28th SCEJ Students Meeting (online, 2026): Session programs

`28th SCEJ Students Meeting (online, 2026)`

Session programs

Materials engineering & interfacial phenomena

I27-I33, J01-J06, J08-J14, J20-J25, J27-J33, K01-K06, K08-K14, K20-K25, K27-K33

Most recent update: 2026-03-06 17:03:49

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall I
(14:34–15:58) (Chair: Hanada N., Sei H.)
14:34– 14:46	I27	Development of flow synthesis technology for pesticide delivery carrier particles (Osaka Metro. U.) *Sakai T, Nomura T	Carrier particles Flow synthesis Pesticide	12-f	41
14:46– 14:58	I28	The Length of Light in the Tyndall Phenomenon (Nanao H.S) Matsuyamagi K., Kanai K., Hamada R., Matsunaga Y., Kita H.	Tyndall phenomenon Einstein-stokes equation Colloidal particles	12-b	56
14:58– 15:10	I29	Resin Curing And Colorant (Yokkaichi H.S.) *Yamanaka T., Mori A.	Resin Colorant Light wavelength	12-j	124
15:10– 15:22	I30	Research on the mottled pattern formed by coffee and milk (NITTC) Sugita T, Sugiyama H, Masuko Y, Umakoshi K, Shiroishi H	mottled pattern Coffee and milk IR	12-m	67
15:22– 15:34	I31	Formation of immobilized noble metal nanoparticle catalysts via DLP 3D printer (Fukuoka Inst. Tech.) *Haraguchi Hayato, Hiraga Shun-ya, Matsuyama Kiyoshi	Micro-architected metal structure 3D printing metal nanoparticle catalysts	12-k	128
15:34– 15:46	I32	What is Bismuth Oxide? – About the Reduction Rate and Color of Bismuth Oxide (Kitamifujikoukou) *Hasegawa Touma, Fujii Souta, Uto Y.	Bismuth Oxide Reduction Rate Reduction Rate and Color	12-m	166
15:46– 15:58	I33	Synthesis of low-cost carrier particles for pesticide encapsulation and their control efficacy (Osaka Metro. U.) *Takeya T, Nomura T	Carrier particles Control efficacy Low-cost	12-f	42
Hall J
(9:30–10:42) (Chair: Johno Yuuki, Funakoshi K)
9:30– 9:42	J01	Synthesis of zwitterionic functionalized polymer particle for prevention of protein adsorption (Ibaraki U.) *Horiuchi G., (Kyoeisha Chemical) Takamatsu Y., Uchikoba T., (Ibaraki U.) Kobayashi Y., Yamauchi N.	zwitterionic monomer copolymerization particle	12-c	122
9:42– 9:54	J02	Synthesis of Conductive Polypyrrole-Coated Polystyrene Particles (Ibaraki U.) *Suzuki S., Morita M., (Mitsubishi Materials) Suzuki S., (Ibaraki U.) Kobayashi Y., Yamauchi N.	polypyrrole conductive polymer core-shell particle	12-c	118
9:54– 10:06	J03	apply emulsifier to agricultural chemicals (Yokote H.S) Iwata N., Kaga A., Kakizaki R., Hikino A., Furuya M., Watanabe S., Ishikawa S.	emulsifier spreading action	12-b	82
10:06– 10:18	J04	Evaluation of pH-responsive permeation of nitrogen containing compounds in polyacrylic acid coated gate membrane (Utsunomiya U.) *Mikami Cocoa, Sato Takafumi, Itoh Naotsugu	gate membrane polyacrylic acid pH responsive membrane	4-a	61
10:18– 10:30	J05	Suppression of metal dendrite growth by polymer colloids (Tennoji H.S.) Mizuno Haruto, Hamano Koki, Kiyota Akito, Tsujimoto Kentaro, Iwai Haruhiko	Dendrite colloid polymer	11-a	226
10:30– 10:42	J06	Crystallization within a three-dimensional micro-mesh structure (Nagoya U.) *Kiso Yusuke, Yamamoto Tetsuya	Alum Crystal Melamine foam	12-g	196

