SCEJ

26th SCEJ Students Meeting (Online, 2024)

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Most recent update: 2024-03-01 17:45:43

Hall A
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Chemical-Energy-Car Competition¾Ò²ð
12:26– 12:38A16

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12:38– 12:50A17

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13:12– 13:24A20

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13:24– 13:36A21

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13:36– 13:48A22

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13:48– 14:00A23

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14:00– 14:12A24

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14:20– 14:32A26

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14:32– 14:44A27

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14:44– 14:56A28

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14:56– 15:08A29

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15:08– 15:20A30

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16:00– 17:00A34

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17:00– A35

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Hall B
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Chemical reaction engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42B01Development of a novel organic photocatalyst with antibacterial efficiency under visible light irradiation
(Kobe Univesity) *Tsukamoto Hikaru, Shiroma Hayato, Hiramatu Kouki, Ichihashi Yuichi
organic photocatalyst
under visible light irradiation
antibacterial efficiency
5-a164
9:42– 9:54B02Liquid Phase Oxidation of Benzene by Cu(­¶)-2,2'-bipyridine Complex by Using Slug Flow Reactor
(Kobe U.) *Yurugi Mone, Tani Shotaro, Ichihashi Yuichi
slug flow
benzene oxidation
copper catalyst
5-a142
9:54– 10:06B03Preparation of methanol synthesis catalyst for a contactor type membrane reactor
(Shibaura Inst. tech.) *Tsuyuki Hiroto, Ito Itsuki, Yanai Daiki, Sato Yuya, Nomura Mikihiro
membrane reactor
catalyst
methanol
5-a258
10:06– 10:18B04Effect of supports on selective gas-phase hydrogenation of benzonitrile using supported copper catalysts
(Kyoto U.) *Zhou Ziyang, Fujitsuka Hiroyasu, Kawase Motoaki
Benzonitrile
Catalyst support
Selective hydrogenation
5-a190
10:18– 10:30B05Hydroformylation of Ethylene over rhodium catalyst supported on silica
(U.Shizuoka) *Maeda Natsuki, Kong Cyang yi, Moteki Takahiko
Porous support
Hydroformylation
Catalyst
5-a49
10:30– 10:42B06Research on cellulose glue
(Kobe H.S.) *Iimori Y., *Houji S., *Yamamoto E., *Endo K.
chemical industry
cellulose
glue
5-g292
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Chemical reaction engineering
10:50– 11:02B08Evaluation of propane oxidative dehydrogenation property by BN-based spiral-type catalyst with electric heating
(U. Shizuoka) *Suganuma Hiroyasu, Watanabe Ryo, Akama Hiroshi, Fukuhara Choji
Spiral catalyst
Electric heating
Dehydrogenation
5-a137
11:02– 11:14B09The Effects of Support on Ammonia Decomposition Activity of Ni/Al2O3 Catalyst and its Application to Ammonia Methanation
(U. Hiroshima) *Nakamura K., Imamura S., Sunamoto R., Miyaoka H., Ichikawa T., Saima H.
Hybrid Catalyst
Ammonia Methanation
Carbon dioxide
5-a87
11:14– 11:26B10Fabrication of methylammonium bismuth iodide perovskite
(Kyoto U.) *Kimura Shoma, Yang Ziguang, Kawase Motoaki
CVD
perovskite
Bismuth
5-h138
11:26– 11:38B11Development and evaluation of innovative catalytic reaction system for rapid and efficient conversion of CO2 into valuable resources
(U. Shizuoka) *Yamada Yuki, Naiki Hiroto, Akama Hiroshi, Watanabe Ryo, Fukuhara Choji
Carbon neutral
Exergy
CCU
5-a139
11:38– 11:50B12Study on the removal of nitrite ion by the photocatalytic reduction of various TiO2 with hole scavengers.
(NIT Nagaoka) *Yamaguchi Hiyori, Murakami Yoshinori
»À²½¥Á¥¿¥ó
°¡¾Ë»À¥¤¥ª¥ó
´Ô¸µ
5-a67
11:50– 12:02B13Hybrid-type kinetic model for the purpose of application to liquid-phase photocatalytic reactions
(NITNC) *Nakano Haruka, Atsumi Ryosuke
Photocatalyst
Machine Learning
Kinetic Study
5-a334
12:02– 12:14Lunch break
Chemical reaction engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12B19Direct synthesis of dimethyl ether by CO2 hydrogenation over Cu-Zn-Ga/Al2O3 catalysts prepared using sol-gel method
(Shizuoka U.) *Masumoto K., Takeishi K.
dimethyl ether (DME)
CO2 hydrogenation
copper catalysts
5-a201
13:12– 13:24B20Ultrasonic Degradation of Phenol using Flow Reactor
(Tokyo Denki U.) *Kimura Shogo, Kobayashi Daisuke
Flow reactor
Ultrasound
Degradation of Phenol
5-b236
13:24– 13:36B21Effect of Steam Addition for Gas-Phase Benzene Oxidation over Cu-loading Molded Zeolite Catalyst
(Kobe U.) *Wakida Hokuto, Noguchi Ibuki, Tani Shoutarou, Ichihashi Yuichi
Zeolite
Benzene Oxidation
Steam Additon
5-a136
13:36– 13:48B22Investigation of temperature and steam introduction velocity during biomass steam gasification.
(Hirosaki U.) *Jin Tomoki, Oukura Hirozumi, Aghietyas Choirun Az Zahra, Abuliti Abudula, Guoqing Guan
biomass
steam gasification
gasification temperature
5-g99
13:48– 14:00B23Kinetic analysis of oxidation reaction of copper disolution in aqua regia
(Osaka Met. U.) *Inoue Youhei, Okita Erika, Horie Takafumi, Yausda Masahiro
aqua regia
oxidation reaction
kinetic analysis
5-e103
14:00– 14:12B24Changes in time required for traffic signal reaction due to temperature
(Ono H.S. chemistry club) *Yasunaga Y., *Yano Y.
indigocarmine
redox
temperature
5-i288
14:12– 14:20Break
Systems, information, and simulation technologies
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32B26Design of an energy efficient and cost effective DME synthesis process using waste plastics
(U.Shizuoka) *Nakata Y., Okai M., Takeda K.
DME
plastic waste
process
6-b74
14:32– 14:44B27Examining the feasibility of DME manufacturing process using waste plastic
(Shizuoka U.) *Okai Mizuki, Nakata Yasuki, (AVEVA Co.,Ltd) Yamada Yutaka, (Shizuoka U.) Takeda Kazuhiro
DME
waste plastic
recycle
6-b169
14:44– 14:56B28Design of catalytic microreactors using topology optimization methods
(Kyoto U.) *Yamanishi Yuna, Tonomura Osamu, Sotowa Ken-Ichiro
design
microreactor
topology optimization
6-e301
14:56– 15:08B29Considerations in Fructose Sweetness
(Hitachi First H.S. Chemistry club) *Sekine Y., *Serizawa S., *Sakurai Y., Yamaguti S.
13C NMR
Stabilization
Final heat of formation
6-e355
15:08– 15:20B30Design of Green Ammonia Synthesis Process via Dynamic Simulation
(NITNC) *Hada Yasuyuki, Atsumi Ryosuke
Green Ammonia
Dynamic Simulation
Meteorological Data
6-c333
15:20– 15:32B31Simulation of Hydrogen Carrier Manufacturing Process Applying Meteorological Big Data and 3D City Model
(NITNC) *Kaneuchi Taiyo, Atsumi Ryosuke
Renewable energy
Meteorological big data
Hydrogen carrier
6-c332

