SCEJ

19th SCEJ Student Meeting (Toyonaka)

Session programs

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Electronics, Materials engineering & interfacial phenomena

P03-P07, P09-P13, P18-P22, P24-P28

Most recent update: 2017-02-22 13:18:54
TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Hall P
(9:30–10:45) (Chair: No data , No data )
9:309:45P03Construction of biologic gates with widely used enzymes
(Osaka Pref. U. Col. Tech.) *Takao Junku, Nishioka Motomu, Noda Tatsuo
biologic gate
bioelectrocatalysis
enzyme electrode
11-a94
9:4510:00P04Elucidation of transport resistance factors on polymer electrolyte fuel cell with silica coating platinum catalyst supported by carbon
(Kyoto U.) *Nakamra T, Kotoi R, (Kyoto U./JST PRESTO) Inoue G, (Kyoto U.) Kawase M
PEFC
Porous media
Oxygen diffusion
11-a151
10:0010:15P05Mechanochemical synthesis of porous coordination polymer composed of multiple metals
(Kansai U.) *Imawaka K., Miyashita R., Miyake Y., Tanaka S.
porous coordination polymers
zeolitic imidazolate frameworks
mechanochemical
12-k144
10:1510:30P06Development of polymer gel electrolytes based on phosphonium ionic liquids
(NIT Wakayama) *Tsuchida Yusuke, Tsunashima Katsuhiko, (NIT Nara) Yamada Hirohisa, (Yokohama Nat. U.) Matsumiya masahiko
Ionic liquid
Phosphonium cation
Polymer electrolyte
11-a23
10:3010:45P07Electropolymerization of aromatic diamines and the dependence of monomer structures on formation of conductive polymers
(NIT Wakayama) *Minami Naoki, Tsunashima Katsuhiko, (U. Toyama) Ono Yasushi, (Seika) Imoto Mistutaka, (Seika Co) Mori Seiichi, Takeda Motonori
Aromatic diamine
Electropolymerization
Conducting polymer
11-a24
(11:00–12:15) (Chair: No data , No data )
11:0011:15P09Physicochemical properties of tetracyanoborate-based phosphonium ionic liquids as electrolytes for dye-sensitized solar cells
(NIT Wakayama) *Nishihata Keiichi, Tsunashima katsuhiko, (U. Toyama) Ono yasushi, (Yokohama Nat. U.) Matsumiya masahiko
Ionic liquid
Phosphonium cation
Dye-sensitized solar cell
11-a22
11:1511:30P10Making of Dye Sensitized Solar Cell using the conductive film
(Shimane Pref. Masuda High School) *Mori Kazuha, Terado Kairi, Oda Aya
Dye Sensitized Solar Cell
conductive film
SK-1
11-a1
11:3011:45P11Improvement of aluminum air batteries using a conducting polymer electrode and a waste solution of pickled plum production as an electrolyte
(NIT Wakayama) *Tokami Yuka, Nakamura Takuto, Shinbayashi Ryunosuke, Tsunashima Katsuhiko
Air battery
Conducting polymer
Ume plum
11-a4
11:4512:00P12Lake-Shinji Sluge cell
(HS.Matueminami) *Ishitobi N., Yamada K., Ikeda R., Asazu Y.
Lake-Shinji Sluge
voltage of 0, 59
voltage recovers
11-a2
12:0012:15P13Charge for Daniell cell
(Hamada High School) *Sirane Kyota, Doujyo Koki, Higo Tomoya, Mikami Takuro
Daniell cell
Charge
11-a173
(13:15–14:30) (Chair: No data , No data )
13:1513:30P18Preparation of Sn-Cu-S thin film by electrodeposition
(Osaka Pref.U.) *tsuda kosuke, okamoto naoki, saito takeyasu
electrodeposition
thin film
tin sulfide
11-a165
13:3013:45P19METHOD OF PRODUCING ZINC OXIDE FILM BY USING ELECTRODEPOSITION PROCESS
(GizanH.S.) Sato Taisho, Mishima Junya, *Ono Ryuji, Hosono Aruto
ELECTRODEPOSITION
ZINC OXIDE
11-a75
13:4514:00P20Electroless nickel-phosphorus plating under high pressure
(Faculty of Eng., U. Hyogo) *Yokohama Hirotaka, Yamamoto Takuji, Maeda Kouji, Yae Shinji, Fukumuro Naoki
High pressure
Electroless plating
Transient change
12-g7
14:0014:15P21shape discrimination of particle by coulter principle
(Okayama U.) *Kinoshita Kanako, Gotoh Kuniaki
coulter principle
shape discrimination
distribution of particle size
12-d6
14:1514:30P22Relationship between slug and light -Dose slug move as someone images?-
(Hamada High School) *Izu K., Ohmori M., Yasui A., Yokota Y.
Slug
Light
11-f172
(14:45–16:00) (Chair: No data , No data )
14:4515:00P24Ag-Sn alloy anodes made by electrodeposition for Natrium-ion battery
(Osaka Pref. U.) *Kiyomoto Masaki, Okamoto Naoki, Saito Takeyasu
Na-ion battery
Ag-Sn alloy anode
electrodeposition
11-a131
15:0015:15P25Study of electrode design of lithium ion batteries by numerical simulation
(Kyoto U.) *Iwabu M., Ikeshita K., (Kyoto U./JST PRESTO) Inoue G., (Kyoto U.) Kawase M.
lithium ion battery
porous electrode
structure design
11-a148
15:1515:30P26Microscale experiments of lead storage battery
(H.S.Shitennoji) *Yamano M., Tani N., Hiro K.
microscale experiments
lead storage battery
14-c152
15:3015:45P27Improvement in Dielectric Properties of Alumina Containing a Small Quantity of Cu-Nb-O Additive by Addition of Titanium Dioxide
(NIT Ube) *Yamane Tomoya, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Shimokawa Jyunya, (Yamaguchi U.) Fujimori Hirotaka
Low-Temperature-Sintered-Alumina
Additive Composition
Dielectric Property
11-b89
15:4516:00P28Low Temperature Sintering and Dielectric Properties of Alumina Containing a Small Quantity of Cu-Ti-Nb-O Additive in Nitrogen Atmosphere
(NIT Ube) *Shimokawa Jyunya, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Yamane Tomoya, (Yamaguchi U.) Fujimori Hirotaka
Low-Temperature-Sintered-Alumina
Nitrogen Atmosphere
Dielectric Property
11-b90

Technical program
19th SCEJ Student Meeting (Toyonaka)

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Most recent update: 2017-02-22 13:18:54
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