(10:50–12:14) (Chair: Takei Takayuki, Yamamoto Tetsuya)
10:50– 11:02	J08	Fabrication and Battery Performances of Ni-Co Composite Materials by Mechanochemical Processings (NIT Suzuka) *Shimada K., Funakoshi K.	･?･ｫ･ﾎ･ｱ･ﾟ･ｫ･?ｽ?ﾍ? ﾊ｣ｹ?ｲｽ CVﾂｬﾄ?	12-g	217
11:02– 11:14	J09	(withdrawn)		100	268
11:14– 11:26	J10	Spherical photonic crystals of mesoporous silica particles for cosmetics applications (Tohoku U.) *Asano N., Kurioka K., Welling T. A. J, Watanabe K., Namigata H., Suga K., Nagao D.	Structural color Mesoporous silica Cosmetics	12-c	231
11:26– 11:38	J11	Application of Pd nanoparticles immobilized onto cellulose nanofiber to flow reaction (Fukuoka Inst. Tech.) *Moto-ori Hina, Hiraga Shunya, Haraguchi Hayato, Matsuyama Kiyoshi	Cellulose nanofiber Pd Nanoparticle Supercritical CO2	12-k	126
11:38– 11:50	J12	Preparation of selenium nanoparticles using extract of waste parts of crude medicinal plants in Nara (NIT Nara) *Nishigita Hiroki, Naoe Kazumitsu	selenium nanoparticle crude medicinal plant waste	12-d	232
11:50– 12:02	J13	Production of silver nanoparticles by pulsed discharge -Synthesis and Characterization of Biopolymer Composites- (Faculty of Eng., Kumamoto U.) *Abe Koichiro, (GSST, Kumamoto U.) Fukagusa Yuri, (Inst. Ind. Nanomaterials, Kumamoto U.) Sasaki Mitsuru	ｶ?･ﾊ･ﾎﾎｳｻﾒ･ﾑ･?･ｹﾊ?ﾅﾅ･ﾚ･ｯ･ﾁ･?	12-d	81
12:02– 12:14	J14	Solvent Selection for Continuous Precursor Supply and Enhanced Deposition Performance in Supercritical Fluid Deposition of Copper (Kumamoto U.) *Kawai Yuuri, Momose Takeshi	Supercritical Fluid Deposition Copper Deposition	5-h	170

(13:14–14:26) (Chair: Yamamoto Tetsuya, Kashima Keita)
13:14– 13:26	J20	Synthesis of glycan-immobilized monodisperse P(St-HEMA) particles for virus detection (Ibaraki U.) *Iwasaki L., (Fukushima U.) Ogata M., (Ibaraki U.) Kobayashi Y., Yamauchi N.	polymer particle monodisperse glycan	12-c	120
13:26– 13:38	J21	Fabrication of microsized cationic polymer particles for endotoxin removal (Ibaraki U.) *Takeda A., (Nagase chemtex) Nakamura D., (Ibakraki U.) Kobayashi Y., (Ibaraki U.) Yamauchi N.	Microsized polymer particle Cationic polymer Adsorbent	12-c	121
13:38– 13:50	J22	Preparation conditions of colloidosomes using Pickering emulsions stabilized by silver nanoparticles (NIT Nara) *Harada Ayane, Terada Ayumu, Naoe Kazumitsu	colloidosome Pickering emulsion silver nanoparticle	12-b	140
13:50– 14:02	J23	Hierarchical packed beds of spherical arrangements of porous silica particles (Tohoku U.) *Tsunetomi Natsuho, Kurioka Keisuke, Welling Tom A. J.	packed bed adsorption pressure drop	12-c	53
14:02– 14:14	J24	Synthesis of Practical Plastics from Natural Waste (Akita H.S) Yatuzuka A., Osawa Y., Otani Y., Watanabe T., (Akita.H.S) Konno H.	Practical Plastics Natural Waste	12-j	167
14:14– 14:26	J25	Effect of liposome adsorption conditions on the formation of a supported lipid bilayer via a liposome fusion method (Shinshu U.) *Yamamoto Koji, Saeki Daisuke, Okumura Yukihisa	liposome fusion method supported lipid bilayer adsorption conditions	12-i	236