Hall C
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Fluid & particle processing
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42C01Effects of dispersion medium and particle size on yield phenomenon of concentrated particle suspension
(Hiroshima U.) *Nishimura Y., Ishigami T., Fukui K., Fukasawa T.
Yield stress
Ion species
Particle size
2-f313
9:42– 9:54C02Analysis of grinding process and characterization of planetary ball mill
(Osaka Metro. U.) *Suzuki S., Ohsaki S., Nakamura H., Watano S.
Planetary ball mill
Grinding
Characterization
2-b174
9:54– 10:06C03Contribution to enhance quality of work of semiconductor devices with thermal management
(Kagoshima U.) *Shibata Shotaro, Mizuta Kei, Nii Susumu
Vapor chamber
Semiconductor devices
Thermal management
2-a348
10:06– 10:18C04Effect of sample dilution on particles dispersion state in slurries
(Hosei U.) *Nishiyama Tomoki, Kitamura Kenta, Mori Takamasa
dilution
dispersion
slurry
2-f144
10:18– 10:30C05Generation of PLGA particles and coating using supercritical carbon dioxide
(Hiroshima Inst. Tech.) *Bitou Yuichi, Nakagawa Naoya, Ikeda Masahiro
PLGA particle
Particle coating
Supercritical carbon dioxide
2-f21
10:30– 10:42C06Effect of coating on dielectric properties of CNT-containing alumina composites
(Hiroshima U.) *Hirao K., Fukasawa T., Ishigami T., Fukui K.
CNT
coating
dielectric properties
2-f273
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Fluid & particle processing
10:50– 11:02C08Influence of Moisture on Degradation Behavior of PPS Filter Medium by Exposure to High Temperature Corrosive Gas
(Hiroshima U.) *Fujiwara M., Fukasawa T., Ishigami T., Fukui K.
Polyphenylene sulfide
Bag-filter media
Degradation
2-f268
11:02– 11:14C09CFD analysis and PIV verification of flow field in a turbulent stirred tank with a rotor-stator mixer
(Yokohama Nat. U.) *Shinki A., Misumi R., (Sekisui Kasei) Yagi N., Fujiwara T., Takano M.
rotor-stator mixer
CFD
PIV
2-b106
11:14– 11:26C10Enhanced reliability of densly mounted LED substrate utilizing a flat laminate vapor chamber
(Kagoshima U.) *Okuzono Ryota, Mizuta Kei, Nii Susumu
Vapor chamber
Reliability of LED
Densly mounted
2-a349
11:26– 11:38C11Solution for thermal problems of semicondoctor devices utilizing flat laminate vapor chamber
(Kagoshima U.) *Suzuki Kaito, Mizuta Kei, Nii Susumu
Vapor chamber
Semiconductor devices
Thermal management
2-a347
11:38– 11:50C12The effect of electrode geometry on the flow state near the working electrode and electrolytic performance in an alkaline water electrolysis
(Yokohama Nat. U.) *Ishino S., Misumi R., Mitsushima S.
alkaline water electrolysis
overvoltage
particle image velocimetry
2-a154
11:50– 12:02C13Non-chemical cleaning technology for surface-adhering microorganisms using air bubbles
(Osaka Metro. U.) *Kano A, Nomura T
Air bubbles
Non-chemical cleaning
Microorganisms
2-d61
12:02– 12:14Lunch break
Fluid & particle processing
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12C19Evaluation of the influence of flow conditions on gas-liquid mass transfer in a gas-liquid oscillatory baffled reactor
(Osaka Pref. U.) *Masuda Ayano, (Osaka Metro. U.) Horie Takafumi, Okita Erika, Yasuda Masahiro
oscillatory baffled reactor
gas absorption
mass transfer
2-e127
13:12– 13:24C20Relationship between the milk crown and water
(Ikuno H.S.) *Okuno Yosei, *Kimura Keiji, *Sugishima Soma, *Tomioka Riku
milk crown
corner
water
2-g68
13:24– 13:36C21Mechanism of Liquid Rope-coil Formation in Micro-channel
(Tokyo U.Sci) *He Huajun, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Micro-channel
Liquid-rope coil
Viscose liquid
2-e53
13:36– 13:48C22Thermal management of die casting mold of unknown specifications
(Kagoshima U.) *Dayana Aqela, Mizuta Kei, Nii Susumu
Thermal management
Die casting mold
Unknown specifications
2-a350
13:48– 14:00C23Linear stability analysis of three-dimensional natural convection at low Prandtl number in an annular enclosure under a magnetic field using a nonuniform grid
(TMU) *Imai T., (C.Yonago) Masuda T., (TMU) Tagawa T.
LSA
magnetic field
nonuniform grid
2-a282
14:00– 14:12C24Mixing evaluation method using boundary surface in laminar mixing of a batch type oscillatory baffled reactor
(Osaka Pref. U.) *Saiki W., (Osaka Metro. U.) Murotani R., Horie T., Okita E., Yasuda M.
oscillatory baffled reactor
chaotic mixing
laminar mixing
2-b132
14:12– 14:20Break
Fluid & particle processing
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32C26A Single Bubble Rising by Marangoni Effect in Rectangular Region
(TMU) *Masuda Junnosuke, Tagawa Toshio
bubble flow
Marangoni effect
2-e310
14:32– 14:44C27How to avoid the Granular convection
(TENNOJI H.S.) *Ujiie Terutomo, *Nouchi Yosuke, *Ishihara Taisei, *Okabe Takuto
Granular convection
granular materal
vibration
2-b109
14:44– 14:56C28Mixing of highly viscous fluids using a Twin-shaft Mixer
(Tokyo U. Sci) *Kitamura Shunta, (Nagase Group) Kamiya Tetsu, Kato Seitaro, (Tokyo U. Sci) Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Viscous fluid
Mixing
Fluid Mechanics
2-b65
14:56– 15:08C29Flow and heat transfer characteristics around tube bundle using fluidized bed
(Hiroshima Inst. Tech.) *hosikawa kanto, oohira kaito, nakamura kouki, ikeda masahiro
Fluidized bed
Around tube bundle
Flow and heat transfer characteristic
2-c184
15:08– 15:20C30Synthesis of Solid Electrolytes Using Grinding Process and Effect of Additives
(NIT Ichinoseki) *Ito Shunta, *Sano kaisei, Nkaido Mitsuru, (Toyohashi Tech) Inada Ryoji
Grinding
Solid Electorolytes
2-f328

Hall D
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Separation processes
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42D01Study of synthetic conditions on preparation of silicalite-1 membrane by gel-less method
(Tokushima U.) *Ogihara S., Hyuga S., Hanada T., Katoh M., (Gifu U.) Oumi Y., (MicrotracBEL) Nakai K.
silicalite+1 membrane
gel-less method
carbon dioxide separation
4-a16
9:42– 9:54D02Development of nanofiltration membranes using porphyrin-based metal-organic frameworks nanosheets
(Kobe U.) *Ueno Kazuki, Nakagawa Keizo, Wang Zheng, Kitagawa Toru, Okamoto Yasunao, Matsuoka Atsushi, Kamio Eiji, Matsuyama Hideto, Yoshioka Tomohisa
metal-organic frameworks nanosheets
porphyrin
membrane
4-a298
9:54– 10:06D03Development of hydrogen permselective membranes on porous BN substrates
(Shibaura Inst. Tech.) *Sato Haruki, Ito Myuwako, Nomura Mikihiro
boron nitride membrane
plasma irradiation
hydrogen separation
4-a25
10:06– 10:18D04Preparation of Pd membrane by electroless plating on porous SUS tube with synthetic mica particles
(Tokushima U.) *Iwai Y., Lu P.-Y., Shijiraya T., Hanada T., Katoh M.
mica
dense Pd membrane
porous SUS tube
4-a14
10:18– 10:30D05Development of temperature responsive gate membrane with poly(N-isopropylacrylamide)
(Utsunomiya U.) *Ikeda Emi, Tamesue Shingo, Sato Takafumi, Itoh Naotsugu
temperature responsive membrane
poly(N-isopropylacrylamide)
gate membrane
4-a73
10:30– 10:42D06Separation of lanthanides from other metals using solvent impregnated resin with surfactant
(OMUCT) *komatsu tomoha, Kurahashi Kensuke, (ICR) Sohrin Yoshiki
surfactant
lanthanides
solvent impregnated resin
4-e58
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Separation processes
10:50– 11:02D08Fabrication of polymer with rigid structure on substrate membrane via interfacial polymerization
(Kobe U./MaFTech Center) *Kira K., Matsuoka A., Okamoto Y., Kamio E., Yoshioka T., Nakagawa K., Matsuyama H.
Membrane separation
PIM
Interfacial polymerization
4-a315
11:02– 11:14D09Investigation of alkaline materials for high temperature carbon dioxide selective permeation
(Shibaura Inst. Tech.) *Ito Itsuki, Tuyuki Hiroto, Yanai Daiki, Satou Yuya, Nomura Mikihiro
DAC
CO2
membrane
4-d82
11:14– 11:26D10Evaluation of gas absorption performance of water membrane gas absorber
(Osaka Met. U.) *Uemura Yunosuke, Okita Erika, Horie Takafumi, Yausda Masahiro
gas absorption equipment
stainless steel plate
water membrane gas absorber
4-d105
11:26– 11:38D11ability of hair to absorb oil
(H.S.Noshiro) *Iwaki N., *Kimura K., *Kobayashi K.
hair
oil
absorption
4-d32
11:38– 11:50D12Fundamental investigation on organic solvent forward osmosis process with thermoresponsive ionic liquid as draw solution
(Kobe U./MaFTech Center) *Satomi T, Matsuoka A, Kamio E, Yoshioka T, Nakagawa K, (MaFTech Center) Okamoto Y, (Kobe U./MaFTech Center) Matsuyama H
Organic solvent separation
Forward osmosis
Ionic liquid
4-a157
11:50– 12:02D13Effect of porphyrin modification on organic solvent nanofiltration properties of graphene oxide stacked membran
(Kobe U.) *Maezaka Yoshito, Nakagawa Keizo, Guan Kecheng, Matsuoka Atsushi, Kato Noriaki, Okamoto Yasunao, Kamio Eiji, Kitagawa Toru, Yoshioka Tomohisa, Matsuyama Hideto
Graphen oxide
Organic solvent nanofiltration
Porphyrin
4-a299
12:02– 12:14Lunch break
Separation processes
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12D19Improvement of surface hydrophilicity of PDMS membrane by adding poly(dimethylsiloxane-b-ethylene oxide) as a surfactant
(Kobe U. MaFTech Center) *Kou M., (Kobe U./MaFTech Center) Kamio E., Matsuoka A., Nakagawa K., Yoshioka K., Matsuyama H.
PDMS
PEG-based surfactant
surface hydrophilicity
4-a152
13:12– 13:24D20Selective extraction of In(III) from acidic media with a new extractant, 3, 5-di-tert-butylsalicylic acid
(Miyazaki U.) *Kimura Yuki, Kanemaru Sintaro, Baba Yosinari, Sugamoto Kazuhiro
Indium
Alkyl salicylic acid
Acidic media
4-f239
13:24– 13:36D21Efficient Capture of Metal Ions on Natural Polysaccharides
(HS. Takarazuka-kita) *Kawaguchi T., *Sasabe Y., *Kaneko Y., *Kato R., *Kishida J., *Takano Y.
natural polysaccharides
alginate
gelation
4-e262
13:36– 13:48D22Adsorption of nonionic dyes by layered MnO2 thin films and effect of solution pH
(Kanto-gakuin U.) *Kurokmi Yume, Matsui Masami, Sato Takumi, Tomono Kazuaki
water pollution
nonionic dye
layered MnO2
4-e114
13:48– 14:00D23Assesment of Methanol Flux through FAU Zeolite Membranes for¡¡Transesterification Applications
(Yamaguchi U.) *Shintani Kazuma, (Silpakorn U.) Chulita Pornpitakdamrong, Worapon Kiatkittipong, (Yamaguchi U.) Kumakiri Izumi
Zeolite membrane
ester exchange reaction
catalyst
4-a29
14:00– 14:12D24Preparation of oriented silicalite-1 membrane by secondary growth with changing temperature
(Tokushima U.) *Oguri H., Hatakeyama D., Hanada T., Katoh M., (Gifu U.) Oumi Y., (MicrotracBEL) Nakai K.
secondary growth
oriented silicalite-1 membrane
carbon dioxide separation
4-a15
14:12– 14:20Break
Separation processes
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32D26Development of cation exchange membranes for the hybrid sulfer cycle
(Shibaura Inst. Tech. or Saitama Inst. Tech. or Shonan Inst. Tech.) *Tatsujma Tokuto, Nomura Mikihiro, (QST) Yamaki Tetsuya, Koshikawa Hirosi, Sawada Shin-ichi
Membrane
Hydrogen
CEM
4-e261
14:32– 14:44D27Preparation of dried paricles and/or fibers of amphiphilic polymers by spray-drying and their characterization as a carrier for flavor encapsulation
(Okayama U.) *Honda Nao, Araga Chika, Hasegawa Takato, Sato Haruna, Imanaka Hiroyuki, Imamura Koreyoshi
amphiphilic polymer
spray-drying
flavor encapsulation
4-h317
14:44– 14:56D28Development of highly ductile ion gels using triblock copolymers with different ratios of block chain length
(Kobe U./MaFTech Center) *Takata K., Kamio E., Matsuoka A., Nakagawa K., Yoshioka T., Matsuyama H.
ion gel
triblock copolymer
fracture strain
4-a147
14:56– 15:08D29Lipid Ion Species-Mediated Control of Performance Changes in Interlayer Reaction Fields for Selected Adsorption of Organic Dyes
(Kanto-Gakuin U.) *Matsui Masami, Kurokami Yume, Sato Takumi, Tomono Kazuaki
Lipid ion
Adsorption
Layered MnO2
4-e141
15:08– 15:20D30Fabrication of high performance polyamide membrane by incorporating IDA for desalination
(Kobe U./MaFTech Center) *Sato Yuma, Okamoto Yasunao, Matsuoka Atsushi, Gonzales Ralph Rolly, Kamio Eiji, Kitagawa Toru, Yoshioka Tomohisa, Nakagawa Keizo, Matsuyama Hideto
Desalination
Iminodiatic acid
Interfacial polymerization
4-a316
15:20– 15:32D31Clean water with charcoal
(Kumamoto Daini) *Oishi Ayumu, *Narazaki Tomoya, *Imamura Huga, *Maezaki Haruta, *Mitsunaga Yuki, *Nishi Yuzuno, *Takamiya Ritsu
activated carbon
adsorption
methylene blue
4-e119

