------ Fuel Cell ------

Control of liquid water in a PEFC gas diffusion layer (GDL) with high current density and optimum water management[PDF]
H. TSUCHIYA

Performance Analysis of Non-Humidified High-Temperature PEFC by Fuel Cell System Simulator [PDF]
R. ICHIKAWA, R. SAKAKIBARA, S. OMURA

Study on the components of oxygen transport resistance increased due to condensed water accumulation in PEFC [PDF]
Y. MATSUSHIRO

Improving PEFCs Water Management Capacity by Hybrid MPLs
Y. TANAKA, Z. PENG

Effects of Accumulated Water on Cell Performance and Mechanism of the Drainage after PEFC Cold Startup[PDF]
M. MUKAI

Development of electrocatalyst layer for highly efficient utilization of platinum
Y. NAKANO

Study on Fabrication Method of Ionomer-Free Catalyst Layer and Increase in Power Output of PEFC[PDF]
Y. MATSUSHITA

Investigation of temperature and humidity dependency of ionomer SPR characteristics toward evaluation of transport phenomena in catalyst layers
H. SAITO

------ Rechargeable Battery / Energy Storage and Conversion System ------

Study on current density distribution and active species transport in redox flow battery[PDF]
H. MUNAKATA

Study on electrode structure and electrolyte flow for performance improvement in redox flow battery[PDF]
T. KAMEDA

Ionomer coated cathode for oxygen transport resistance reduction and higher power output of lithium-air battery[PDF]
S. NISHIMORI

Study on transport phenomena near the three-phase interface for high power discharge of lithium-air batteries
H. HIROSE

Development of energy storage/hydrogen supply system using electrochemical reaction of lithium and investigation of the discharge characteristics
R. KOBAYASHI

Proposal of High-Temperature Heat Supply System using Metal Fuels and Investigation of Electrochemical Reduction Characteristics of Oxidized Metals
K. NAGAO

------ Energy and Environment System ------

Analysis of effective utilization of variable renewable energy for automobile traffic in Hokkaido[PDF]
K. MATSUBA

Analysis of regional heat supply systems available even at a disaster using local biomass resources in Hokkaido
S. NIWA