27th SCEJ Students Meeting (Online, 2025): Hall program

`27th SCEJ Students Meeting (Online, 2025)`

Hall program

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

Hall A

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

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Fundamental properties, ¿ä»»¡¦Í½Â¬
9:30– 9:42	A01	Thermal analysis and crystal structure analysis of solid solution to elucidate the mechanism of crystallization-induced deracemization (Osaka U., School of Eng. Sci.) *Rei Kobayashi, (Osaka U., Graduate School of Eng. Sci.) Oketani Ryusei, Hisaki Ichiro	chirality deracemization solid solution	1-b	118
9:42– 9:54	A02	The Effect of Cooling Rates on Supercooling (Tennoji H.S) Usuki Hayate, Koresawa Harutaka, Mizobuchi Teppei, Yamamoto Juga, Ozaki Yusuke	Supercooling Mass molar concentration Mass molar concentration	1-e	147
9:54– 10:06	A03	Optimal Prediction of Biodegradability Prediction Model by Occupied Space Information of 3D Structure Using Machine Learning (Shizuoka U.) *yoshida atsushi, takeda kazuhiro	Machine Learning Biodegradability Periodic Properties	6-f	191
10:06– 10:18	A04	Elucidating the principle by which urea increases the amount of sugar dissolved (Tokyo Metro. Tachikawa Senior H.S.) Kamei Y., Obayashi R., Koyama S., *Segawa A.	urea sugar solubility	1-b	224
10:18– 10:30	A05	Shape Classification and Corrosion Rate Prediction Model for Efficient Pipe Corrosion Inspection by Machine Learning of 3D Point Cloud (Shizuoka U.) *yagi junya, takeda kazuhiro	Machine Learning Piping PointNet++	6-a	249
10:30– 10:42	A06	Improve reproducibility of bismuth crystals formation (Noshiro H.S) Ito K., Saga S., *Sato Y., (Noshiro H.S.) Matsumoto T.	bismuth hopper crystal crystallization	1-b	90
10:42– 10:50		Break
Fundamental properties, ¿ä»»¡¦Í½Â¬
10:50– 11:02	A08	Definitive Screening Design and Bayesian Optimization for faster identification of optimal conditions (Shizuoka U.) *wakao kazuki, takeda kazuhiro	Bayesian optimization Definitive Screening Design Optimal condition search	6-f	275
11:02– 11:14	A09	Measuring dye transfer behavior in water in high school chemistry laboratories (Kawagoe Senior HighSchool of Saitama Pref.) Nosaka Kodai, Yoshino Haruto, *Matsumoto Ikuma, Ishida Koji, Fujino Yusuke, Hirata Ryuichiro, Kimura Kazunori	diffusion convection speed numerical simulation	1-a	23
11:14– 11:26	A10	Simultaneous Measurement of the Solubility and Diffusion Coefficient of Cu(tmhd)₂ in High-Temperature Supercritical CO₂ and H₂ (Kumamoto U.) *Oda Shota, Kondo Sumiya, Nakamura Arisa, Momose Takeshi	Supercritical Fluid Deposition Finite Element Method Copper Deposition	8-b	244
11:26– 11:38	A11	Diffusion behavior of sugar molecules during microwave irradiation (Kansai U.) *Sumihi Mituki, Asakuma Yusuke	microwave diffusion sugar	1-a	9
11:38– 11:50	A12	Measurement and correlation of molecular diffusion coefficients of oleic acid methyl ester in pressurized fluids (Shizuoka U.) Fu Yao, *Ichikawa Nono, Moteki Takahiko, Kong Chang Yi	diffusivity oleic acid methyl ester correlation	8-b	109
11:50– 12:02	A13	A Study on Extending the Lifespan of Towels (Osaka Pref. Senri H.S.) Ohta Tomoki, Imai Ryosuke, Nishimura Aoba, Kawabata Taisei, Nishizawa Atsuo	absorbency amount of water absorbed	1-b	122
12:02– 12:15		Lunch break
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12:15– 12:35	A15	What kind of discipline is "chemical engineering" ?		CSR°Ñ°÷²ñ´ë²è	500
12:35– 12:47	A16				Âç³Ø¾Ò²ð´ë²è1
12:47– 12:59	A17				Âç³Ø¾Ò²ð´ë²è2
12:59– 13:10		Break
Fundamental properties, ¿ä»»¡¦Í½Â¬