Hall E
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Separation processes
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42E01Development of zeolite-carbon composite membranes and evaluation of their dehydration performance.
(Yamaguchi U.) *Moriyama Arisa, Kumakiri Izumi
membrane separation
dehydration
pervaporation
4-a7
9:42– 9:54E02Fabrication of fluorine-containing polyamide-ceramic composite membranes and their non-polar solvent permeation properties
(Kobe U./MaFTech Center) *Tamamizu Y, Matsuoka A, Kamio E, Nakagawa K, Yoshioka T, Matsuyama H
OSRO
PA-ceramic membrane
fluorine-containing
4-a192
9:54– 10:06E03Influence of seeding method on dehydration performance of MFI zeolite membranes
(Yamaguchi U.) *Nakamura Kotaro, Kumakiri Izumi
MFI zeolite membrane
Seeding method
Dehydration
4-a5
10:06– 10:18E04Development of zeolite membranes for separation of organic solution
(Shibaura Inst. Tech.) *Kurata Haruki, Caralin Irmariza, Widyanto Alvin, Nomura Mikihiro
MFI zeolite membrane
Separation of organic solvent
Recycling society
4-a143
10:18– 10:30E05Development of TiO2-ZrO2-Organic Chelating Ligand composite membrane for organic solvent reverse osmosis
(Kobe U./MaFTech Center) *Matsuoka N, Matsuoka A, Kamio E, Nakagawa K, Yoshioka T, Matsuyama H
Organic solvent reverse osmosis
TiO2-ZrO2
Organic chelating ligand
4-a251
10:30– 10:42E06Fabrication of adsorbent using bamboo pipe structure
(NIT Kumamoto) *Ogata Ryoma, Wakasugi Reiko
Bamboo Charcoal
adsorb
Carbonization
4-d338
(10:42–11:50) (Chair: No data , No data )
10:42– 10:50Break
Separation processes
10:50– 11:02E08Development of porous ceramic membranes for high steam permeation
(Shibaura Inst. Tech.) *Horiguchi Towa, Muto Takahiro, Kuribayashi Yuta, Nomura Mikihiro
Surface treatment
Silicon alkoxide
Water vapor permeation
4-c81
11:02– 11:14E09Antibacterial Properties of Ag-TiO₂ Filtration Membrane
(Yamaguchi U.) *Sumida Takuto, Yamada Shotaro, Hosida Hisashi, Kumakiri Izumi
Ag-TiO₂ membrane
Antibacterial action
filtration
4-a39
11:14– 11:26E10Deep eutectic solvents composed of an oxime-ligand for nickel separation
(Tokushima U.) *Taki Kotaro, Hanada Takafumi, Katoh Masahiro, (Kyushu U.) Goto Masahiro
Deep eutectic solvent
Lithium-ion battery recycling
Nickel
4-f31
11:26– 11:38E11Inclusion properties of cyclodextrins
(Kumamoto Daini) *Takaji shun, *Morimoto Gosho, *Itou kokoro, *Marui Yuuri, *Cho Reiri, *Kawabata Teruki
cyclodextrin
inclusion
pigment
4-e145
11:38– 11:50E12Preparation of amorphous solid dispersion of flavors by spray-drying and the characterization
(Okayama U.) *Hasegawa Takato, Araga Chika, Honda Nao, Sato Haruna, Imanaka Hiroyuki, Imamura Koreyoshi
amorphous solid dispersion
spray-drying
flavor
4-h314
12:02– 12:14Lunch break
Separation processes
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12E19Effect of molecular interactions on the extraction of precious metals by hydrophobic deep eutectic solvents
(Tokushima U.) *Shima Takahiro, Hanada Takafumi, Katoh Masahiro, (Kyushu U.) Goto Masahiro
Deep eutectic solvent
Solvent extraction
Precious metals
4-f30
13:12– 13:24E20Oil water separation utilizing mesh laminated coalescer
(Kagoshima U.) *Fukushima Katsuya, Mizuta Kei, Nii Susumu
Oil water separation
Mesh laminated coalescer
Low energy consumption
4-j351
13:24– 13:36E21Fundamental investigation on the effect of operation conditions on selective CO2 permeation property of a facilitated transport membrane with glycine carrier
(Kobe U./MaFTech Center) *Ohashi K., Kamio E., Matsuoka A., Nakagawa K., Yoshioka T., Matsuyama H.
CO2 separation
Facilitated transport membrane
Glycine
4-a104
13:36– 13:48E22Development of simultaneous organics concentration and desalination process by forward osmosis for methane fermentation
(Kobe U./MaFTech Center) *Morishita Haruto, Okamoto Yasunao, Matsuoka Atsushi, Gonzales Ralph Rolly, Hasegawa Susumu, Kumagai Kazuo, Kamio Eiji, Kitagawa Toru, Yoshioka Tomohisa, Nakagawa Keizo, Matsuyama Hideto
forward osmosis
concentration
desalination
4-a276
13:48– 14:00E23Development of a high-concentration ethanol separation method using Molecular Sieves and salt
(Shibaura Inst. Tech. Kashiwa Senior H.S.) Mimura Itsuki
azeotropic mixture
ethanol
distillation
4-c308
14:00– 14:12E24Investigation of the membrane fabrication method of polyamide nanofiltration membranes using polyether sulfone support
(Shinshu U.) *Kaneya Rara, Saeki Daisuke, Okumura Yukihisa
polyether sulfone
polyamide
nanofiltration membrane
4-a253
14:12– 14:20Break
Supercritical fluid
(14:20–15:44) (Chair: No data , No data )
14:20– 14:32E26Effect of temperature on hydrothermal extraction of bamboo powder
(Utsunomiya U.) *Takamatsu Masato, Sato Takafumi, Itoh Naotsugu
bamboo
hydrothermal extraction
biomass
8-c66
14:32– 14:44E27Development of carbon dioxide electrolysis systems under hydrothermal conditions
(Tohoku U.) *Takayanagi Ryusei, (Tohoku U. FRIS) Tomai Takaaki, (Tohoku U. IMRAM) Iwase Kazuyuki
Carbon dioxide reduction reaction
Hydrothermal
Faradaic efficiency
8-d69
14:44– 14:56E28Preparation of liposomes by ultrasound-assisted method using mixtures of sub/supercritical carbon dioxide and dimethyl ether
(Nagoya U.) *Onuma K., Zhu L., Wang T., Yasuda K., Yamamoto T., Kanda H.
liposome
dimethyl ether
supercritical carbon dioxide
8-e18
14:56– 15:08E29Production of Theophylline Microparticles by Supercritical Anti-solvent Recrystallization Using a Complete-mixing Micro Crystallizer
(Kanazawa U.) *Nozaki M., Uchida H.
Supercritical anti-solvent recrystallization
Drug microparticles
Complete-mixing micro crystallizer
8-e354
15:08– 15:20E30Effects of decompression rates on polymorph transitions of salicylamide by crystallization from gas-saturated solutions using supercritical CO2
(Kanazawa U.) *Ito T., Yoshizawa K., Uchida H.
Polymorph
Supercritical CO2
Decompression rates
8-e353
15:20– 15:32E31The Relations between Rust and pH
(masuda H.S.) *Nakashima R., *Kitaura A.
pH
rust
iron oxide
8-d238
15:32– 15:44E32Development of multi-element oxides via subcritical fluid processing as electrocatalysts for oxygen evolution reactions
(Tohoku U.) *Kato Ryoga, Iwase Kazuyuki, Tomai Takaaki
Subcritical fluid
High-entropy oxides
Oxygen evolution
8-e244

