横浜国立大学先端科学高等研究院シンポジウム・シリーズ第８回

水素エネルギー変換化学研究ユニット

1st International Workshop on Hydrogen and Fuel Cells
in 8th International Summer School on Advanced Studiesof Polymer Electrolyte Fuel Cell

Date: ２０１５/９/２
Time: １３：３０-１８：００
Place: 横浜国立大学
エネルギー工学棟５０１号室
Building of Energy
Engineering (N8-8),

Keynote Lecture
13:30 ~ 15:00
Dr. Alexander Schenk,
Graz University of Technology, Austria“High temperature PEM fuel cells forstationary combined heat and power
production”

79-5 Tokiwadai, Yokohama

Prof. Gen Inoue, Department of Chemical
Engineering, Kyoto University, Japan“Evaluation of PEMFC porous electrodestructure and cell performance by computer
reconstruction and simulation”

Student Poster Presentation 15:00~17:00

14. Kinetics of oxygen reduction reaction in acidic media on titanium oxidebased catalysts prepared from oxy-titanium tetra-pyrazino-porphyazine
Tomoaki Hayashi, Yokohama National University

Yokohama National University,

1.

Active and stable oxygen reduction catalysts for the high temperature polymer
electrolyte fuel cell
Ilena Kaltenboeck, Graz University of Technology

15. Catalytic activity and durability of LaNiO3/Ni for oxygen evolution foralkaline water electrolysis under potential cycling
Jiajin Bi, Yokohama National University

2.

The influence of two different synthesis routes on the performance of aluminia
supported iron oxygen carrier for the steam iron process
Malli Karin, Graz University of Technology

16. The charge transfer of toluene direct electrohydrogenation reaction on Pt/C
Bao Yun, Yokohama National University

3.

A numerical study on carbon formation in porous sofc anodes
Christoph Schluckner, Graz University of Technology

17. Polarization for A toluene hydrogenation electrolyzer with various operation
temperature and toluene concentration feeding
Yuki Sawaguchi, Yokohama National University

4.

Impedance spectroscopy as a characterization method for electrochemical devices
RITT Katharina , Graz University of Technology

5.

Experimental investigation of carbon formation on the anode of a large planar asc-sofc
Vanja Subotić, Graz University of Technology

6.

Palladium based electrocatalysts for ethanol oxidation reaction in alkaline medium
Bernd Cermenek, Graz University of Technology

7.

Synthesis and characterisation of carbon supported bimetallic platinum-goldnanoparticles for borohydride direct oxidation
Maximilian Grandi, Graz University of Technology

8.

Real-time quantification method for hydrogenJan Senn, Graz University of Technology

9.

Hydrolysis in direct borohydride fuel cells
Robert Zacharias, Graz University of Technology

10. The benefits of a mixed electrolyte approach for direct borohydride fuel cells
Christoph Grimmer, Graz University of Technology
11. Oxygen evolution reaction of zirconium oxide thin film for alkaline water electrolysis
Ayaka Oish, Yokohama National University
12. Activity for oxygen evolution reaction on Ir-Ta-Zr composite electrocatalysts in sulfuric
acid with toluene contamination
Kohei Nagai, Yokohama National University
13.

Evaluation of durability of titanium-niobium oxides mixed with Ti4O7 as non-precious
metals and carbon-free cathodes for PEFC in sulfuric acid at 80 oC
Makoto Hamazaki, Yokohama National University

18. Titanium-niobium oxides as non-platinum cathodes for polymer electrolyte
fuel cells
Yuko Tamura, Yokohama National University
19. Relationship between crystal structure and OER of LixNi2-xO2/Ni foralkaline water pelectrolysis
Sho Fujita, Yokohama National University
20. Durability of IrO2-Ta2O5 / Ti anode with toluene contamination
Kenji Matsumae, Yokohama National University
21. Temperature distribution responses of a micro-tubular SOEC after anelectric load change
Tatsuya Mizusawa, Yokohama National University
22. In situ humidity measurements at the CL surface by MEMS based sensors
Jun Tsujikawa, Yokohama National University
23. Simultaneous measurements of liquid water distributions and thetemperature at the CL-MPL interface inside operating PEMFC
Kentaro Watanabe, Yokohama National University
24. A three-dimensional numerical analysis of the effects of water transport
property in flow channel and GDL on PEMFC unsteady response
Koji Takaya, Yokohama National University
25. Conjugate analysis of heat-species-charge transport for evaluating effectsof the temperature gradient on cell performance
Kiyofumi, Miyagawa, Yokohama National University
26. Using microbial fuel cells with shewanella biofilm electrode for rapid andadvanced operation of wastewater treatment
Kaito Shinoda, Yokohama National University【申込・お問い合わせ】 交流会 ポスター会場にて参加費 2,000 円
ご出席を希望される方は 8/31 午前中までにご所属,氏名を明記し，以下のアドレスまでお送り下さい。（先着 30 名様とさせて頂きます。）
Email: fc_summer2015@ml.ynu.ac.jp
横浜国立大学 大学院 工学研究院／先端科学高等研究院 水素エネルギー変換研究ユニット 主任研究者 光島 重徳、
横浜国立大学 大学院 工学研究院 荒木 拓人
横浜国立大学 先端科学高等研究院 〒240-8501 神奈川県横浜市保土ヶ谷区常盤台 79-5
先端科学高等研究院棟(建物番号 S7-4) 102 室、103 室（オフィス）
Phone: 045-339-4454 Fax: 045-339-4456 E-mail: ias@ynu.ac.jp
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