13:10– 13:22	A19	Non-catalytic methane pyrolysis characteristics for the development of CO2-free hydrogen production system by heat exchange with high temperature waste heat (U.Gifu) *Miyamoto S., Asahara M.	Non-catalytic methane pyrolysis CO2-free hydrogen production system heat exchange	3-b	217
13:22– 13:34	A20	Quantitative Analysis of Upper Concentration Limit of NaCl Solution to Generate AgCl Precipitation (Tokyo Metro. Tachikawa Senior H.S.) Kamei Y., Fukushima H., Matsuoka R., *Yokokawa S.	AgCl complex ion concentration analysis	1-b	225
13:34– 13:46	A21	Physical property correlation for multi-component mixture (Shizuoka U.) *Hatoyama Atsushi, Murakami Yuya	multi-component mixture physical property machine learning	1-a	61
13:46– 13:58	A22	Molecular weight measurement of hydroxy compounds by freezing point depression method (Tamashima H.S.) Nishiyachi U, Kawakami Y, *Kosaka H, Ooshita H	freezing point depression molecular weight water molecule	14-c	219
13:58– 14:10	A23	Effect of micro polishing on heat transfer SUS surface on calcium scale adhesion behavior (Tokushima U.) *Hosomi S., Kayahara S., Hanada T., Katoh M., (Daiketech) Ohnishi K.	Heat exchanger Scale adhesion Polished stainless steel	3-c	13
14:10– 14:22	A24	Is there a rear car in "K"Mura? ~ Approaching the Mystery of the Flame Color Reaction ~ (Nirasaki H.S.) Shimura Yuto, Iwashita Haruto, Takeda Natsumi	Flame Color Reaction	3-b	203
14:22– 14:30		Break
Fundamental properties, ¿ä»»¡¦Í½Â¬
14:30– 14:42	A26	The Research of the Formation Process of Bismuth Crystals (Tennoji H.S) Murakami Hayato, Kosaka Rikuto, Kusafuka Haruka, Furutani Kaede, Ozaki Yusuke	Bismuth Hopper crystal Metal dendrite	1-b	140
14:42– 14:54	A27	Development of soft sensor based on motion of multiple particles trapped in micro-channel (Shizuoka U.) *Nihei Kosuke, Murakami Yuya	soft sensor micro-device fluid dynamics	6-f	60
14:54– 15:06	A28	Relationship between the amount of urea sprayed and the mass of melted ice (Nanao H.S) Asada H., Shiozaki R., Shobuda D., Mitsuyanagi R., Nataami K.	urea snow melting agent freezing point depression	1-e	76
15:06– 15:18	A29	Non-thermal effects by spectroscopy measurements during microwave irradiation (Kansai U.) *Kiyozumi Naoki, Asakuma yusuke	microwave non-thermal effect spectroscopy	1-a	21
15:18– 15:30	A30	Prediction of changes in biodegradation over time by machine learning focusing on degradation stage (Shizuoka U.) *kato kairi, takeda kazuhiro	Machine Learning BOD Biodegradation	6-f	192
15:30– 15:42	A31	Freezing method for solutions that eliminates bias in concentration distribution (Tennoji H.S) Shoji Itsuki, Adachi Mei, Hasegawa Kokona, Watanabe Nozomu, Fukunaga Naoya	Freezing point depression Concentration distribution Mohr method	1-e	149
15:42– 15:54	A32	Fast chirality analysis model for single crystals of sodium chlorate by image recognition (Osaka U., School of Eng. Sci.) *Yoshioka Shogo, (Osaka U., Graduate School of Eng. Sci.) Oketani Ryusei, Hisaki Ichiro	Chiral analysis Deep learning Image recognition	6-f	116
15:54– 16:10		Break
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16:10– 16:22	A34				Âç³Ø¾Ò²ð´ë²è3
16:22– 16:34	A35				Âç³Ø¾Ò²ð´ë²è4
16:34–	A36				Âç³Ø¾Ò²ð´ë²è5

Technical program
27th SCEJ Students Meeting (Online, 2025)

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Most recent update: 2025-02-05 07:59:05
For more information contact Organizing Committee, 27th SCEJ Students Meeting (Online, 2025)
E-mail: inquiry-stu27

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