easp 2.31; proghtml 2.28c (C)1999-2011 kawase
Day 1 | |||||
|---|---|---|---|---|---|
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Energy engineering | |||||
| (9:00-10:00) (Chairperson T. Tamaki) | |||||
| A101 | (JPN) Performance properties of polymer electrolyte membrane fuel cell using a hybrid membrane with anion conductive layer. | Fuel cell Anion conductive layer Water management | 9-e | 308 | |
| A102 | (JPN) Investigation of the Effect of Liquid Water Accumulation on Cell Voltage in Operating PEMFCs by Soft X-ray Radiography | PEFC In-situ diagnosis Soft X-ray radiography | 9-e | 703 | |
| A103 | (JPN) Real time measurement of water transport in a polymer electrolyte fuel cell | PEFC Water management Humidity sensor | 9-e | 425 | |
| (10:00-11:00) (Chairperson J. Kubota) | |||||
| A104 | (JPN) Structure control of trimetallic platinum alloy nano particles and evaluation of durability for PEFC | PEFC Durability Pt alloy | 9-e | 138 | |
| A105 | (JPN) Evaluation of electrical conductivity in proton conducting phosphate glass-ceramics | fuel cell proton conducting glass-ceramics sol-gel method | 9-e | 225 | |
| A106 | (JPN) development of metal separator with carbon coats for a fuel cell | Polymer Electrolyte Membrane Fuel Cell metal separator carbon coats | 9-e | 566 | |
| (11:00-12:00) (Chairperson J. Otomo) | |||||
| A107 | (JPN) Development and evaluation of electroconductive titanium oxides series for non-Pt electrocatalysts for oxygen reduction reaction of polymer electrolyte fuel cells | Oxygen reduction reaction Nb-doped TiO2 carbon | 9-e | 173 | |
| A108 | Nanoparticled Metal Oxides Electrocatalysts Based on Group IV or V for PEFC Cathodes. | PEFCs Oxygen reduction reaction Ta-oxide catalysts | 9-e | 436 | |
| A109 | (JPN) TiO2 embedded CNF support for the anode catalyst of DAFCs | Direct Alcohol Fuel Cell anode catalyst TiO2 nanoparticle | 9-a | 379 | |
| (13:00-14:00) (Chairperson T. Nakagaki) | |||||
| A113 | (JPN) Development of hydrogen purification process using CO adsorbent and metal hydride | CO Adsorbent Metal Hydride Hydrogen | 9-e | 412 | |
| A114 | (JPN) Tungsten carbide nanoparticles for methanol oxidation reaction | Direct Methanol Fuel Cell Anode catalyst Tungsten carbide | 9-a | 491 | |
| A115 | (JPN) Production of hydrogen peroxide in polymer electrolyte membrane fuel cell. | hydrogen peroxide PEMFC degradation | 9-e | 454 | |
| (14:00-15:00) (Chairperson M. Sudoh) | |||||
| A116 | (JPN) A numerical analysis of surface reactions, diffusion, and charge-transfer reactions near triple phase boundaries in the SOFC anode based on elementary reaction mechanism | SOFC triple phase boundary microkinetic modeling | 9-e | 50 | |
| A117 | (JPN) Influence of the Pre-Supply Fuel Gas Composition on the Power Generation Characteristics in Pulse-Jet Rechargeable Direct Carbon Fuel Cells | SOFC direct carbon isooctane | 9-e | 739 | |
| A118 | (JPN) Experimental study on anodic reaction mechanism by fuel gas composition in electrochemical partial oxidation | Electrochemical partial oxidation Dry methane Anodic reaction mechanism | 9-e | 463 | |
| Chemical Industry Technology Forum: Development projects for IGCC technology in Japan | |||||
| (15:20-16:00) (Chairperson I. Naruse) | |||||
| A120 | [Invited lecture](JPN) The Importance of IGCC and its Future Prospect | IGCC gasification efficiency | F-1 | 268 | |
| (16:00-16:40) (Chairperson H. Kamiya) | |||||
| A122 | [Requested lecture](JPN) Progress in 250MW Air-blown IGCC Demonstration Plant | IGCC Coal Gasification Demonstration Plant | F-1 | 270 | |
| (16:40-17:20) (Chairperson H. Makino) | |||||
| A124 | [Requested lecture](JPN) J-POWER's CCT Activities -Update of EAGLE Coal Gasification- | IGCC EAGLE Coal Gasification | F-1 | 272 | |
Day 2 | |||||
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Chemical Industry Technology Forum: Kick-off symposium on the Committee of Energy System for Next Generation Society | |||||
