | Bioethanol Productionfrom Food Waste | koji glucose venezictic solution | 9-f | 412 | |
J06 | Starch Ingredients which is Useful in producing biofuel | Biofuel Starch Ethanol | 9-c | 241 | |
J07 | Basic Study on Practical Use of Microbial Batteries and Evaluation of Their Output Characteristics | Microbial Batteries Output Characteristics | 9-e | 94 | |
Break | |||||
Energy engineering | |||||
(10:50–12:02) (Chair: Hasegawa Isao, Atsumi Ryosuke) | |||||
J09 | Influence of Corrosion on Thermochemical Water Splitting via Na-Redox Cycle | Na-Redox hydrogen thermochemical water splitting | 9-a | 326 | |
J10 | Investigation of liquid-phase dehydrogenation process using decaline as a hydrogen carrier | Dehydrogenation Decalin Superheated liquid-film state | 9-e | 238 | |
J11 | Environmental conditions for biomass production by microalgae culture using deep sea water | deep sea water oceanic algae biofuel | 9-a | 61 | |
J12 | Development of thermal storage microcapsules containing sugar alcohols and evaluation of heat storage / radiation characterization | thermal storage sugar alcohols microcapsules | 9-b | 318 | |
J13 | A Study on the Relationship between the Compositional Ratio and the Heat of Combustion in Solid Fuels -Gel formed by mixing a saturated aqueous solution of calcium acetate and alcohol- | gel solid fuels compositional ratio | 9-d | 26 | |
J14 | Evaluation of PEFC output performance by simulation with effect of carbon support structure | Polymer Electrolyte Fuel Cell modeling carbon support | 9-a | 385 | |
Lunch break | |||||
Energy engineering | |||||
(13:00–14:12) (Chair: Inoue Gen, Hanada Nobuko) | |||||
J20 | Effect of Fatty Acid Addition on Melting and Crystallization of Erythritol | Latent heat storage Erythritol Fatty acid | 9-b | 121 | |
J21 | Mass transport analysis of organic active materials for redox flow batteries | Organic active material Mass transport analysis Redox flow battery | 9-a | 203 | |
J22 | Sixth feature of supramolecular dye solar cells: Tunneling effect of aluminum oxide layer | Tunneling effect solar cells aluminum | 9-a | 169 | |
J23 | Study on the mechanism of Dye-Sensitized Solar Cells | Dye-Sensitized Solar Cells wavelength pigment | 9-a | 49 | |
J24 | Development of Magnesium Hydroxide-Based Chemical Heat Storage Material for Effective Utilization of Vehicle Exhaust Heat | Chemical heat storage Gas-solid reaction Magnesium hydroxide | 9-b | 127 | |
J25 | Reactivity evaluation of chemical heat storage material pellets | Chemical heat storage Magnesium hydroxide Pellet | 9-b | 123 | |
Break | |||||
Energy engineering | |||||
(14:20–15:20) (Chair: Akamatsu Masato, Inoue Gen) | |||||
J27 | Real-time measurement in power generation using microorganisms | Microorganism New energy source Electricity | 9-e | 306 | |
J28 | Hydrogen production from steam co-gasification of biomass | Biomass Co-gasification Hydrogen Production | 9-c | 3 | |
J29 | Hydrothermal gasification of aqueous organic solutions using carbon-supported nickel catalysts | nickel catalysts hydrothermal gasification aqueous organic solutions | 9-c | 197 | |
J30 | Increasing the Voltage of dye-sensitized solar cells using chalk made of calcium carbonate | solar cell dye chalk | 9-a | 377 | |
J31 | Catalyst development for synthesis of valuable substances from biogas | CO2 hydrogenation Zirconia Biogas | 9-c | 107 |