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20th SCEJ Students Meeting in Higashi-hiroshima (2018)

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Most recent update: 2020-02-19 17:06:10

TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
P(¸áÁ°)
(10:00–11:00) (Chair: Yabuki A., Takata Kazutaka)
10:0010:12P01Study on the chemical heat pump system using cold heat generation by mixing solute and solvent
(Okayama U.) *Tsutsui Y., Nakaso K., Mino Y., Gotoh K.
Chemical Heat Pump
Urea
Cold heat generation
3-b97
10:1210:24P02Heat transfer enhancement in packed bed for improvement of the chemical heat storage devices
(Okayama U.) *Torigoe M., Nakaso K., Mino Y., Gotoh K.
Heat transfer enhancement
Packed bed
Bridge formation
3-b96
10:2410:36P03Heat transfer performance of a double pipe heat exchanger with vibrating blades
(Kobe U.) *Fujita Shunya, (U. Shizuoka) Masuda Hayato, (Reica Co.) Taniguchi Tohru, (Kobe U.) Kumagai Norihisa, Horie Takafumi, Ohmura Naoto
heat transfer
Nusselt number
double pipe heat exchanger
3-c139
10:3610:48P04Numerical analysis of temperature and concentration fields during InGaSb crystal growth in International Space Station
(School of Eng. chemistry, Osaka univercity) *Oda Yuya, (Graduate school of Eng. Sci., Osaka univercity) Jin Xin, Sekimoto Atushi, Okano Yasunori, (Inst. space and astronautical Sci.) Inatomi Yuko, (Res. Inst. electronics, Shizuoka univercity) Hayakawa Yasuhiro
InGaSb
crystal growth
International Space Station
3-a55
10:4811:00P05Numerical Analysis for Optimization of Chemical Heat Storage Device Using EM8
(School of Eng. Sci., Osaka U.) *Chuji Keith, (Graduate school of Eng. Sci., Osaka U.) Nishida Keisuke, Sekimoto Atushi, Okano Yasunori, (Tokyo Inst. Tech. graduate school) Kato Yukitaka
EM8 packed bed reactor
Numerical Simulation
chemical heat storage
3-a130
(11:00–12:00) (Chair: Nakaso K., Atsushi SEKIMOTO)
11:0011:12P06A study on the prediction of performance and optimum design of heat exchanger
(NIT Kure) *Ikemori Yuuta, Takata Kazutaka
heat exchanger
CFD
optimum design
3-c10
11:1211:24P07Prediction of visible plume from a cooling tower
(Nat. Inst. Tech.,Kure Col.) *Hasegawa Masahiro, Takata Kazutaka, (KINDAI U.) Michioka Takenobu
cooling tower
plume
cfd
3-f16
11:2411:36P08MRI recognize the difference of¡¡concentration and temperature
(Uto H) *takahama akitoshi, *Kawano Natsuki, *Ogata Shintaro, *Sato Rin, *Yoneda Ryuusei, *Watanabe Daichi
MRI
T1 T2
concentration temperature
3-e32
11:3611:48P09Synthesis of Thin Film for Supercapacitors by Low Temperature Thermal Decomposition of Manganese Formate Complex
(U.Hiroshima) *Matsuo Y., Yabuki A.
Supercapacitors
11-a4
11:4812:00P10Thermoelectric property of Organic-Inorganic Hybrid Films based on PEDOT-PSS/Metal Nanoparticles
(Hinodai) *Inaba Hisaki, (Hirodaiinnkou) Yabuki Akihiro
Thermoelectric
PEDOT-PSS
Nanoparticle
11-b37
12:0013:00Lunch break
P(¸á¸å)
(13:00–14:12) (Chair: Takaoka Daizo, Harada Hiroyuki)
13:0013:12P16Electrodeposition of ZnS and control of its optical proparty
(OPU) *Matsuda Naohiro, Okamoto Naoki, Saito Takeyasu
ZnS
photocatalyst
electrodeposition
11-a133
13:1213:24P17Sol-gel synthesis of Al-doped HfO2 ferroelectric thin film
(Osaka Pref.U.) *Kashima Hatsunori, Okamoto Naoki, Saito Takeyasu
Ferroelectrics
Sol-gel
Hafnium Oxide
11-b98
13:2413:36P18Evaluation of PZT capacitor using conductive oxide electrode
(Osaka Pref.U.) *Kobayashi Atsushi, Saito Takeyasu, Okamoto Naoki
ferroelectric capacitor
ferroelectric
sol-gel
11-b99
13:3613:48P19Development of conductive copper complex inks for low temperature process at less than 100 degree
(Hiroshima U.) *Tasaka Kazuya, Yabuki Akihiro, Kang Soonchul
Printable electronics
High conductivity
Low temperature heating
11-c54
13:4814:00P20The Sludge Cell of Lake Shinji & Winnd
(Matsueminami Hughschool) *Asazu Yuuki, *Matsushita Anju, *Aoyama Reo, *Iwaishi Rei, *Uchida Yuuki
Sludge of Lake Shinji
Dissolved oxygen
Savonius type windmill
11-a1
14:0014:12P21Nature between adjacent 4 terms of Fibonacci sequence
(Hamada H) *Mukawa Ruza, *Mori Shota
Fibonacci sequence
14-e24
(14:12–15:12) (Chair: Ohmura Naoto, Kang Soonchul)
14:1214:24P22Development of waste water purification by the microbial fuel cell
(OECU) *Iida Yuki, Takaoka Daizo, Ikeda Ryuki, (Three Create) Miyake Yasuo
water purification
microbial fuel cell
generation
13-b58
14:2414:36P23Pottasium¡¡extract and recovery from biomass inicinerated ash
(Pre-Hiroshima) *Shima Usuke, Harada Hiroyuki
biomass
potassium
recovery
13-e168
14:3614:48P24Microbial recovery of precious metals from acidic solutions using yeast cells
(OPU) *Hua W., Saito N., Nomura T., Konishi Y.
biorecovery
palladium
gold
13-e105
14:4815:00P25Theoretical Study of Hydrogen and Water Clusters
(Nagasaki Nishi High School, Japan) *Saito Haruto, *Nakao Issin, Yukino Masato, Gondoh Yoshinobu, (Faculty of Regional Studies, Gifu U., Japan) Hashimoto Tomohiro, (Faculty of Eng. Sci., Keio U., Japan) Iwata Suehiro
Cluster
Hydorogen
water
14-e48
15:0015:12P26Countermeasure of Crackled Static Elecricity
(Tatsuno H) *Tamura Asahi, *Okamoto Takuya, *Kudou Sakura, *Kurisu Sizuya, *Nomura Tomoya
The Charge Amount
Safety
10-h86

Technical program
20th SCEJ Students Meeting in Higashi-hiroshima (2018)

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Most recent update: 2020-02-19 17:06:10
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