(14:34–15:58) (Chair: Yamauchi N., Tokushige Manabu)
14:34– 14:46	J27	Optimization of stirring condition for the eco-friendly enzymatic synthesis of conductive polyaniline (NIT Oyama) *Ikeno Shoki, Kashima Keita	AOT vesicles turbulent flow PANI-ES	12-k	183
14:46– 14:58	J28	Effect of mixing conditions in gold nanoparticle synthesis with a citrate reduction method (Yamaguchi U.) *Kataoka M., Uehara T., Ishii H.	citrate reduction gold nanoparticle mixing condition	12-d	179
14:58– 15:10	J29	Refinement of gold nanoparticle synthesis for better catalytic performance (Yamaguchi U.) *Hata H., Yamashiro N., Ishii H.	gold nanoparticle catalytic activity mixing condition	12-d	221
15:10– 15:22	J30	Research on the creation of self-repairing polymer and comparing trength (Hyogo H.S) Ishibashi Atsuki, Nagasima Jyunta, Hariyama Towa, Mita Eitaro, *Wakano Nika, Shiga Toshiki	Self-repairing polymer Cellulose Strength	12-j	23
15:22– 15:34	J31	Conditions for reducing warping in UV hardening resin (Nanao H.S) Taniguchi A., Sakai K., *Tamura S., Terao K.	UV hardening resin Radical polymerization Temperature	12-k	54
15:34– 15:46	J32	Electrochemical Characterization of Hydroxyapatite Crystals (NIT Suzuka) *Kanda N., Funakoshi K.	Ultraviolet-visible spectroscopy Hydroxyapatite Crystals Photocatalyst	12-g	243
15:46– 15:58	J33	Research on the Production of Gel Beads for Enclosing Cells (Sasebo Kosen) *Yoshida Hana, Johno Yuuki, Moriyama Kosuke, Yamasaki Takashi, Matsuyama Fuminori, Nakashima Kenji	Gel Beads Microreactor Cells	2-g	136
Hall K
(9:30–10:42) (Chair: Ishii H., Ohashi H.)
9:30– 9:42	K01	Direct Synthesis of Gold Nanoparticle Encapsulated ZSM-5 and Its Application in Benzyl Alcohol Conversion (Shizuoka U.) *Takatsuka Hikaru, Kong Changyi, Moteki Takahiko	One-pot synthesis zeolite Thiol-Gold Interaction	12-c	180
9:42– 9:54	K02	The Effect of Surfactants on the Shape of Urea Crystals (Nanao H.S) Hoshiba T., Hoshiba M., Nakamura R., Maeda Y., Obuchi Y.	Urea Surfactant Tree crystals	12-g	55
9:54– 10:06	K03	Photonic crystals of hollow-structured particles that respond to an electric field (Tohoku U.) *Ito Y., Namigata H., Welling T. A. J, Watanabe K., Suga K., Nagao D.	Hollow-structured particles Photonic crystals Electric-field-response	12-c	230
10:06– 10:18	K04	Control of Internal Structure in Calcium Alginate Gel Capsules Fabricated Using Superhydrophobic Surfaces (Kagoshima U.) *Ikebe Fumi, Kobaru Saki, Yoshida Masahiro, Takei Takayuki	Ionic Crosslinking Internal Structure Control milligel capsule	12-f	32
10:18– 10:30	K05	Fabrication of microgel fibers for capillary network reconstruction. (Kagoshima U.) *Nakamura Momoka, Kobaru Saki, Yoshida Masahiro, Takei Takayuki	capillary network gelatin gel fiber	7-e	33
10:30– 10:42	K06	On the Formation of Salt Crystal Shapes (Senri H.S.) Koike Kanta, Ishibushi Takumi, Ose Kaoru, Gotou Kyousuke, Fukuno Katsuhisa	Crystal Shape Formation	4-g	36

(10:50–12:14) (Chair: Moteki Takahiko, Ishii H.)
10:50– 11:02	K08	Calculation of diffusion coefficient of various polymeric systems by molecular dynamics simulation (TUAT) *Okuyama T., Ohashi H.	diffusion coefficient molecular dynamics	1-a	24
11:02– 11:14	K09	Development of PTFE alternative materials via hydrophobic and oleophobic coating on polyphenylene sulfide (TUAT) *Tanaka A., Ohashi H.	oleophobic plasma-enhanced CVD PFAS	12-j	65
11:14– 11:26	K10	Relationship between Labyrinth Patterns of Magnetic Fluids and Magnetic Flux Density and Viscosity (Himejihigashi Senior HS) Okado Souta, Maeda Syugo, *Yao Ryunosuke, Kawakatsu Kazuya	Spike Hereshousel Labyrinth Pattern	12-c	73
11:26– 11:38	K11	A Study on the Biodegradability of Soybean-Derived Plastics (Tamashima H.S.) Ikeda Kazuya, Shigefuji Masahito, Ooshita Hidekazu, *Tani Soma	Soybean Plastics Biodegradability of Soybean-Derived Plastics	12-m	71
11:38– 11:50	K12	Development of an anti-solvent crystallization method for producing skeletal taurine crystals (NIT Suzuka) *Kamei T, Funakoshi K	skeletal crystals taurine anti-solvent crystallization	12-g	206
11:50– 12:02	K13	Development of an Optical Resolution Method Using Preferential Crystallization (NIT Suzuka) *Shimosaka I, Funakoshi K	L-Glu Preferential Crystallization Polymorphism	12-g	202
12:02– 12:14	K14	Changes in the properties of iron(ｭｷ) hydroxide colloid depending on the forming temperature (Tennoji H.S.) Taguchi Yuto, Nakayama Yota, *Nakashima Itsuki, Kawamoto Masaya	colloid particle size's change absorbance	12-d	200

