
| Time | Paper ID | Title / Autors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Symposium <Symposium on Energy Engineering> | |||||
| (10:00–11:00) ( Kumita M., Kubota M.) | |||||
| V204 | Reduction Kinetics of Oxygen Carrier using Oxide Ion Conductor in Chemical-Looping Combustion | chemical looping combustion oxide ion conductor reduction kinetics | S-15 | 276 | |
| V205 | Evaluation of support effect on redox reaction of iron oxide for hydrogen storage system | iron oxide oxide ion conductor hydrogen | S-15 | 942 | |
| V206 | Dehydration and Hydration reactivity of Mg(OH)2-Ni(OH)2 composite material prepared by Mechanochemical method | Heat storage material Mechanochemical method composite material | S-15 | 178 | |
| (11:00–12:00) ( Fujioka K., Ryu J.) | |||||
| V207 | Pore Widening Treatment of Anodized Aluminum Oxide Film and Calcium Chloride Impregnation into the Pores | CaCl$2$-anodic alumina composite Pore widening treatment Water vapor sorption | S-15 | 697 | |
| V208 | Water Sorption Characteristics of Calcium Chloride/Anodized Alumina Composites | CaCl2-anodized alumina composite X-ray analysis Water vapor sorption | S-15 | 859 | |
| V209 | Preparation of Mesoporous Silica/Aluminum Composites for Water Vapor Sorption | mesoporous silica electrophoretic deposition water vapor adsorption | S-15 | 695 | |
| (13:00–14:00) ( Tsuji T., Tamura K.) | |||||
| V213 | Priority setting for policy making on research and development in energy field | Energy Policy making | S-15 | 85 | |
| V214 | Design of technology introduction scenario considering characteristics of power generation technologies | Photovoltaic power generation Load following capability Timing and Speed of implementation | S-15 | 827 | |
| V215 | Life-prolonging of sugar-alcohol phase-change-material by dropping their melting point. | Phase change material thermal energy storage nanomaterial | S-15 | 850 | |
| (14:00–15:00) ( Koyama M., Sekine Y.) | |||||
| V216 | Applications of the Ionic Semiconductor for Energy Related Fields | the Ionic Semiconductor Antioxidative Effect Energy Consumption Reduction Systems | S-15 | 66 | |
| V217 | easurement and Modeling for Thermal Conductivity of Artificial Core Samples at the decomposition of Methane Hydrates by Depressurizing Method | Methane Hydrates Thermal Conductivity Core Structure | S-15 | 557 | |
| V218 | Simplification and Energy Saving of Drying Process Based on Self-Heat Recuperation Technology | Drying self-heat recuperation (SHR) energy saving | S-15 | 209 | |
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