Hall F
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Electronics
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42F01PEMFC reaction rate profile analysis using compartment reactor model
(Kyoto U.) *Do Hoang Anh, Ma Yulei, Hasegawa Shigeki, Kageyama Miho, Kawase Motoaki
proton exchange membrane fuel cell
compartment model
macromixing
11-a259
9:42– 9:54F02Fundamental Study on Photoresponsivity of TiNb2O7 Particles with an Elemental Impurity
(Shizuoka Inst. Sci. Tech.) *Suzuki Keito, Tojo Tomohiro
Titanium-Niobium Oxides
Elemental Impurity
Photoresponsivity
11-a181
9:54– 10:06F03Degradation Suppression of Electrochemical Properties through Ionic Exchange in Layered Potassium-Birnessite-type Manganese Oxide
(Shizuoka Inst. Sci. Tech.) *Ohtsuka Masayoshi, Tojo Tomohiro
Divalent lon Battery
Layered Structure
Ionic Exchange
11-a179
10:06– 10:18F04Battery reaction of aluminum
(Kobe H.S.) *Endo M., *Hata S., *Shiro R.
aluminum
hydrogen
oxide film
11-a291
10:18– 10:30F05The development of battery with Magnesium and Iodine
(Fukushima Pref. H.S.) *Koyama Hiroki, *Hirano Youta, Ohtani Atsuki, Kobayashi Arashi
Glyme solvent
Larger cross section
An inert gas atmosphere
11-a194
10:30– 10:42F06Voltage Reduction in Voltaic Batteries Due to Nickel Plating
(Mito First HighSchool) Kikuchi Keiichirou
Voltage Reduction
Voltaic Batteries
Nickel Plating
11-a54
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Energy engineering, Electronics
10:50– 11:02F08Bamboo-Based Activated Carbon Activated by KOH and KMnO4 for Electrode Materials of Electric Double Layer Capacitor
(NIT Anan) *Sasano Kenshin, Konishi Tomoya, Kamano Masaru, Zheng Tao
activated carbon
KMnO$4$ and KOH activation
EDLC
11-a125
11:02– 11:14F09Evaluation of lithium-ion battery electrode using dry forming process with persistent homology and machine learning
(Kyushu U.) *Yonemura G., Inoue G.
Lithium-ion battery
dry forming process
persistent homology
9-a202
11:14– 11:26F10Elucidation of the Effects of Particle Morphology on Stress and Reaction Fields in All-Solid-State Battery Electrode Structures and Structural Design
(Kyushu U.) *Sato K., Mori Y., Eto Y., Yano S., So Magnus, Inoue G.
all-solid-state battery
DEM
Stress distribution
9-a203
11:26– 11:38F11Improvement of air magnesium battery
(Tamagawa Academy) Hadatsuki Amu
carbon
magnesium
battery
9-a346
11:38– 11:50F12Botanical battery activation
(Tamagawa Academy) Akanoma Mitsuo
botanical battery
soil
microbe
9-a285
11:50– 12:02F13Preparation of dye-sensitized solar cells using azo dyes
(Iwaki H.S.) Hiruta R., Yanagiya K., Nagayama A., Nakazawa H., *Tsuchiya Y., *Aoyama S., Ichikawa Y., Kuwabara N., Nakanishi H., *Fushimi H., Sagawa S.
Dye-sensitized solar cells
Azo dye
11-a197
12:02– 12:14Lunch break
Energy engineering, Electronics
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12F19Absorption and Desorption Behaviors of Ammonia on Calcium Chloride based Ammonia Absorbent
(Chiba U.) *Fujisawa Ryota, Tokushige Manabu, Ryu Junichi
Calcium chloride
Ammonia
Absorption
9-f231
13:12– 13:24F20Low potential hydrogen production using layered manganese oxides containing Co complexes by changing the electrolyte
(Kanto-Gakuin U.) *Sasaki Ryo, Senuma Ayuri, Okiguti Riku, Tomono Kazuaki
hydrogen evolution
low potential
layered MnO2
9-a110
13:24– 13:36F21Development of eggshell membrane(ESM) extraction process and prototype fablication of fuel cells using ESM
(NIT or Nippon Inst. Tech. or NITechYonago Col.) *hirao mizuki, *inoue mao, *kawata ai, (NIT Miyakonojyo) shimose ayane, maruno sakurako, akaki yoji, (NIT or Nippon Inst. Tech. or NITechYonago Col.) tanifuji naoki
Íñ³ÌËì
dzÎÁÅÅÃÓ
11-a222
13:36– 13:48F22Study on the types of ions and magnitude of electric power
(TENNOJI H.S.) *Sakurai Hiro, *Ri Miu, *Watanabe Ayako, *Ikushima Keita
electric power
ions
batteries
11-a92
13:48– 14:00F23Development of new organic cathode active material synthesis process and application to all-solid-state batteries
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITech,Yonago Col.) *shinoda kazuki, noda yusei, nawa kosei, (NIT Miyakonojyo) shimizu takeshi, tanifuji naoki, yoshikawa hirofumi
Æó¼¡ÅÅÃÓ
Àµ¶Ë³èʪ¼Á
¥µ¥¤¥¯¥ëÆÃÀ­
11-a223
14:00– 14:12F24battery with UFB
(STH) *Ogi Yuki, Yoshinuma Aruto, Kato Ryota
battery
Ultrafine-Bubble
Carbon neutral
11-a272
14:12– 14:20Break
Electronics
(14:20–15:44) (Chair: No data , No data )
14:20– 14:32F26Development of Pt-Sn catalysts for acetaldehyde synthesis using highly active electrolytic oxidation
(Kyoto U.) *Shirasaki Ryoya, Tei Kaifun, Kawase Motoaki
Electroorganic syntheses
Hydrogen energy
Electrocatalyst
11-a265
14:32– 14:44F27Improvement of charge-discharge characteristics of layered MnO2 cathode by inhibiting desorption of interlayer lipid ions
(Kanto-Gakuin U.) *Onizuka Saki, Hanaya Akinobu, Tomono Kazuaki
lipid molecules
charge/discharge
Cycle characteristic improvement
11-a113
14:44– 14:56F28Recycling zinc-air batteries using solar heat
(NITTC) *Hashizume H, *Ogawa S, *Igari A, Shiroishi H
Zinc-air battery
Solar heat
Recycle
11-a38
14:56– 15:08F29Oxygen reduction reaction activity of BDDP with optimized surface chemistry by heat treatment in reducing atmosphere
(Nationl Inst. Tech., Kurume Col.) *Ueno Taiyo, Gabe Atsushi
ORR
Surface chemistly
BDDP
11-a161
15:08– 15:20F30Research of Gel-Air Magnesium Battery
(kumamoto H.S.) *nakao soushi, yamakawa daisuke, *takahashi saya, mogi tamaki
electric power quantity
battery
Magnesium
11-a311
15:20– 15:32F31Check the characteristics of the seawater battery
(NIT Hachinohe) *Katou Shian, *Oodaira Manato, *Hosokawa Ryu-itirou, Honma Tetuo
Chemical battery
Silver(­µ) chloride
11-a198
15:32– 15:44F32Fabrication of Cobalt-inserted Manganese Dioxide Semiconductive Electrodes and Fundamental Study on Their Photocatalytic Reactions
(Shizuoka Inst. Sci. Tech.) *Hirano Kotaro, Tojo Tomohiro
Manganese Dioxide
Cobalt Doping
Photovoltaic Batteries
11-a180

Hall G
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42G01Investigation of polyaniline coating method on material surfaces
(Tohoku U.) *Saito Y, Kato I, Suga K, Watanabe K, Nagao D
polyaniline
silica
anti-solvent precipitation method
12-d212
9:42– 9:54G02Inhibitory effects of acetonitrile on phase-separation in lipid membranes
(Yamagata U.) *Matsuzawa Shota, Yoshida Kazunari
liposome
phase-separation
acetonitrile
12-b312
9:54– 10:06G03Development of glycopolypeptide-immobilized SiO2/PMMA particles for virus detection
(Ibaraki U.) *Nagai T., (Fukushima U.) Ogata M., (Ibaraki U.) Kobayashi Y., Yamauchi N.
silica
PMMA
glycopolypeptide
12-c123
10:06– 10:18G04Formation of lipid bilayers on a glass substrate surface using a liquid-liquid interface method.
(Shinshu U.) *Tsuchiya Rinko, Saeki Daisuke, Okumura Yukihisa
supported lipid bilayer
electrostatic interaction
silane coupling
12-a129
10:18– 10:30G05(canceled)

