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24th SCEJ Students Meeting (online, 2022)

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Most recent update: 2022-03-09 15:56:08

TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Environmental engineering
(9:30–10:42) (Chair: Youichi Ishii, Shohei Riya)
9:309:42L01Development of technology for suppressing sulfide production in sewage flowing process using Microbial Fuel Cell
(Gunma U.) *Sasaki Shuto, Watanabe Tomohide, Kubota Keiichi
Microbial fuel cell
Sulfate-reducing bacteria
Sewer
13-b292
9:429:54L02Chemical analysis of spring water and groundwater in the in the Hachioji and Tama areas and investigation of and investigation of their effects on biomass production
(NITTC) *Kurihara Kana, Shoji Ryo
spring
water quality
biomass production
13-a55
9:5410:06L03Development of a simple technique monitoring water content in cement to stabilize polluted soil.
(NITTC) *Nakao S., Ito M.
Cement solidification reaction
Measuring water content
Selenium
13-c108
10:0610:18L04A Sutdy on the Effect of Waste Ume Seed Charcoal on Plant Growth
(NIT Wakayama) *Inagaki Chihiro, Yonemitsu Hiroshi, Hanada Masashi, Kishimoto Noboru
Ume seed
Activated carbon
Essential nutrition
13-e131
10:1810:30L05Fabrication of Microbial Fuel Cells using smoked charcoal
(Kyoto Municipal Kyotokogakuin H.S.) *Wakabayashi Satoshi, *Sako Yuto, *Iga Ryo, *Obata Rin, Matsuda Takumi, Kimura Hideki, (Kyoto Municipal Horikawa H.S.) Ikeuchi Hidekazu
Smoked charcoal
Microbial fuel cell
13-f315
10:3010:42L06Fabrication of colorful Dye-sensitized solar cell
(Kyoto Municipal Kyotokogakuin H.S.) *Mizumaki Rikiya, *Wakabayashi Satoshi, Matsuda Takumi
Dye-sensitized solar cell
coloring
pigment
13-f314
10:4210:50Break
Electronics
(10:50–12:02) (Chair: Yuuki Johno, Tatsuo Maruyama)
10:5011:02L08Electrochemical Characterization of a Magnesium Complex Oxide Anode
(Shizuoka Inst. Sci. Tech.) *Kawashima Kota, Tojo Tomohiro
Magnesium lon Batteries
Magnesium Complex Oxide
Anode Material
11-a216
11:0211:14L09Fundamental Characterization of Microbial Batteries Using Pond Mud.
(Shizuoka Inst. Sci. Tech) *Ishibashi Daikaku, Tojo Tomohiro
Microorganisms
Generation of Electricity
Batteries
11-a218
11:1411:26L10(withdrawn)

