SCEJ 80th Annual Meeting (Tokyo, 2015): List of the applications (topics)

`SCEJ 80th Annual Meeting (Tokyo, 2015)`

List of received applications (By topics code)

9) Energy engineering

9-e. New energies & energy systems

Most recent update: 2015-07-10 15:24:01

The keywords that frequently used in this toopics code.	Keywords	Number
	SOFC	6
	direct formic acid fuel cell	4
	Direct methanol fuel cell	3
	fuel cell	2
	oxide ion conductor	2
	DCFC	2
	solar cell	2
	Pd	2
	solid oxide fuel cell	2
	recrystallization	1

ACKN No.	Title/Author(s)	Keywords	Style
149	Clarification on Heat Transfer Phenomena in Single Cell of PEFC under High Temperature Operation by Means of Heat Transfer Model Utilizing Temperature Data Measured by Thermograph (Mie U.) *Osada Kotaro, Baba Masashi, Mahadi_Amir Hakimi, Nishimura Akira, Hirota Masafumi	PEFC Heat Transfer Modeling High Temperature Operation	P
277	Effect of the cathode electrode structure on the overpotential of direct formic acid fuel cell (Kanazawa U.) *Matsuoka Fumihiko, Tsujiguchi Takuya, Osaka Yugo, Kodama Akio	direct formic acid fuel cell micro porous layer crossover	P
279	Development of anode electrode catalyst using TiO₂ modified CNF support for DMFC (Gunma U.) *Kawatsu Yusuke, Ishitobi Hirokazu, Nakagawa Nobuyoshi	TiO2 modified CNF support Electrode catalyst Direct Methanol Fuel Cell	P
281	Numerical simulations of heat and mass transfer and degradation in a SOFC cell stack (Osakagas) *Mori Tetsuya, Nishimura Kouichi, Suzuki Minoru	SOFC Simulation Degradation	O
282	PtRu catalyst supported on CeO₂ embedded carbon nanofibers for Direct Methanol Fuel Cell (DMFC) (Gunma U.) *Kunitomo Hikari, Ishitobi Hirokazu, Nakagawa Nobuyoshi	direct methanol fuel cell (DEMC) methanol oxidation reaction nanofiber catalyst	P
288	Power generation characteristics of a DMFC using high activated nano fiber catalyst (Gunma U.) *Tsukagoshi Yousuke, Ishitobi Hirokazu, Nakagawa Nobuyoshi	Direct methanol fuel cell TiO2 embedded carbon nanofiber support Catalyst layer	P
289	Evaluation of performance on segment-in-series tubular type SOFC stack by coupled multiphysics (U. Tokyo) *Miyazaki Kenya, Otomo Junichiro	Solid oxide fuel cell segment-in-series tubular type stack finite element method	P
344	Characteristics of dehydrogenation of 2-propanol using fixed bed flow tubular reactor (Tokyo U. Sci.) *Kaneko T., Kobayashi D., Shimada Y., Otake K., Shono A., (New-Energy Laboratory) Saito Y.	Dehydrogenation Chemical hydride 2-Propanol	P
349	Investigation of the degradation of iron-oxide oxygen carrier in chemical looping systems (U. Tokyo) *Kikuchi N., (Chuo U.) Hatano H., (U. Tokyo) Otomo J.	chemical looping oxide ion conductor redox kinetics	P
396	Structure requirements and optimization of solar cells based on crystalline Si coated with carbon nanotubes (Waseda U.) *Muramoto Eri, Yamasaki Yuhei, Hasegawa Kei, Osawa Toshio, Noda Suguru	carbon nanotubes silicon solar cells	P
505	DMFC property of polymer electrolyte membrane prepared from polysulfon-based graft copolymer (Yamaguchi U.) *Endo N., Ukai K., (Kobe U.) Kakihana Y., (Yamaguchi U.) Higa M.	Direct methanol fuel cell polysulfon Polymer electrolyte membrane	O
514	Preparation of titanium phosphate glass-ceramics membrane and proton conductivity measurement (U. Tokyo Frontier Sciences) *Kadota Minoru, Otomo Junichiro	glass-ceramics membrane proton conductor sol-gel method	P
515	Effect of the ultrasonication during the chemical reduction on the formic acid electrooxidation of Pd/C (Kanazawa U.) *Onishi Ryo, Tsujiguchi Takuya, Osaka Yugo, Kodama Akio	direct formic acid fuel cell chemical reduction ultrasonic	P
596	Study on novel SOFC anodes of pyrochlore oxides (U. Tokyo) *Sasozaki Tomohito, Kikuchi Ryuji, Takagaki Atsushi, Sugawara Takashi, Oyama S._Ted	SOFC Anode Pyrochlore oxide	P
627	Recovery of rare metals in waste water and synthesis of catalyst for direct methanol fuel cell electrodes using microorganism (Kyoto U.) *Sugiura K., Yamanaka H., Sano N., Tamon H.	reducing algae rare metal fuel cell	P