100340
10:30– 10:42G06Development of a New Optical Resolution Method for Glutamic Acid Using Preferential Crystallization and Polymorphism
(NIT Suzuka) *Maruta K., Funakoshi K.
Polymorph
Preferential Crystallization
Optical Resolution
12-g336
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Materials engineering & interfacial phenomena
10:50– 11:02G08Investigation of an incorporation method of pNIPAM into alginate for imparting the temperature responsiveness
(Shinshu U.) *Yamada Masahiro, Saeki Daisuke, Okumura Yukihisa
Alginate
pNIPAM
temperature responsiveness
12-e134
11:02– 11:14G09Oil-water separation of W/O emulsion using silane coupled glass filter
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITech,Wakayama) *Idehara Keiuske, Kisimoto Noboru
oil-water separation
silane coupling
W/O emulsion
12-b300
11:14– 11:26G10Modification of protein with Spytag-Spycatcher system to PAA-TiOx NPs
(U. Kobe) *Matsuzawa T., Yamate K., Washio S., Winda T., Mori Y., Kondo A., Ogino C.
nanoparticle
cancer treatment
protein modification
12-d159
11:26– 11:38G11One-pot synthesis of monodisperse hydrogel particles by addition of hydrophobic monomer
(Ibaraki U.) *Sue Y., Kobayashi Y., Yamauchi N.
Nano particle
polymer
2-hydroxymethyl methacrylate
12-c130
11:38– 11:50G12Use of a polymerizable silane coupling agent for design of organic- inorganic hybrid particles
(Yamaguchi U.) *Saeki Y., Ishii H.
silane coupling agent
monodisperse droplet
organic-inorganic hybrid particle
12-c296
11:50– 12:02G13Purification of agglomerated crystals of organic compounds
(NIT Suzuka) *Kimura K., Funakoshi K.
agglomerated crystal
solid solution system
purification
12-g342
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12G19Synthesis of pure silica LTA-type zeolite occluding dye molecules
(U. Shizuoka) *Yoshioka Issei, Kong Chang Yi, Moteki Takahiko
Ship-in-a-Bottle
Methylene blue
Hydrothermal synthesis
12-c100
13:12– 13:24G20Development of nanopesticides using biodegradable carrier particles
(Osaka Metro. U.) *Yamamoto Y, Nomura T
PLGA
Nanopesticides
Botrytis cinerea
12-f63
13:24– 13:36G21Effect of surface-modified silica nanofiller on withstand voltage of polyimide film
(Ibaraki U.) *Ambe H., Kobayashi Y., Souma K., Yamauchi N.
silica
polyimide
silane coupling
12-d182
13:36– 13:48G22Optimization of Combustion Synthesis of MTA Cement Using Polyvinylpyrrolidone as Fuel
(NIT Anan) *Wongsricha Sakdinan, Zheng Tao, Fujihara Takeshi, Kouzai Takanori, Kamano Masaru, Konishi Tomoya, (Tokyo Dental Col.) Uo Motohiro
MTA Cement
Polyvinylpyrrolidone
Combustion Synthesis
12-c215
13:48– 14:00G23Morphology control of mesoporous silica particles in the presence of sodium oleate template
(Yamaguchi U.) *Ueda M., Matsuda K., Ishii H.
mesoporous silica
morphology control
anionic surfactant
12-c305
14:00– 14:12G24Preparation conditions of silver nanoparticles by extract of medicinal plants in Nara
(NIT Nara) *Tani Kimihiro, Naoe Kazumitsu
preparation
silver nanoparticle
medicinal plant
12-d293
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32G26Synthesis of Interlayer expanded zeolite from layered precursor with Sn
(Shizuoka U.) *Morii Tomohiro, Kong Chang Yi, Moteki Takahiko
Porous material
Zeolite
Layered silicate
12-c8
14:32– 14:44G27Fabrication of sea urchin-like polymer particles with nanofibers on the surface of core particles
(Ibaraki U.) *Shrestha A., Kobayashi Y., Yamauchi N.
sea urchin particle
nanofiber
polyaniline
12-c131
14:44– 14:56G28Chiral resolution through structural transformation between achiral and chiral crystal structures of phenothiazine derivative
(Osaka U., School of Eng. Sci.) *Okada Musashi, (Osaka U., Graduate School of Eng. Sci.) Oketani Ryusei, Hisaki Itiro
Chiral resolution
Crystallization
Structural transition
12-g95
14:56– 15:08G29Effects of ethylene glycols additives on crystal formation of sodium halide into microdroplet
(Gunma U.) *Kabamoto M., Harano A.
Crystallization into microdroplet
Ethylene glycols
Sodium halide
12-g228
15:08– 15:20G30Effects of sodium chloride on anti-solvent crystallization of ectoine
(TUAT) *Yoshida Haruto, Amari Shuntaro, Takiyama Hiroshi
Ectoine
Anti-solvent crystallization
Crystalline particles
12-g85
15:20– 15:32G31Surface Modification of Rare-Earth-Doped NaYF4 Nanophosphors by Hydrophobic Interaction
(NIT Anan) *Miyazaki Rikuto, Kouzai Takanori, Fujihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya
NaYF$4$
Nanophosphor
Surface modification
12-d176

Hall H
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42H01Effect of unsteady vortex field on crystal growth rate of L-glutamic acid in an oscillatory baffled crystallizer
(Osaka Pref. U.) *Iwasaki Soma, (Osaka Metro. U.) Horie Takafumi, Okita Erika, Yasuda Masahiro
oscillatory baffled crystallizer
population balance model
mass transfer
12-g128
9:42– 9:54H02Effect of Couette-Taylor flow on layer crystallization of fatty acids mixture employing annular-cylindrical-type apparatus
(U. Hyogo) *Yoshiga Yuma, Taguchi Shogo, Satone Hiroshi, Itoh Kazuhiro, Maeda Kouji, Yamamoto Takuji
Couette-Taylor flow
fatty acids mixture
layer crystallization
12-g76
9:54– 10:06H03Effect of hydrochloric acid and metal chlorides on copper oxide
(Rikkyo Ikebukuro HS.) *Ikui H., Tsushima T.
copper oxide
hydrochloric acid
metal chlorides
12-m344
10:06– 10:18H04Research on Starch glue
(TENNOJI H.S.) *Yoshikawa Yugo, *Fukushima Daiki, *Ando Yukina
starch
amylose
amylopectin
12-h108
10:18– 10:30H05Produce water repellency by fine particles
(Akita Pref. Akita H.S.) *Watanabe Touya, *Ohba Yuma, *Hatakeyama kiei, *Fujita Airu
Water repellency
Fine particles
Contact angle
12-i290
10:30– 10:42H06Thixotropy of iron(III) hydroxide colloidal solutions
(H.S.Takarazukakita) *Ogihara S., *Komoda C., *Hirai H., *Yoshida K.
Iron(III) hydroxide colloidal solution
thixotropy
Card House Structure
12-l335
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Materials engineering & interfacial phenomena
10:50– 11:02H08Study about slurry characterization for prediction of spray-dried granule morphology
(hoseidai) *Kitazawa Nasuka, Kitamura Kenta, Mori Takamasa
granules
spray drying
12-k321
11:02– 11:14H09To prevent neutralization of concrete
(NanaoHigh.) *Nabeshima Kotomi, *Hata Sakura, (Nanao High.) *Hata Mahiro, *Matsuda Aika
mortar
neutralization
pH
12-m287
11:14– 11:26H10Study on the surface area of metals in chemical reactions
(H.Tochigi) *Ichimura K, *Saito A
surface area
aluminium
12-m195
11:26– 11:38H11The development of flame retardant by using discarded bamboo
(Ehime Saijo) *Soga Arisa, *Inami Hina, *Kono Aika, *Yamamoto Nanami, *Watanabe Saku
ÆñdzºÞ
ÊüÃÖÃÝÎÓ
½ÅÁâ
12-m304
11:38– 11:50H12Dissolution of Aluminum Foil Cup with a Strawberry
(HS Takaraduka-kita) *Yamawaki Y., (HS. Takarazuka-kita) *Fujii H., *Tanaka K., *Ueda Y., *Okamoto S.
aluminum foil cup
corrosion
stainless-strawberry-aluminum battery
12-m266
11:50– 12:02H13Synthesis and optical properties of barium borate glasses doped with Cu+ and Sn2+
(NIT Anan) *Koyama Yui, Kouzai Takanori, Fujihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya
borate glass
fluorescence emission
rare earth free
12-k155
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12H19Elucidation of polymorphic transitions of a new theophylline polymorph by supercritical carbon dioxide treatments
(Kanazawa U.) *Sato Y., Okino S., Uchida H.
Polymorph
Supercritical carbon dioxide
Decompression rates
12-g352
13:12– 13:24H20To make soap bubbles that are hard to break
(Ono H.S. Chemistry club) *Kondo M, *Nakayama Y
soap
surfactant
bubble
12-m275
13:24– 13:36H21Manufacturing CNF from Bamboo
(TENNOJI H.S.) *Kawamata Sho, *Mishina Koushi, *Yamamoto Kanta
Cellulose nanofibers
bamboo
lignin
12-m94
13:36– 13:48H22Exploring long-term storage methods for metal dendrite
(Ono H.S. chemistry club) *Sasayama S, *Oosaki R, *Ootani H, *Kitafuji Y
metal
dendrite
storage
12-m309
13:48– 14:00H23Unexpected fluorescence of polylactic acid by ultraviolet irradiation
(Nara H.S.) *Nakagawa Maika, *Isaji Haruki, *Yoshimura Ayuka
polylactic acid
biodegradable plastic
fluorescence
12-j206
14:00– 14:12H24Preparation and characterization of amine-modified silica aerogel separators
(NIT Wakayama) *Sakiyama Asuna, Kishimoto Noboru
Silica aerogel
Amine-modified
Adsorption
12-i235
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:44) (Chair: No data , No data )
14:20– 14:32H26Development of fine polymer colloidal crystal films
(Yamaguchi U.) *Yoshihara K., Yoshio A., Ishii H.
colloidal crystal
polymer colloid
12-d302
14:32– 14:44H27Desorption of particles on plate by heating and foaming
(Nagoya U.) *Maruyama Y., Kanda H., Yamamoto T.
hollowing particle
desorption
heating
12-a75
14:44– 14:56H28Liquid bounce
(nirasaki senior H.S.) *Akiyama Toki, *Kaise Takumi, *Inoue Toma
Density
Polarity
Liquid
12-a271
14:56– 15:08H29Let's make a soap with good foaming. Part2
(Mizusawa H.S) *Suzuki Noa, *Shirakawa Koto, *Chida Miyu, *Ishikawa Crea, *Sato Yukie, Takahashi Kazunari
higher carboxylic acid
foaming
pH
12-a59
15:08– 15:20H30Study on solubilization control by pH change
(NIT.Ube) *Yamasaki H., Takata Y.
surfactant
solubilization
micelles
12-a11
15:20– 15:32H31Cleaning Power of Clay
(H.S.Noshiro) *sibata junpei, *hatakeyama remu, nagaoka sora
clay
Cleaning power
particle
12-d37
15:32– 15:44H32Development and evaluation of straws made from bacterial cellulose
(H.Fukushima) *Kasahara M., *Urabe M., *Iwasa N., *Matsunaga K., *Katou M.
Bacterial Cellulose
Acetic Acid Bacteria
Sukonnyaku
12-j252

