SCEJ 45th Autumn Meeting (Okayama, 2013) : Session programs

`SCEJ 45th Autumn Meeting (Okayama, 2013)`

Session programs

Symposium <Fuel Cells, Solar Cells, Batteries and Other Future Energy Device Technologies - Materials, Processing and Systems Approach->

J104-J123, J202-J217, J302-J317

Most recent update: 2013-08-20 14:03:53

Time	Paper ID	Title / Autors	Keywords	Topic code	Ack. number
Hall J, Day 1
(10:00–11:00) ( Kikuchi R., Tukui S.)
10:00– 10:20	J104	Controlling the Micro/Nano-structures of Metal Nanoparticles/porous Si for the Enhancement of Solar Cell Efficiencies Yamada K, Nam K, Fave A, Zhang X, Ihara M	Metal nanoparticle Micro/nano structure Si solar cell	S-4	972
10:20– 10:40	J105	Relationship between Crystallinity of Titanium Oxide and the Performance of P3HT/ICBA Organic Solar Cell Komatsu Shigehiro, Akita Hiroshi, Loew N., Ihara Manabu	Titanium Oxide organic solar cell crystallinity	S-4	979
10:40– 11:00	J106	Effect of Sb₂S₃ Microstructure on Photoelectric Conversion Efficiency of Sensitized Semiconductor Solar Cells Yoshioka S, Zhang X, Ihara M	solar cell Sb2S3 heterojunciton	S-4	995
(11:00–12:00) ( Tukui S., Kikuchi R.)
11:00– 12:00	J107	[Invited Lecture] Solar cell, Energy Management/Smart Grid, Mega Solar Power Plant Takamori Nobuyuki	Solar Cell Smart Grid Mega Solar Power Plant	S-4	924

(13:00–14:00) ( Tsujiguchi T., Tamaki T.)
13:00– 13:20	J113	Clarification on Coupling Phenomena in Single Cell of PEFC with In-plane Temperature Distribution Data Measured by Thermograph Yamauchi T., Nishimura A., Baba M., Hirota M.	PEFC In-plane Temperature Distribution Coupling Phenomena	S-4	214
13:20– 13:40	J114	The effect of operating conditions on water transport situation in the membrane of polymer electrolyte fuel cell. Sugesawa Y., Shimokawa R., Nagai H., Sudoh M.	PEFC water transport NWTC	S-4	136
13:40– 14:00	J115	Modeling of Heat Transfer in Single Cell of PEFC with Separator Temperature Data Obtained by Thermograph Baba M., Nishimura A., Yamauchi T., Hirota M.	PEFC Heat Transfer Model Temperature Distribution Analysis	S-4	211
(14:00–15:00) ( Tamaki T., Tsujiguchi T.)
14:00– 14:20	J116	Relationship between microstructure of carbon electrode and effective electrical conductivity Inoue G., Kawase M., Yokoyama K., Terao T., Ooki M., Tokunaga T., Kubo N., Hara Y., Hara T.	PEFC Micro porous layer electrical conductivity	S-4	994
14:20– 14:40	J117	Analysis of oxygen reduction reaction in the cathode catalyst layer of PEFC Nagayoshi M., Nobuta Y., Kageyama M., Inoue G., Kawase M.	PEFC oxygen reduction reaction kinetics	S-4	907
14:40– 15:00	J118	Establishment of through-plane measurement of membrane conductivity in polymer electrolyte fuel cell Omura K., Fujishiro M., Nagai H., Sudoh M.	ion exchange membranes through-plane measurement conductivity	S-4	260
(15:00–16:00) ( Kubota J., Fukunaga H.)
15:00– 15:20	J119	Development of PEFC cathode catalyst layer with core structure of carbon aggregate Inoue G., Matsuoka T., Kawase M.	PEFC catalyst layer ionomer	S-4	971
15:20– 15:40	J120	PEFC electrocatalyst using FePt porous nanocapsules Ogura Shun, Tamaki Takanori, Fuchigami Teruaki, Kitamoto Yoshitaka, Yamaguchi Takeo	PEFC FePt nanocapsules electrocatalyst	S-4	591
15:40– 16:00	J121	Catalytic activity of carbon black-supported V-Mo oxide catalysts for oxygen reduction reaction Park Kayoung, Takenaka Sakae, Matsune Hideki, Kishida Masahiro	PEFC oxygen reduction reaction non-platinum catalysts	S-4	510
(16:00–16:40) ( Fukunaga H., Ootomo J.)
16:00– 16:20	J122	The oxygen reduction reaction of well-dispersed TaOx nanoparticles on carbon black for PEFC applications. Seo J., Takanabe K., Kubota J., Domen K.	PEFCs Oxygen reduction reaction tantalum oxide	S-4	515
16:20– 16:40	J123	Activity of niobium-doped titanium oxide catalysts for oxygen reduction reaction of polymer electrolyte fuel cells Arashi Takuya, Seo Jeongsuk, Takanabe kazuhiro, Kubota Jun, Domen Kazunari	PEFC Oxygen reduction reaction niobium doped titanium oxide71	S-4	938
Hall J, Day 2
(9:20–10:20) ( Inoue G., Koyama M.)
9:20– 9:40	J202	Evaluation of oxygen reduction activity and durability of silver-catalyzed gas diffusion electrode for zinc-air battery Ida T., Takeshita Y., Sudoh M.	Zinc-air battery Silver catalyst Oxygen reduction/evolution reaction	S-4	256
9:40– 10:00	J203	Preparation of Li2FeP2O7/C¡¡and its lithium battery performance Nagano H., Taniguchi I.	Li2FeP2O7 Cathode Lithium batteries	S-4	374
10:00– 10:20	J204	Mechanism of lithium-ion battery explosion Morikawa S., Moritomi H., Kumabe K., Osakabe T.	lithium-ion battery mechanism explosion	S-4	847
(10:20–11:00) ( Koyama M.)
10:20– 10:40	J205	The Effect of Si Particle Morphology and Coating and Drying Process to the Si Anode Performance for Li-ion Batteries Miura T., Inasawa S., Tsuji Y., Yamaguchi Y.	Li-ion battery silicon anode drying process	S-4	957
10:40– 11:00	J206	Development of anisotropy in porous collector by electrodeposition with hydrogen bubble template method Inoue G., Inaba Y.	porous collector electrodeposition hydrogen bubble	S-4	983
(11:00–12:00) ( Tukui S.)
11:00– 12:00	J207	[Invited Lecture] Development and future prospects of all-solid-state battery Tatsumisago Masahiro	all-solid-state battery	S-4	913

