SCEJ

27th SCEJ Students Meeting (Online, 2025)

Hall program

The technical program on this page is still provisional. Confirm the final program later.
Japanese page

Hall F

Most recent update: 2025-02-05 07:59:05

TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Electronics
9:30– 9:42Break
9:42– 9:54F02Correlation Study between Layer Distance and Calcium lon Insertion/ Extraction Performance of Potassium Birnessite Manganese Oxides for Calcium lon Battery Cathode Material
(Toyohashi Tech) *Watanabe Kanta, Umehara Daiki, Inada Ryoji, Tojo Tomohiro
Calcium ion
Rechargeable Batteries
Potassium Birnessite Manganese Oxides
11-a151
9:54– 10:06F03Comparison of electricity generation capacity of dye-sentisized solar cells using different types of anthocyanin pigments
(Yokote H.S) *Awaji Koutaro, *Ito Keita, *Ando Itsuki, *Tsuchida Seiya, Sasaki Shigehiro
dye-sentisized solar cells
anthocyanin pigments
11-a269
10:06– 10:18F04Fundamental study of particles structure formation after coating electrode film for lithium-ion battery
(U. Hosei) *Yura K., (U. Hosei/Nissan Motor) Tsutsui G., (U. Hosei) Kitamura K., Mori T.
Cathode of Li-ion battery
Particle assembling state in slurries
Rheo-Impedance
11-a82
10:18– 10:30F05Development of High-Voltage, Eco-Friendly Batteries
(Osaka Pref. Senri H.S.) *Iwamoto Kansuke, *Harada Tomoaki, *Yamamoto Shiki, Nishizawa Atsuo
magnesium-iodine battery
bioreactor
salt bridge
11-a119
10:30– 10:42F06Dye-Sensitized Solar Cells (DSSC) TiO2 Nanoparticle Fabrication and Performance Evaluation
(NIT Anan) *Urushihara Takuto, Konishi Tomoya, Kamano Masaru, Kozai Takanori, Zheng Tao
DSSC
TiO2
P25
11-a41
10:42– 10:50Break
Electronics
10:50– 11:02F08Control of the form of the metal tree
(Osaka Pref. Ikuno Senior H.S.) *Ito Manami, *Fujisawa Kokoro, *Mitani Soma, *Murakami Yuta, Onishi Atsushi
metal tree
Silver
Copper
11-a98
11:02– 11:14F09Effect of pH control during synthesis of copper nanoparticles and their CO2 reduction activity
(Tohoku U.) *Muramoto Takaya, Iwase Kazuyuki, Tomai Takaaki
CO2 electrolysis
Cu particles
catalyst synthesis
11-a157
11:14– 11:26F10Toward improving the power generation performance of microbial batteries
(Fukuoka jyoto H.S) *Kichize H., Sasaki K.
renewable energy
microorganisms
organic matter
11-a223
11:26– 11:38F11Fundamental Study on Halide Solid Electrolyte for next-Generation All-Solid-State Lithium-Ion Batteries Using First Principle Calculation
(Toyohashi Tech) *Watanabe Tomoyuki, Inada Ryoji, Tojo Tomohiro
First‑principles calculation
Li3InCl6
Solid Electrolyte
11-a131
11:38– 11:50F12Fundamental Research on the Fabrication of Perovskite Solar Cells
(Iwaki H.S.) *Tanemura I., *Ishibashi T., Tsuchiya Y., Aoyama S., Ichikawa Y., Makabe K.
Perovskite
Solar Cells
11-a17
11:50– 12:02F13Charge-Discharge Performance Analysis of Manganese Oxide Cathodes Intercalated with Cobalt Complexes
(Kanto-Gakuin U.) *Suda Rikako, Hanaya Akinobu, Onizuka Saki, Tomono Kazuaki
Birnessite-type manganese dioxide
Anode material
Aqueous ion batterie
11-a78
12:02– 12:15Lunch break
Electronics
13:10– 13:22F19Invention and Practical application of Gel Air Magnesium Battery
(Kumamoto H.S.) *Takahashi Sakuya, *Mogi Tamaki, *Honda Takahiro, *Nakaguma Kanato, Hayano Yoshiro
Battery
Gel
Charging
11-a1
13:22– 13:34F20Fabrication of Calcium Ferrite Anode for Calcium Ion Batteries and Its Electrochemical Characterizations
(Toyohashi Tech) *Umehara Daiki, Watanabe Kanta, Inada Ryoji, Tojo Tomohiro
Calcium Ion Battery
Calcium Ferrite
Spinel Structure
1-a164
13:34– 13:46F21Reaction Model in ethanol electro-reforming in perchloric acid electrolyte
(Kyoto U.) *Hirono Takuya, Kawase Motoaki, Cheng Kaifun
Electrochemistry
Electro-reforming
Reaction model
11-a69
13:46– 13:58F22Development of a solar-regenerative zinc-air primary battery
(NITTC) *Itoh M., *Saito K., *Narita Y., *Yamamoto S., Shiroishi H.
zinc-air primary battery
Activated charcoal
solar-regenerative
11-a177
13:58– 14:10F23Analysis of the Action of a Concentration Cell Using a Salt Bridge
(Tennoji H.S) *Matsushita Yuka, *Eto chihana, *Nakamura Hiroyuki, *Hosoya Ryota, Kuroishi Takashi
Concentration battery
salt bridge
conductivity
11-a142
14:10– 14:22Break
Energy engineering
14:30– 14:42F26Preparation and Performance Evaluation of Activated Carbon for Electric Double Layer Capacitor Electrodes Made from Bamboo Powder
(NIT Anan) *Ari Hyuga, Konishi Tomoya, Kamano Masaru, Zheng Tao
Activated Carbon
EDLC
KOH-KMnO4
9-c35
14:42– 14:54F27Study on supercooling relaxation of sugar alcohols
(Chiba U.) *Suzumura Hayato, Sugawara Masaya, Wada Daiju, Tokushige Manabu, Ryu Junichi
Latent heat storage
Sugar alcohols
Super cooling
9-b123
14:54– 15:06F28Development of Battery Performance Prediction Model and Optimal Structure Design of All-Solid-State Batteries by Using Machine Learning
(Kyushu U.) *Wakinaguni Yasuki, Sato Koki, Eto Yuki, So Magnus, Yano Takeru, Asano Shusaku, Inoue Gen
All-solid-state battery
Modeling
Machine learning
9-a209
15:06– 15:18F29Supercooling release of erythritol microcapsules for thermal energy storage by physical stimuli
(Yamagata U.) *Hosokawa Naoya, Sasho Yusuke, Makuta Toshinori, Akamatsu Masato
Erythritol microcapsules
Supercooling release
Thermal energy storage
9-b110
15:18– 15:30F30hydrothermal gasification of aqueous organic solutions using carbon-supported nickel catalysts
(kansaiuniversity) *ozuru yoshiki, hayashi junichi, hasegawa isao
hydrothermal gasification
carbon-supported nickel catalyst
acid treatment
9-c274
15:30– 15:42F31Reactivity of multi component mixed hydroxide synthesized by mechano-chemical method
(Chiba U.) *Sakurai Taiki, Okamura Shunya, Okuyama Ryuki, Tokushige Manabu, Ryu Junichi
Chemical heat storage
Mixed hydroxide
Mechanochemical method
9-b124
15:42– 15:54Break
Technical program
27th SCEJ Students Meeting (Online, 2025)
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Most recent update: 2025-02-05 07:59:05
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