100182
11:2611:38L11Prediction of internal battery phenomena by non-destructive measurement, modeling and machine learning
(Kyushu U.) *Mori Y., Ishikawa S., Nunoshita K., Kimura N., Inoue G., Tsuge Y.
non-destructive measurement
modeling
machine learning
9-a286
11:3811:50L12Preventing polarization of Voltaic battery by hydrogen storage metals
(Mito First H.S.) Kamishima Taimu
Voltaic battery
Nickel plating
Hydrogen storage metals
11-a53
11:5012:02L13Solar cells using supramolecular dyes that can be attached anywhere
(Shimane Prefectual Hamada H.S.) *Kihara Moeka, *Kagiyama Souma, *Yaguchi Ren, Kimura Kyousuke
Dye-sensitized solar cell
Supramolecular dye
Rhodamine B
11-a22
12:0212:14Lunch break
Electronics
(13:00–14:12) (Chair: Kazuhiro Takeda, Nobuko Hanada)
13:0013:12L19Fabrication of Photo-capacitor electrode using layered manganese oxide consisting with two-type metal complexes on bamboo/CNT substrate
(U.Kanto-gakuin) *Abe M., Sato S., Okiguti R., Natsui K., Tomono K.
Manganese oxide
Capacitor material
Transition metal complex PW
9-e80
13:1213:24L20Development of electric energy storage device utilizing hybrid MnO2 with Co complex and lipid as interlayer ions
(U.Kantogakuin) *Hanaya Akinobu, Itakura Makoto, Uehara Hiroaki, Tomono Kazuaki
Layered MnO2
Metal complex
Capacitance
11-a64
13:2413:36L21Effects of Substrate Surface Conditions on the Production of Ph-BTBT-10 Thin Films by Rapid Expansion of Supercritical Solutions (RESS) Using CO2
(Kanazawa U.) *Mukai M., Kamata W., Uchida H.
RESS
Organic thin films
Substrate surface conditions
11-b153
13:3613:48L22Experiment to operate radio and led lamp at the time of a blackout using an electric double layer condenser
(Sakai Technical H.S.) *Asawa U., *Kato M., *Nakwan R., *Fujiki T., *Takaesu O., Okahara M.
Blackout
Relay
Electric double-layer capacitor
11-a251
13:4814:00L23Research on hypochlorite acid water generator that can be used even in the happening of a disaster
(saikikakujou H.S.) *oosawa kaito, *ono kyousuke, *gotou kaisinn
hypochlorite acid water
disaster
electrolysis
11-a86
14:0014:12L24Development of dye-sensitized solar cells using chalk made of calcium carbonate
(H.Matsuyamachuo) *Akiyama Nene, *Nakano Asuka, Maki Daisuke
solar cell
dye
chalk
11-f8
14:1214:20Break
Environmental engineering
(14:20–15:44) (Chair: Shoji Ryo, Tomohide Watanabe)
14:2014:32L26Decomposition of volatile organic compounds by metal ion-modified titanium oxide nanoparticles
(NITTC) *Hagiwara T, *Mizuno T, *Wada H, Shiroishi H
酸化チタン
揮発性有機化合物
分解
13-i288
14:3214:44L27Performance evaluation of amino-functionalized SBA-15 and nitrided SBA-15 as CO2 adsorbents
(U. Tokyo) Kawano A., (U. Chuo) *Sato A., (U. Tokyo) Ogura M., (U. Chuo) Ishii Y.
amino-functionalized mesoporous silica
carbon dioxide capture and storage
FT-IR spectroscopy
13-g102
14:4414:56L28Separation of Microplastics using Fine Bubble flotation
(NIT Sasebo) *Tanabe Shogo, Murakami Wataru, Tanaka Yasuhiko, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki
Fine Bubble
Microplastic
Flotation
13-a195
14:5615:08L29Formaldehyde degradation by immobilized formaldehyde dismutase
(NIT Wakayama) *Hashizume C., Matsuda M., Kimoto K., Kishimoto N., Yonemitsu H.
Formaldehyde dismutase
Immobilization
Immobilized metal affinity(IMA) resin
13-b118
15:0815:20L30synthesis of alkaline cleaning agent from Na2CO3~aiming for the recycling of used dipers~
(Saijo H.S.) *Sogabe Ryo, *Watanabe Yu, *Murakami Yamato, *Saiki Kana, *Yokoi Ryoto, *Niimoto Yuki
bubbling
sesqui
anti-solvent
13-e33
15:2015:32L31Relationship between the degree of ink stain removal and pH
(Tennoji H.S.) *Takeuchi Iroha, *Tamiya Aki, *Kobayashi Motoka, *Sugiyama Yuuna
washing
ballpoint pen ink
pH
13-i256
15:3215:44L32Conditions to change pond and muddy water into safe water
(Tennoji H.S.) *Sada Natsuki, *Fukao Sakiko, *Ishii Satoka
water
hardness
COD
13-i266

Technical program
24th SCEJ Students Meeting (online, 2022)

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Most recent update: 2022-03-09 15:56:08
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