(13:00–14:00) ( Ootomo J., Inoue G.)
13:00– 13:20	J213	Impact of various hydrogen production options on the reduction of GHG emissions Okamoto Y., Kikuchi Y., Koyama M.	hydrogen production GHG emissions energy system modeling	S-4	919
13:20– 13:40	J214	First-principles Study on Electronic Structure of Solid Oxide Fuel Cell Cathode Koyama Michihisa, Ito Yumi, Ishimoto Takayoshi	SOFC Cathode First-principles	S-4	937
13:40– 14:00	J215	Conductivity changes in reductive atmosphere of materials with K2NiF4 structure (PrSrInO4) as electrolyte material for proton-type Solid Oxide Fuel Cells Li X., Shimada H., Noda Y., Ihara M.	Solid oxide fuel cell electrolyte ionic conductor	S-4	990
(14:00–14:40) ( Fukunaga H.)
14:00– 14:20	J216	Evaluation of microstructure and proton conductivity in phosphate glass-ceramics Kadota M., Oshima Y., Otomo J.	proton conducting glass-ceramics sol-gel method fuel cell	S-4	954
14:20– 14:40	J217	Study on physicochemical properties for proton conductivity in lanthanum tungstate Shono Y., Oshima Y., Otomo J.	proton conductor lanthanum tungstate fuel cell	S-4	986
Hall J, Day 3
(9:20–10:20) ( Tukui S., Nakagawa N.)
9:20– 9:40	J302	Effect of anode-additive PrBaInO₄ and its derivative product on the electrochemical performance of solid oxide fuel cells Noda Y., Li X., Shimada H., Ihara M.	solid oxide fuel cell anode proton conductor	S-4	934
9:40– 10:00	J303	Performance and durability of La_0.85Sr_0.15Cr_1-xNi_xO₃-CeO₂ based oxide anode for SOFC Hamasaki Shogo	Solid oxide fuel cell oxide anode perovskite	S-4	940
10:00– 10:20	J304	Contribution of Direct-Oxidation of Carbon in Rechargeable Direct Carbon Fuel Cell Tanaka H, Chen Y, Sugiyama S, Hattori S, Ihara M	solid oxide fuel cell direct carbon	S-4	949
(10:20–11:00) ( Nakagawa N., Fukunaga H.)
10:20– 10:40	J305	Characterization of Gd0.5Sr0.5CoO3 cathode thin film for SOFC Mukai Takehito, Tsukui Shigeki, Yoshida Kenichi, ¥Õ¥¸¥¿ ¥¿¥«¥Ò¥í, Adachi Motoaki	SOFC GSCO Thin film	S-4	143
10:40– 11:00	J306	Relationship between pulse jet interval and anode reaction in Pulse Jet-Rechargeable Direct Carbon Fuel Cell Sugiyama S, Yabuki A, Hattori S, Tanaka H, Chen Y, Ihara M	SOFC direct carbon isooctane	S-4	963
(11:00–12:00) ( Fukunaga H., Tukui S.)
11:00– 12:00	J307	[Invited Lecture] Development and future prospects of reversible solid oxide electrolysis cell (SOEC) / solid oxide fuel cell (SOFC) Uchida Hiroyuki	Reversible SOFC/SOEC	S-4	888

(13:00–14:00) ( Nishimura A., Kawase M.)
13:00– 13:20	J313	Study on a highly active catalyst layer using CNF catalyst Ida A., Ishitobi H., Nakagawa N.	direct methanol fuel cell carbon nanofiber catalyst layer	S-4	289
13:20– 13:40	J314	Electrode catalyst using TiO₂ modified CNF support for alcohol oxidation Kudo Y., Ishitobi H., Nakagawa N.	TiO2 modified CNF support Electrode catalyst Direct Alcohol Fuel Cell	S-4	291
13:40– 14:00	J315	Synthesis of 3D carbon composite and evaluation of 3D carbon supported PtPd nanocrystal Wang Hailin	graphene nanocrystal fuel cell	S-4	180
(14:00–14:40) ( Kawase M., Nishimura A.)
14:00– 14:20	J316	Ethanol oxidation reaction by the Pt nanoparticles supported on TiO₂ embedded carbon nanofiber Yajima M., Isitobi H., Nakagawa N.	Ethanol oxidation reaction Pt nanoparticles TiO$2$ embedded carbon nanofibersupport	S-4	296
14:20– 14:40	J317	Overpotential analysis of direct formic acid fuel cell Tsujiguchi T, Iwakami T, Nakagawa N	Direct Formic Acid Fuel Cell Overpootential Cell Structure	S-4	442

Technical program
SCEJ 45th Autumn Meeting (Okayama, 2013)

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Most recent update: 2013-08-20 14:03:53
For more information contact Organizing Committee, SCEJ 45th Autumn Meeting (Okayama, 2013)
E-mail: inquiry-45f

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