1. |
Ma Songsong, Ishikawa Yasufumi, Saitou Tomoko, Ito Kohei (Kyushu Univ.), Theoretical prediction for the limiting current density of PEMEC, 第60回 日本伝熱シンポジウム, 2023.05. |
2. |
Kentaro Imai, Hironori Nakajima, and Kohei Ito
, Analysis of the influence of electrolysis voltage fluctuation on polymer electrolyte membrane electrolysis cell, 電池討論会, 2019.06. |
3. |
安谷屋佳祐, 伊藤 衡平, Experimental analysis of the gas humidity impact on open circuit voltage in PEFC
, 20th World Hydrogen Energy Conference 2014, 2014.06. |
4. |
小林直也, 伊藤 衡平, Analysis of the proton conductivity drop in polymer electrolyte membrane under sub-zero degree
, 20th World Hydrogen Energy Conference 2014, 2014.06. |
5. |
Impact of bubble behavior on performance of PEM water electrolyzer. |
6. |
Cold Start Characteristics of Polymer Electrolyte Fuel Cell. |
7. |
A review and trial on pressurizing of electrochemical hydrogen pump . |
8. |
Characterization of electrochemical hydrogen pump under high pressure condition. |
9. |
A review and trial on pressurizing of electrochemical hydrogen pump . |
10. |
A sectional observation and analysis of water droplet in the flow channel in PEFC. |
11. |
A sectional observation and analysis of water droplet in the flow channel in PEFC. |
12. |
A Development of 3D Temperature Measurement Technique for Unit PEFC by Using In-Line Thermocouple and Supporter. |
13. |
Water-behavior-triggered correlation between cell voltage and cathode differential pressure. |
14. |
Measurement of Hydrogen-gas solubility in KOHaq up to 30MPa. |
15. |
Measurement of Hydrogen Solubility and Diffusivity in Rubber by NMR method . |
16. |
In situ measurement of temperature distribution across a PEFC . |
17. |
Hydrogen solubility in water. |
18. |
Flooding analysis by visualization cell with various flow-channel pattern. |
19. |
A consideration of boundary condition for Boltzmann transport equation. |
20. |
An observation of water behavior in PEFC in through-plane direction by using a sectional model cell. |
21. |
Impact of liquid-gas two phase flow on water electrolysis cell performance. |
22. |
Numerical Analysis of Water Electrolysis Process under High-Pressure Condition considering Hydrogen and Oxygen Dissolution based on Vapor-Liquid Equilibrium . |
23. |
Experimental investigation of influence of two-phase flow behavior on PEEC performance (using the cell without flow channel). |
24. |
Measurement of temperature distribution across unit PEFC. |
25. |
A measurement method for water droplets distribution based on distributed-type optical fiber technique . |
26. |
Current-distribution Measurement in Membrane Electrode Assembly under Water Electrolysis Condition using Multi-NMR Sensors. |
27. |
Effect of two-phase flow behavior on performance of Polymer Electrolyte Electrolysis Cell. |
28. |
Numerical Analysis of Water Electrolysis Cell considering hydrogen and oxygen solubility. |
29. |
Development of a diagnostic sensor for PEFC Water Problem. |
30. |
Development of a measurement system for current and water-content with NMR sensor in polymer electrolyte membrane for fuel cell. |
31. |
Analysis for entropy generation and temperature in through-plain direction of PEFC. |
32. |
Development of real-time measurement of methanol-concentration in polymer electrolyte membrane using a local NMR sensor. |
33. |
Distribution measurement of water content in PEM under water electrolysis condition using multi-NMR sensors. |
34. |
Numerical analysis of Boltzman Transport Equation for heat and electric transport in metalic plate when a potential difference exists in through-plain direction. |
35. |
Numerical Analysis of Water Electrolysis Cell considering hydrogen solubility. |
36. |
Estimation of flooding in PEMFC gas diffusion layer by differential pressure measurement. |
37. |
Calculation of entropy generation and measurement temperature profile in PEFC. |
38. |
Calculation of entropy generation in PEFC. |
39. |
Obserbation of flooding using a tranparent PEMFC and its influence on cell voltage. |
40. |
Numerical analysis of thermoelectric phenomena by Boltzmann transport equation with discretization of every wave-number space. |
41. |
Water-content measurement in PEM under water electrolysis condition using a local NMR sensor. |
42. |
Estimate of flooding in fuel cell diffusion layer by differential pressure measurement. |
43. |
Comparison between two-phase numerical analysis and visualization experiment of polymer electrolyte fuel cell. |
44. |
Numerical Analysis of thermoelectricity in Metal Based on Boltzmann Transport Equation. |
45. |
Development of a local NMR sensor for wetness monitoring of polymer electrolyte membrane using a planar surface coil. |
46. |
Two-phase flow Numerical Analysis for Transient Response of PEMFC. |
47. |
Two-phase flow Phenomena under Transient State of PEMFC. |
48. |
Investigation of Water Blocking Phenomena in PEMFC by Numerical Simulation. |
49. |
Numerical Analysis of Heat and Electric Phenomena in Metal by Boltzmann Transport Equation. |