675	Examination for Dependency of High-Efficiency Organic Solar Cells on the Size of Metal Nanoparticles (Tokyo Tech) *Akita H., Loew N., Ihara M.	organic solar cells metal nanoparticles diameter	P
677	Effect of Modifiers and Introducing Method of Metal Nanoparticles to Porous Si Aiming to Apply to the Solar Cells (Tokyo Tech) *Murakami K., Yamada K., Akita H., Ihara M.	Solar Cell Nanoparticle Porous Silicon	P
683	Degradation control by adjusting fuel supply interval time in Pulse Jet-Rechargeable Direct Carbon Fuel Cell using fuel containing sulfur compounds (Tokyo Tech) *Hattori S., Sugiyama S., Chen Y., Ihara M.	fuel cell SOFC sulfur	P
684	Design concept for the anode catalyst of direct formic acid fuel cell (Kanazawa U./JST PREST) *Tsujiguchi T., (Kanazawa U.) Osaka Y., Kodama A.	Direct formic acid fuel cell Pd Energy carrier	O
699	A Simple Method to Synthesis Indium Nanoparticles and Their Application for Silicon Nanowires Solar Cells (Tokyo Tech/JST) *Zhang Xiaomei, (Tokyo Tech) Murakami Kazuki, (Tokyo Tech/JST) Lukianov Anatolii, (Tokyo Tech) Yamada Kairi, (Tokyo Tech/JST) Ihara Manabu	Indium nanoparticles solar cell	O
704	Fabrication and evaluation of YBCO cathode thin film for SOFC (Osaka Pref. U.) *Fujita Takahiro, Mukai Takehito, Tsukui Shigeki, (TMCIT) Yoshida Kenichi, (Osaka Pref. U.) Adachi Motoaki	SOFC YBCO PLD	P
717	Development of the formic acid oxidation catalyst stabilized by hyper branched polymer (Kanazawa U.) *Nakajima Kiyoto, Tsujiguchi Takuya, (Nissan chemical) Kojima Keisuke, (Kanazawa U.) Osaka Yugo, Kodama Akio	direct formic acid fuel cell hyper branched polymer Pd	P
726	Performance improvement of light integrated gasification and fuel cell (Kyushu U.) *Bin_Nur Taufiq, (U. Tokyo) Kikuchi Yasunori, (Kyushu U.) Ishimoto Takayoshi, Honda Kuniaki, Koyama Michihisa	solid oxide fuel cell coal gasification Aspen plus	O
777	Investigation of reaction mechanism in CO₂/H₂O electrolysis by using a solid oxide fuel cell (Tokyo Tech) *Izumi T., Chen Y., Li X., Sugiyama S., Ihara M.	Electrolysis SOEC SOFC	P
783	The structural control of membrane electrode assembly for improving power generation performance in solid-state alkaline fuel cells (Tokyo Tech.) *Hiura Junya, (Tokyo Tech./JST-CREST) Oshiba Yuhei, Yamaguchi Takeo	Solid-state alkaline fuel cell Membrane electrode assemble Cell performance	P
786	Change of electrochemical characteristics in solid oxide fuel cell by adding perovskite-type oxide to the anode. (Tokyo Tech) *Shimamura R., Noda Y., Li X., Sugiyama S., Hattori S., Izumi T., Ihara M.	perovskite-type oxide SOFC electrochemical characteristics	P
827	Ethanol oxidation for a fuel cell with silica-carbon catalyst support (Gunma U.) *Ishitobi Hirokazu, Ino Yurina, Nakagawa Nobuyoshi	Direct ethanol fuel cell Selectivity Reaction rate	O
830	Effect of Li2CO3/Na2CO3/K2CO3 ratio on molten carbonate-type DCFC performance (Tokyo Tech) *Kimura A., Watanabe H., Okazaki K.	DCFC slurry ternary carbonate	P
840	Mechanism of partial electrochemical oxidation in DCFC anode (Tokyo Tech) *Watanabe Hirotatsu, Kimura Akihiro, Okazaki Ken	DCFC Partial electrochemical oxidation reaction mechanism	O
845	Preparation of hetero-junction using CaTi_0.8Fe_0.2O₃ mixed conductor and measurements of ionic and electronic conductivities (U. Tokyo) *Iwanaga Aki, Otomo Junichiro	calcium titanate mixed ionic-electronic conductor p-n junction	P
853	Application of oxide ion conductors to hydrogen production/energy conversion systems (U. Tokyo) *Otomo Junichiro, Kosaka Fumihiko	hydrogen production oxide ion conductor steam-iron reaction	O
911	Epi-Si deposition on por-Si by zone-heating recrystallization for solar cells (JST) *Lukianov Anatolii, (TokyoTech) Ihara Manabu	por-Si recrystallization annealing	O

List of received applications (By topics code)

List of received applications
SCEJ 80th Annual Meeting (Tokyo, 2015)

(C) 2015 The Society of Chemical Engineers, Japan. The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2015-07-10 15:24:01
For more information contact Organizing Committee, SCEJ 80th Annual Meeting (Tokyo, 2015)
E-mail: inquiry-80a

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