| (9:00-12:00) (Chairperson T. Nakagaki) | |||||
| A201 | [Requested lecture](JPN) Action plan of the committee of Energy Systems for a Future Society | Energy Systems Future Society | F-2 | 465 | |
| A202 | [Invited lecture](JPN) Global view for the next generation energy sysytem | Energy Systems Future Society | F-2 | 469 | |
| A204 | [Invited lecture](JPN) Energy saving and its future scope in iron works | Energy Systems Future Society | F-2 | 472 | |
| A206 | [Invited lecture](JPN) Energy utilization and its future scope in heavy chemical industry | Energy Systems Future Society | F-2 | 473 | |
| A208 | (JPN) Efficient Use of Fossil Fuels in Advanced Energy Systems for Future Japanese Society | Energy Systems Future Society | F-2 | 476 | |
Day 3 | |||||
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Energy engineering | |||||
| (9:00-10:00) (Chairperson R. Kikuchi) | |||||
| A301 | (JPN) Correlation of crystallinity of SOFC electrolyte and output power | SOFC PLD Crystallinity | 9-e | 184 | |
| A302 | (JPN) Effects of A, B Site Defects on the Power Generation Characteristics of Novel Proton Conductor Pr1-xM1+xIn1-yO4 (M=Ba, Sr) | Solid oxide fuel cell electrolyte proton conductor | 9-e | 793 | |
| A303 | (JPN) Highly-efficient SOFC system using CO2 absorbent (II) | SOFC CO2 absorbent CCS | 9-e | 155 | |
| (10:00-11:00) (Chairperson M. Koyama) | |||||
| A304 | (JPN) Suppressing degradation effect by electrochemical oxidation in solid oxide fuel cells using dry methane as fuel | SOFC electrochemical oxidation degradation | 9-e | 761 | |
| A305 | (JPN) Research on SOFC anode of low Ni concentration | SOFC anode mixed conductor | 9-e | 135 | |
| A306 | (JPN) Electrochemical performance of anodes infiltrated by proton conductor with K2NiF4 structure in solid oxide fuel cells | solid oxide fuel cell anode proton conductor | 9-e | 770 | |
| (11:00-12:00) (Chairperson A. Takagaki) | |||||
| A307 | (JPN) Design and evaluation of a energy management system at Maniwa SMART factory | renewable energy photovoltaic power generation energy system | 9-e | 183 | |
| A308 | (JPN) Conditions for introduction of alternative power sources to the nuclear energy | alternative power sources conditions for introduction critical price | 9-e | 284 | |
| A309 | (JPN) Impact of various energy technology options on the reduction of GHG emissions | GHG emissions scenario analysis energy system modeling | 9-e | 447 | |
| (13:00-14:00) (Chairperson A. Nishimura) | |||||
| A313 | (JPN) High efficiency Interactive Energy System through the use of PV & EV | Photovaltaic Electric Vehicle Energy System | 9-e | 185 | |
| A314 | (JPN) Effects of the Titanium Oxide Layer Morphology on the Performance of P3HT/ICBA Organic Solar Cells | organic solar cell TiO2 morphology | 9-e | 736 | |
| A315 | (JPN) Light Management using Surface Micro/Nano-structures and Metal Nanoparticles for the Enhancement of Solar Cell Efficiencies | Metal nanoparticle micro/nano structure Si solar cell | 9-e | 743 | |
| (14:00-15:20) (Chairperson Y. Komoda) | |||||
| A316 | (JPN) Preparation of porous carbon fibers form PAN copolymer and their capacitive properties. | capacitor activated carbon fiber polyacrylonitrile copolymer | 9-e | 482 | |
| A317 | (JPN) Analysis of electric power system considering power fluctuations in renewable energy | Electricity daily load Biomass power generation Life Cycle Assessment | 9-e | 504 | |
| A318 | (JPN) Proposal and verification of new piezoelectric power generator from low-temperature waste heats, and its upgrading strategies | piezoeloctric power generator power harvesting waste heat regeneration | 9-d | 717 | |
| A319 | (JPN) Experimental Studies on Upgrading Power Harvesting Technologies Invented and/or Proposed from Low-Temperature Waste Heats | power harvesting laminated piezoeleoctric elements waste heat regeneration | 9-d | 758 | |
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