(13:14–14:26) (Chair: Takei Takayuki, Nakagawa K.)
13:14– 13:26	K20	Synthesis of polymer particle having temperature-responsive polymer graft chain using polymerizable azo initiator and temperature-responsive particle aggregation (Osaka Met. U.) *Ochi Mizuki, Horie Takafumi, Yasuda Masahiro	graft polymerization temperature-responsive polymerizable azo initiator	12-c	234
13:26– 13:38	K21	Process Design for the Synthesis of Waste-Plastic-Derived Biodegradable Plastics Oriented Toward a Circular Economy (Shizuoka U.) *Nakano Arisa, Takeda Kazuhiro	process design waste plastics PBS	6-b	260
13:38– 13:50	K22	Physically crosslinked guanidinylated chitosan hydrogel (U. Miyazaki) *Nakamura M., Yamashita Y., Izawa H.	chitosan hydrogel Freeze-thawing	7-e	111
13:50– 14:02	K23	Synthesis of monodisperse polymer nanoparticles at low polymerization temperature (Yamaguchi U.) *Fukuda Y., Asanuma H., Ishii H.	monodisperse polymer nanoparticle soap-free emulsion polymerization low polymerization temperature	12-b	198
14:02– 14:14	K24	How to improve the strength of casein and gluten plastic (Tennoji H.S.) Nishi Takaki, Fusamoto Takuma, Tanaka Nonoka, Toda Haruto, Iwai Haruhiko	casein plastic gluten plastic improved strength	1-b	223
14:14– 14:26	K25	Track the invisible changes in particles! ~Changes in colloidal solutions due to temperature~ (Ikuno H.S) Iyoda A., Fukuda Y., Udagawa M., Tanaka M., Hibi N.	colloid dialysis cation	12-d	207

(14:34–15:58) (Chair: Yamashita Y., Tanaka M.)
14:34– 14:46	K27	Effect of Na2O/P2O5 Ratio on Structural Change and Emission Properties of Cu+, Sn2+ Co-doped Phosphate Glasses (NIT Anan) *Akazawa Hinata, Zheng Tao, Kamano Masaru, Kouzai Takanori, Konishi Tomoya	Phosphate glass Glass network structure Photoluminescence	1-b	277
14:46– 14:58	K28	Silver dendrite precipitation (Tachikawa H.S.) Tomizawa Kazufumi, Oku Ayane, Takano Shunsuke	Silver dendrite Differences in copper plate shapes Deposition speed	11-a	99
14:58– 15:10	K29	Development of Porous Gels with Enhanced Thermal Insulation Effects (Takarazukakita H.S) Kondo Nanami, Nonaka Ryotaro, Nakayama Eito, Sakaue Sora, Asahara Motoki	Aerogel Ambient Pressure Drying Crosslinking	12-e	280
15:10– 15:22	K30	Comparison of performance changes due to metal loading in zinc oxide photocatalysts (Mito First H.S.) *Setomaru Nanao, Kushida Masahiko	photocatalysts metal loading performance changes	5-a	182
15:22– 15:34	K31	Modulation of luminescent properties in a ZnO-EVA nanocomposite film (Yamaguchi U.) *Hirota T., Takahashi K., Ishii H.	ZnO quantum dot luminescent film nanocomposite	12-d	220
15:34– 15:46	K32	Shape Control of Hollow Silica Particles Synthesized with Monodisperse Silicone Droplet Template (Yamaguchi U.) *Okano T., Yao Y., Ishii H.	hollow silica particle monodisperse emulsion template synthesis	12-c	178
15:46– 15:58	K33	Synthesis of ZnS quantum dots and Analysis of Their Fluorescence (Shizuoka U.) *Kajiura Ko, Kong Changyi, Moteki Takahiko	nanoparticles photoluminescence colloidal stability	12-d	237

Technical program
28th SCEJ Students Meeting (online, 2026)

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Most recent update: 2026-03-06 17:03:49
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