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21st SCEJ Students Meeting in Kyoto (2019)

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Most recent update: 2019-02-18 13:09:45

TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Environmental engineering
(10:00–11:00) (Chair: Toshifusa Doi, Yosuke Muranaka)
10:0010:12O01Room-temperature synthesis and fabrication of palladium nanoparticle catalysts using baker's yeast
(Osaka Pref. U.) *Hanaichi Yusuke, Saitoh Norizoh, Nomura Toshiyuki, Konishi Yasuhiro
Green synthesis
Palladium nanoparticles
Baker's yeast
13-i47
10:1210:24O02Oxidative degradation of lignin with hydrogen peroxide
(Kansai U.) *Yokota Ryuma, Hasegawa Isao, Hayashi Jun'ichi
lignin
hydrogen peroxide
oxidative degradation
13-e38
10:2410:36O03Various functionality included in seeds of muscat of Alexandria
(Seishin Girls' H.S.) *Tanaka S., *Nagayasu C., (Okayama Pref. U.) Ito H., (Shujitsu U.) Yamasaki T., Nakanishi T., (Okayama U.) Nakamura Y., (Seishin Girls' H.S.) Yamada N.
muscat
antioxidant activity
antiglycation activity
13-i29
10:3610:48O04Low Temperature Sintering of Gahnite Ceramics with B-Nb-O Additives and Their Evaluation of Dielectric and Thermal Properties
(NIT Ube) *Suenaga Kenta, Nakashima Hajime, Shigeno Koichi, Fujino Tomoya, Yano Takuma
Gahnite
Ceramics
Low Temperature Sintering
13-i52
10:4811:00O05Study of nitrogen removal with electricity generation in microbial fuel cell
(OECU) *Ohtani Y., Takaoka T., Tanaka T., Mori K., Ida Y., Kumagai S., Takeuchi T.
microbail fuel cell
nitrogen removal
water treatment
13-b55
Environmental engineering
(11:00–12:00) (Chair: Kenji Kawasaki, Isao Hasegawa)
11:0011:12O06Non-shrinking Firing of Alumina Ceramics Containing Cu-Ti-Nb-Ag-O Additive
(NIT Ube) *Tezuka Mana, Shigeno Koichi, Kurashige Yuuka
Alumina
Ceramics
Non-shrinking Firing
13-i60
11:1211:24O07Synthesis and Analysis of an Ag-Cu-Ti-Nb-O Novel Complex Oxide
(NIT Ube) *Nagata Takumi, Shigeno Koichi, (Yamaguchi U.) Kawanishi Ippei, Fujimori Hirotaka
Alumina
Sintering Additive
Novel Complex Oxide
13-i61
11:2411:36O08Water cleanup of killifish aquarium with the use of the deep ultraviolet LED Light
(NIT Kochi) *Shimomoto Ami, Komastu Marin, Sakaeda Mao, Doi Toshifusa
deep ultraviolet LED Light
Water cleanup
killifish aquarium
13-a91
11:3611:48O09fouling behavior of zwitterion membrane by controlling structure of grafting chain
(Kobe U./MaF Tech C.) *Awaji H., Rejabzadch Saeid, Matsuyama H.
fouling
zwitterion
ATRP
13-b120
11:4812:00O10Effect of operation condition on solid-liquid separation of sweet potato-Shochu distillation waste liquid by addition of water-soluble polymer
(U. Miyazaki) *Matsumoto Akari, Oizumi Yurika, (Ananuki Kagajyo) Ikeda Hayato, (U. Miyazaki) Shiomori Koichiro
Shochu distillation waste liquid
Solid-liquid separation
13-e144
Fundamental properties, Systems, information, and simulation technologies
(13:00–14:12) (Chair: Takashi Taniguchi, Kyuya Nakagawa)
13:0013:12O11In a home microwave oven,pure water warms up more quickly than salt water
(Kishiwada H.S.) *Yamamoto Yudai, *Shimizu Ryouto, *Kishigami Yuta, Suzuki Yasuo
microwave oven
salt water
1-e32
13:1213:24O12Sutdy of the law and cause of mupemba effect
(Tennoji H.S.) Takegawa S.
temperature
crygen
overcooling
1-e115
13:2413:36O13Phase Behavior for the Polydisperse Polyethylene System at High Pressures and Temperature
(HIroshima U.) *Ogawa Yuutarou, Himemura Kazunori, Rizqy Romadhona Ginting, Ushiki Ikuo, Kihara Shinichi, Takishima Shigeki
phase behavior
polyethylene
high pressure
1-a154
13:3613:48O14Application of multivariate statistical process control to a drying process in a continuous pharmaceutical process
(Kyoto U.) *Tsujikawa C., Kim S., (Powrex) Nagato T., (Beat Sensing) Serizawa M., (Kyoto U.) Hasebe S.
Multivariate Statistical Process Control
Continuous Pharmaceutical Process
Drying Process
6-a13
13:4814:00O15Prediction of SiC crystal growth rate by TSSG process using machine learning
(Osaka U.) *Takehara Yuto, Horiuchi Takashi, Sekimoto Atsushi, Okano Yasunori
machine learning
SiC
TSSG
6-f16
14:0014:12O16Development of a monitoring system of individual condition in parallelized microchannels using NIR
(Kyoto U.) *Kosuke Mori, Matsubayashi Taichi, Kim Sanghong, Hasebe Shinji
NIR
microreactor
individually monitoring
6-d31
Systems, information, and simulation technologies, Energy engineering
(14:12–15:12) (Chair: Kazuhiro Itoh, Koichi Shigeno)
14:1214:24O17What MRI can see
(Uto H.S.) *Yanagida Kentaro, *Odahara Ryouta, *Iwasaki Masasi
MRI
temperature
T1value
6-f87
14:2414:36O18Production of activated carbon using chemical activation method (influence of activator)
(Kansai U.) *Yamada soma, Hayasi Jun'ichi, Hasegawa Isao
Activated carbon
Activator
Potassium acetate
9-c102
14:3614:48O19High-efficiency power generation utilizing liquid-solid redox reactions of copper and low-rank coal
(Kyoto U.) *Matsuda Kazushi, Ashida Ryuichi, Kawase Motoaki
low-rank coal
high-efficiency power generation
redox reactions
9-c117
14:4815:00O20Production of carbon-based adsorbent for water-ethanol separation
(Kansai U.) *Imanishi Tatsuya, (Kanasai U.) Hayshi Jun'ichi, (Kansai U.) Hasegawa Isao
carbide
separation
adsorption
9-c123
15:0015:12O21Thermoelectric properties of organic-inorganic hybrid films based on Copper perovskite materials
(Hiroshima U.) *Egusa D., Kang S., Yabuki A.
perovskite
Thermoelectric properties
9-d143

Technical program
21st SCEJ Students Meeting in Kyoto (2019)

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Most recent update: 2019-02-18 13:09:45
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