Hall I
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Thermal engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42I01Drag reduction characteristics to local hearting of the wall in the surfactant solution flow
(hiroshima Inst. Tech.) *Hisano Souta, Sakai Keita, Sumida Shuto, Ikeda Masahiro
heat exchanger
drag reduction
surfactant solution
3-c22
9:42– 9:54I02Heat transfer rate control of magnet thermal Rayleigh-Benard convection by a rotating cylindrical container
(Yamagata U.) *Kikuchi Shunsuke, Akamatsu Masato
magnet thermal Rayleigh-Benard
cylindrical container
Numerical computation
3-f2
9:54– 10:06I03Effective viscosity of thermal storage erythritol microcapsule dispersions at room temperature measured by a tuning-fork vibration viscometer
(Yamagata U.) *Kida Ryuki, Balqis Hairudin, Ohya Daiki, Makuta Toshinori, Akamatsu Masato
silica-covered erythritol microcapsule
effective viscosity
tuning-fork vibration viscometer
3-f1
10:06– 10:18I04Motion and drying characteristics of waste gypsum powder in a sealed rotating container with external heating
(Nat. Defense Academy) *Okamoto F., Kawahara H., Matsuguchi A.
Waste gypsum powder
Closed heated vessel
Rotational flow
3-d70
10:18– 10:30I05Non-combustible paper experiment
(TENNOJI H.S.) *Fujiwara Manami, *Maeda Karin, *Kawabe Iori, *Kubota Itoha
Non-combustible
decomposition temperature
hydrate
3-b96
10:30– 10:42I06Long Burning Charcoal
(TENNOJI H.S.) *Kusumoto Yuki, *Nakanishi Kaho, *Shi Tomomasa, *Toyoda shihiro
Charcoal
Burning time
Density
3-b93
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Materials engineering & interfacial phenomena
10:50– 11:02I08Supercritical fluid-assisted immobilization of Pt nanoparticles inside the pores of metal-organic framework MIL-53(Al)
(Fukuoka Inst. Tech.) *Kubota Megumi, Oniki Kenjiro, Miura Hiroki, Matsuyama Kiyoshi
Supercritical CO2
Pt nanoparticles
H-D exchange reaction
12-k146
11:02– 11:14I09Lipase immobilization on metal-organic framework ZIF-8 for enhanced enzymatic esterification
(Fukuoka Inst. Tech.) *Oniki Kenjiro, Miura Hiroki, Matsuyama Kiyoshi
metal-organic framework
lipase
enzymatic esterification
12-k117
11:14– 11:26I10The synthesis and performance evaluation of TiO2 nanoparticles for dye-sensitized solar cell electrodes.
(NIT Anan) *Amari Arisa, Kamano Masaru, Zheng Tao, Konishi Tomoya
Dye-sensitized solar cell
TiO2
Crystal structure
12-c160
11:26– 11:38I11Preparation of TiO2 for dye-sensitized solar cell electrodes and improvement of conversion efficiency
(NIT Anan) *Hashimoto Shoutarou, Kamano Masaru, Konishi Tomoya, Zheng Tao
DSSC
TiO$2$
Carbon
12-c156
11:38– 11:50I12Conditions for the appearance of spikes in ferrofluids due to external magnetic force
(Himejihigashi SHS) *Kageyama Mayu, *Iida Ryo, *Ishii Zen, *Nagai Sho, *Nakamura kenya, *Fuji Karen, Kawakatsu Kazuya
ferrofluids
spikes
external magnetic force
12-c121
11:50– 12:02I13Effect of the centrifugal manipulation on the formation of hydrogel-supported giant vesicles by a water/oil interface transfer method.
(Shinshu U.) *Tsubokura Daiki, saeki Daisuke, Okumura Yukihisa
water/oil interface transfer method
hydrogel
giant vesicle
12-c254
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena, Thermal engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12I19Formation of porous polyethylene membrane by pressure-induced phase separation of supercritical CO2 for separation of oil and water
(Fukuoka Inst. Tech.) *Miura Hiroki, Oniki Kenjiro, Shoji Ayano, Matsuyama Kiyoshi
porous polyethylene membrane
pressure-induced phase separation
supercritical CO2
12-k116
13:12– 13:24I20Synthesis of Na4Ti5O12 Nanoparticles
(NIT Anan) *Thuruha Misaki, Zheng Tao, Konishi Tomoya
Na4Ti5O12
Nanoparticle
Amorphous Titanium Dioxide
12-d153
13:24– 13:36I21Development of Japanese candles that do not require wick cutting
(Kobe H.S.) *Yamasaki A., Hirate K., Tomita S., Adumi S., Kintsu S., Sugimoto K.
Japanese candle
traditional craft
combustion
3-b294
13:36– 13:48I22effective way of plastic
(Shimonosekinishi H.S.) *matsumoto masaki, *nakai ryouka, *masuoka ayane, *odasaki aiko, *nakano risa, *matsubara ayahito
Synthetic resin
recycle
plastic
3-b255
13:48– 14:00I23Thermophysical Properties Analysis of Thermal Insulation
(Tokyo U. Sci) *Shikida Takeru, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
heat insulating material
Thermal conductivity
thermal anisotropy
3-b45
14:00– 14:12I24Flame reaction of rainbow-colored
(Ono H.S. chemistry club) *Hourai Y., *Matsushima K., *Maeda T., *Kamura R., *Tsunemi R., *Morimoto S., *Yamashita R.
flame reaction
rainbow-colored
potassium nitrate
3-f303
14:12– 14:20Break
Thermal engineering
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32I26Drug Reduction Characteristic in Surfactant Solution Flow of Pipe with Curved or Different Diameter
(Hiroshima Inst. pf Tech.) *Katagihara Masato, Isogawa Rin, takahasi hayate, Ikeda Masahiro
drag reduction
surfactant solution
sudden expansion
3-c23
14:32– 14:44I27Effective viscosity of thermal storage erythritol microcapsule dispersions at room temperature measured by a rotational viscometer
(Yamagata U.) *Hibino Fumiya, Noguchi Naoya, Makuta Toshinori, Akamatsu Masato
silica-covered erythritol microcapsule
effective viscosity
rotation viscometer
3-f3
14:44– 14:56I28Heat release amout of thermal storage erythritol microcapsule dispersions measured by a water calorimeter
(Yamagata U.) *Yoshikawa Koki, Sasho Yusuke, Makuta Toshinori, Akamatsu Masato
erythrithol microcapsule
phase change material
heat release
3-f4
14:56– 15:08I29Effects of micro polishing on the different direction for a flow of the water to the SUS surface on boiling promotion
(Tokushima U.) *Sato H., Kudo M., Oda T., Nakanishi H., Hanada T., Katoh M., (Daikatech) Onhishi K.
forced flow boiling promotion
SUS surface
micro polishing
3-b17
15:08– 15:20I30Heat Generation Conditions of Aluminum Foil Warmer Faculty
(OMURA High) *Ito Ryuunosuke, *Tomonaga Haku, *Miyake Kouki
Aluminum Foil
warmer
temperature increase
3-b13

Hall J
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42J01Effective production of antibody fragment VHH using recombinant Escherichia coli
(Kyoto Inst. Tech) *Yamamoto Atsuya, Kumada Yoichi, Horiuchi Jun-ichi
E.coli
DO-stat
VHH
7-a209
9:42– 9:54J02Effect of lipid composition on the formation of supported lipid bilayer by a vesicle fusion method
(Shinshu U.) *Matsuyama Katsuki, Saeki Daisuke, Okumura Yukihisa
vesicle fusion method
supported lipid bilayer
lipid composition
7-e256
9:54– 10:06J03The relationship between plankton and water quality
(Tennoji H.S.) *Hirai Rina, *Tsuzimoto Kaho, *Kamada Yuki, *Kubo Soichiro
Zoo
Planktons
7-g216
10:06– 10:18J04Sea cucumber reproduce and environmental changes
(Tokyo Gakugei U. Senior H.S.) Kato Oomi
sea cucumber
environmental changes
reproduce
7-g175
10:18– 10:30J05Exploring the key to decomposability in composting
(Tennoji H.S.) *Mizutani Kaju, *Sonoda Izumi, *Ooyama Ryota, *Zyoumae Kousei
Composter
7-g217
10:30– 10:42J06Delicious ways to use sake lees (sake-kasu)
(Tamagawa Academy) Aoki Hanae
sake lees
sweet sake
fermentation
7-h281
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Biochemical engineering
10:50– 11:02J08Effect of sequence modification on the hierarchical structure of amphiphilic peptide co-assemblies and their localization under liquid-liquid phase separation
(Kyushu U.) *Mizuguchi Yoshiki, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro
Peptide amphiphile
Hierarchical structure
Liquid-liquid phase separation
7-e135
11:02– 11:14J09Changes in ecotoxicity caused by the interaction of humic acid with pesticides
(Nat. Inst. Tech.,Tokyo Col.) *Nishihara Rinna, Iwasaki Tamon, Shoji Ryo
Humic acid
Pesticides
Daphnia magna
7-g47
11:14– 11:26J10Bioethanol production by genus Wolffia
(Yamanashi eiwa H.S.) *Yokoya Rio, *Shiroto Riona, *Sato Hanae
genus Wolffia
bioetanol
fermentation
7-b200
11:26– 11:38J11Antioxidation Activity and Stomatal Closure Effects of Jasmine Leaves
(Seishin Girls' H.S.) *Morimoto Y., *Kubo F., Yamada N.
jasmine
Antioxidation activity
Stomatal closure
7-f36
11:38– 11:50J12Creation of Yamanashi Prefecture water mite search encyclopedia ~2023 edition~
(Yamanashi Eiwa H.S. natural Sci. club) *Katsura Noa, *Anai Oto
Water Environment
Index Animal
Encyclopedia
7-g279
11:50– 12:02J13Relationship between antibiotics and decrease in goom bacteria
(Yokkaichi H.S.) Okamoto Y.
antibiotics
good bacteria
lactobacillus
7-e79
12:02– 12:14Lunch break
Biochemical engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12J19Utilization of deep eutectic solvents for transdermal peptide delivery
(Kyushu U.) *Fujita Naoaki, Tanaka Keisuke, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro
Transdermal dermal delivery
Drug delivery system
Deep eutectic solvents
7-e101
13:12– 13:24J20Beetle Intestinal Bacteria
(nirasaki senior H.S.) *Iwashita Mahiro, *Miura Takuto, *Matsui Taro, *Fujimori Yu
Bactria
Beetle
symbiosis
7-g267
13:24– 13:36J21The effective method for hand sanitization.
(Akita Pref. Noshiro H.S.) *Shibata K., *Fukuoka R., *Yoshida S., *Tsukamoto S.
sanitization
finger bacteria sterilization
7-e319
13:36– 13:48J22Quercetin content within onions
(Tamagawa academy) Kura Taruga
onion
polyphenol
quercetin
7-h284
13:48– 14:00J23Physical influence of the Earthworm to soil
(Tennoji H.S.) *Abera Yusei, *Hachino Takeru, *Taira Ayaka, *Inoue Mikuri
Earthworm
Soil
7-g188
14:00– 14:12J24Relationship between growth environment and filter feeding ability of snails
(Tokyo Gakugei U. Senior High Scholl) Ota Mikito
Sinotaia quadrata
Filter feeding ability
Growing environment
7-g124
14:12– 14:20Break
Biochemical engineering
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32J26Transdermal Drug Delivery of Nucleic Acid Medicine Using Cholesterol-based Ionic Liquid
(Kyushu U.) *Akashi Daiki, Toyofuku Kiyohiro, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro
Transdermal drug delivery system
Nucleic Acid
Ionic Liquid
7-e149
14:32– 14:44J27Effect of dynamics of peptide amphiphile assembly on cellular uptake
(Kyushu U.) *Fujiwara Yudai, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro
Supramolecular Dynamics
peptide amphiphile
cellular uptake
7-e120
14:44– 14:56J28Extraction and purification of insulin from bovine puncreas
(okayamakenritutamasimakoko) *koharagi aika, *takeuchi yuna
insulin
bovine ancreas
extraction
7-e35
14:56– 15:08J29Distribution survey of Egeria densa using environmental DNA analysis
(Tennoji H.S.) *Ogawa Ryota, *Kishima Hiroaki, *Takayama Satoru, *Kim Ryojin
Environmental DNA
Egeria densa
7-g220
15:08– 15:20J30Substitutability of straws made of natural materials that are friendly to marine life
(Yokkaichi H.S.) Sugimoto S.
environmental problems
natural materials
plastic
7-h77
15:20– 15:32J31The soil fauna in Tennoji high school
(Tennoji H.S.) *Hatakenaka Satoka, *Okabe Reno, *Ueno Ayami, *Mizuguchi Rina
Soil biology
7-g219

Hall K
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42K01Separation and Concentration Techniques for PCR Reaction Mixtures Using Ion Exchange Chromatography
(Yamaguchi U.) *Sato Ami, Yoshimoto Noriko
ion exchange chromatography
purification
PCR
7-c83
9:42– 9:54K02Production of organic fertilizer from waste and component
(Okayama Pref. Tamashima Senior H.S.) *Takizawa S., *Ono M., *Kasao Y., *Uehara I.
organic fertilizer
component analysis
7-h307
9:54– 10:06K03Properties and applications of Maillard reaction
(TENNOJI H.S.) *Izutani Wakana, *Suzuki Ayano, *Yamamoto Yuka, *Nishida Aina, *Fujimoto Reo
Maillard reaction
sugar
amino acid
7-h98
10:06– 10:18K04How to make a delicious veggie broth using vegetable scraps
(Tamagawa Academy) Sakai Maria
veggie broth
L-glutamic acid
Umami ingredients
7-h280
10:18– 10:30K05Evaluation of enzymatic activity of the hydrogen-dependent CO2 reductase (HDCR) and improvement of activity by genetic modification
(U. Kobe) *Ueda M., Mori Y., Ogino C., Kondou A .
enzyme engineering
hydrogen utilization
the hydrogen-dependent CO2 reductase
7-d163
10:30– 10:42K06nice rice
(Sakushingakuinhigh school) *Tetsuka Hiroki, *Aoyagi Takuya, (Sakushingakuin H.S.) *Nagagawa Juri, *Kobayashi Wako, *Tsuruoka Suzuno, *Shindo Saho
rice
amino acid
deliciousness
7-h88
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Biochemical engineering
10:50– 11:02K08Constructing of a novel biosynthetic pathway for butadiene with terminal-alkene producing enzyme (BesC)
(U.Kobe) *Tanimoto S., Mori Y., Ogino C., Kondo A.
protein engineering
bio production
butadiene
7-d165
11:02– 11:14K09The effect of yogurt on Escherichia coli
(Seishin Girls' H.S.) Fujii R.
Escherichia coli
yogurt
food poisoning
7-h183
11:14– 11:26K10Antibacterial activity of koji produced by fermentation by aspergillus oryzae ¡ÁComparison of brown rice koji and white rice koji ¡Á
(Sakushingakuinhigh school) *Osaki Haruna, *Nakano Miuna, (Sakushingakuin H.S.) *Kezuka Natsuki, *Sawahata Miyabi, *Maruyama Wakana, *Nishiwaki Chihiro
aspergilius oryzae
antibacterial activity
antibacteriat fatty acids
7-h90
11:26– 11:38K11Preparation of a calibration curve for sodium inosinate using metal ions
(Nagasaki Nishi H.S. Chemistry Club) *Sako Tomoaki, *Morisaki Shinnosuke, *Hayashi Ryusei, Fujiyoshi Hiroto, Ota Itsuki, Gondoh Yoshinobu, Noguchi Daisuke
inosinic acid
Copper (II) ion
spectrum
7-h186
11:38– 11:50K12Explore the microalgae Nannochloropsis growth promoting bacteria
(Kitami Inst. Tech.) *Shigeishi R., Konishi M.
Nannochloropsis
microalgae
isolation
7-c249
11:50– 12:02K13Exploring Alternatives to Egg Whites
(¥Þ¥¹¥À¥³¥¦) *Yoshida J., *Terado S., *Oba H.
alternatives
egg whites
7-h151
12:02– 12:14Lunch break
Biochemical engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12K19Aiming for the creation of a brand from Tokyo National College of Technology: Isolation of Saccharomyces cerevisiae from on-campus plants.
(Tokyo NCT) *Yasui Kikutoshi, *Sasaki Ryuto, *Terada Yuki, *Saito Haruto, Itoh Atsuko
Saccharomyces cerevisiae
selective isolation
isolated yeast properties
7-h33
13:12– 13:24K20Adding water absorbency to pectin
(Mizusawa H.S) *Oikawa Sota, *Oishi Tomohiro, *Onodera Yuma, *Kato Chikara, *Sugawara Yoshiya, Nakashiama Yugo
pectin
metal ions
crosslinked structure
7-h71
13:24– 13:36K21Efficient cultivation of E. coli metabolizing methanol by improving enzymes
(U. Kobe) *Katsura S., Mori Y., Kondo A., Ogino C.
enzyme engineering
methanol assimilation
Mdh
7-d167
13:36– 13:48K22Hypoallergenic food by chemistry
(Yokkaichi H.S.) Ban T.
gluten
hypoallergen
¦Â-hexosaminidase
7-h80
13:48– 14:00K23Komatsuna cultivation using three LED lights with different colors.
(Akita Pref. Noshiro H.S.) *Kamiyama D., *Abumi Y., *Segawa H., *Himoro Y.
photosynthesis
increase food production
plant factory
7-h318
14:00– 14:12K24Let's attack the cell wall of carrots
(Yokkaichi H.S.) Onodera H.
Freeze impregnation method
pH
Cell wall
7-h78
14:12– 14:20Break
Biochemical engineering, Safety
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32K26Electrical stimulation and muscle contraction in mexican salamanders.
(Hokkai H.S.) Kimura Mao, *Dempou Hina, Seino Sasa, Koyama Kotori
electrical stimulation
biological reaction
locomotory system
7-b323
14:32– 14:44K27To know the risk, and handle chemicals safely
(Osaka Pref. Sano Technical H.S. Part-time course) Kashimoto R.
risk communication
chemical safety
10-a337
14:44– 14:56K28Reduction of the Soy Allergen by proteolytic enzymes
(Tennoji H.S.) *Okada Suzune, *Taga Komomo, *Imagawa Miho, *Higashimoto Ayaka
Allergy
SDS-PAGE
7-b196
14:56– 15:08K29Effects of micronization of agricultural chemical ingredients on environmental microorganisms
(Osaka Metro. U.) *Takeya K, Nomura T
Pesticides
Micronization
Environmental toxicity
7-h64
15:08– 15:20K30Development of NOx and nitric acid detection technique using test paper
(NIT Tokyo) *Otonari Kana, (Japan Nuclear Fuel) Miura Susumu, (keiAi¡¦INTEC CO., Ltd.) Takahashi Yoshiharu, Koide Ichiro, (NIT Tokyo) Shoji Ryo, Ito Mikio
leak detection paper
nitrogen dioxide
nitric acid
10-h339

Hall L
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42L01Creation and Functional Verification of a Circular Permuted Proteinaceous Scaffold CutA1
(Okayama U.) *Sasaki Touya, (Grad. Sch. of Env., Life, Nat. Sci. & Tech., Okayama U.) Imamura Koreyoshi, Imanak Hiroyuki
circular permutation
CutA1
AlphaFold2
7-i325
9:42– 9:54L02where is yeast?
(Ikuno) *Shiroyama Akane, *Nannjo Sawa, *Higashino Maika, *Yoshimura Kyoko
yeast
7-i221
9:54– 10:06L03Research on yeast present in dried fruits
(Tamagawa Academy) Iwasaki Mana
dried fruits
yeast
fermentation
7-h283
10:06– 10:18L04Stressors and goat behavior patterns
(Sakushin Gakuin H.S.) *Tawara Nozomi, *Kawazu Shuma, *Suzuki Souya, *Ouchi Saki, *Kajiyama miyu, *Arahata Kanon, *Otsuka Karina, *Fukuma sora
goat
stress
blood
7-i89
10:18– 10:30L05Physical motion and mathematical formulation of millipedes and centipedes
(Yamanashi Eiwa H.S. Ntural Sci. club) *Okubo Yu, *Moriyama Yumina
mathematical formulation
Myriapoda
physical motion
7-a286
10:30– 10:42L06Effect of deodorant on bacteria breeding on kendo mask
(NanaoHigh.) *Ishida Kokoro, *Oshima Kanziro, (Nanao High.) *Nakagawa Sora, *Bansaka Kosei
Kendo mask
Deodorization
7-i140
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Energy engineering
10:50– 11:02L08Fundamental Study on Output Performance of Pressed Carbon Fibrous Electrodes in Microbial Batteries
(Shizuoka Inst. Sci. Tech.) *Komba Hiroya, Tojo Tomohiro
Microorganisms
Microbial Battery
Electrode Thickness
9-e177
11:02– 11:14L09Solution conditions affecting temperature change due to supercooling
(Mito First H.S.) *mashiko ryuusei, *birumachi mashaki
Supercooling
temperature
Solution
9-d55
11:14– 11:26L10Efficient hydropower
(nirasaki senior H.S.) *Sato Shinnosuke, Ozawa Ryoto, Shirakura Keisuke, *Hayakawa Ryohei
siphon
9-e263
11:26– 11:38L11Utilization of heat using silica gel B type
(shimonosekinishi-h) *tokuhisa keita, *hayashi yurika, *kaneda asumi, *teshima hina, *yoshii ryota
silica gel
hydrogen bond
heat of adsorption
9-f19
11:38– 11:50L12Development of chemical heat storage material using redox reaction of metal oxides
(Chiba U.) *Okamura Shunya, Okuyama Ryuki, Ezawa Shuya, Tokushige Manabu, Ryu Junichi
Chemical heat storage
Reduction/oxidation process
Cobalt oxide
9-b218
11:50– 12:02L13Hydrogen generation using visible light irradiation with Prussian blue or its analogues as catalysts
(NITTC) *Omata K, *Okayasu S, *Oi Y, *Uchino M, Shiroishi H
hydrogen
catalyst
visible light
9-e41
12:02– 12:14Lunch break
Energy engineering, Biochemical engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12L19Upgrading of pyrolysis oil from municipal waste by mild solvent treatment
(Kyoto,U.) *Fujita Daiki, (Kyoto.U.) Nattawut Setkit, Kimura Ayano, Ashida Ryuichi, Kawase Motoaki, (Ebara) Watabe Toshiki, Mukai Ken, Yihara Takayuki
biomass
thermal decomposition
solvent extraction
9-c270
13:12– 13:24L20Influence of plant-to-plant communication on the antimicrobial effect of aromatic distilled water
(Tennoji H.S.) *Shirai Nanami, *Kiguchi Mai, *Shinkubo Rinon, *Inouchi Hiroka
Plant-to-plant communication
Antibacterial
7-a211
13:24– 13:36L21The relationship between changes in citric acid solution concentration and plant growth inhibition
(Tennoji H.S.) *Ameku Taiyou, *Sasai Mizuki, *Sanada Himika, *Yamazaki Takuma
Plant growth
Citric acid
7-a213
13:36– 13:48L22Memory in individuals and groups of guppies
(Ikuno senior H.S.) *Kariya Kokone, *Kimura Nao, *Tomoda Mana, *Yano Mai
guppies
memory
Ikuno
7-i227
13:48– 14:00L23Creation and operation of an alert device to control media volume
(NIT oyama) *Okano Keita, Satou Takuni, (Hokkaido U.) Oshiki Mamoru, (NIT oyama) Tanaka Akio, Kobayashi Yasuhiro, Tanaka Takakuni
alert devices
media volume
7-i204
14:00– 14:12L24The Ultimate Japanese Sugar Cake Karumeyaki
(OMURA High) Yoshii Hoyo
Visocos
Polymerization
Sugar Cake
7-i20
14:12– 14:20Break
Energy engineering, Biochemical engineering
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32L26Effect of amino acid addition on supercooling of erythritol
(Chiba U.) *Sugawara Masaya, Wada Daiju, Tokushige Manabu, Ryu Junichi
Latent heat storage
Sugar alcohols
Super cooling
9-b226
14:32– 14:44L27Make Root nodules
(Ikuno) *hiraiwa Kou, Minamibuchi Manabu, *Cai Zhenyu
root nodule
7-i225
14:44– 14:56L28How to utilize capsaicin in chili peppers
(Tamagawa Academy) takahashi yuuri
chili peppers
capsaicin
antioxidant effect
7-h345
14:56– 15:08L29Method for saccharification pretreatment of herbaceous biomass
(H.Tezukayama gakuin) Nakamura Y.
cellulose
glucose
DNS method
7-i60
15:08– 15:20L30About soap ingredients
(Sakushin Gakuin H.S.) *Kaneda Misako, *Sagawa Fuka, *Kobayashi Miho, *Meguro Shion, *Shinozaki Reina, *Sasaki Ai
sorp
synthetic detergent
synthic surfactant
7-i111

Hall M
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Systems, information, and simulation technologies, Wide area
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42M01Finding a Constitutive Relation from Nonlinear Rheological Data using a Sparse Identification Method
(Faculty of Eng., Kyoto U.) *Kitagawa Yoshifumi, (Inst. Chemical Res., Kyoto U.) Sato Takeshi
complex fluid
rheology
sparse identification
6-f171
9:42– 9:54M02About square root approximation
(Ikuno H.S.) *Tanaka Satoki, *Nishimura Keisei, *Yatani Haru
first approximation
Newton's method
14-e26
9:54– 10:06M03The best way to study English - What about shadowing?
(Ikuno H.S.) Toki Nanaka
shadowing
education
English
14-e245
10:06– 10:18M04About Freezing Point Depression
(TENNOJI H.S.) *Satoi Hina, *Sasaki Hika, *Ogami Kosei, *Matsumura Risako
freezing point
solution
solute
14-e107
10:18– 10:30M05Online learning -compared to world from Osaka-
(Ikuno highschool) *Yoshikawa Kousuke, *Yamataka Tsubaki, *Fujisawa Kokoro, *Masuda Shouta
¥ª¥ó¥é¥¤¥ó³Ø½¬
¶µ°é
¥³¥í¥Ê
14-c57
10:30– 10:42M06From "Mottainai" to "Delicious" - The Best Recipes
(Ikuno H.S.) Sakaguchi Haruka
food loss
cooking
14-e242
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Systems, information, and simulation technologies, Fundamental properties, Wide area
10:50– 11:02M08Utilization of Local Area Recognition of Point Cloud Data for Inspection of External Pipe Corrosion
(Shizuoka U.) *Ishizuka Hatsune, Takeda Kazuhiro
External pipe corrosion
Point Cloud Data
machine learning
6-f170
11:02– 11:14M09Examination of the usefulness of hydrogen storage materials as cosmic ray shielding materials
(Akita H.S.) *Saito Rei, *Kaneda Koki, *Sato Isshin, *Sasaki Riko
hydrogen storage materials
cosmic ray
simulation
1-b247
11:14– 11:26M10The strength of paper
(Ikunokoukou) *Miyaji Nazuki, *Kuroki Yuri, *Tawara Nao
À¸ÌîÀº¿À
1-e50
11:26– 11:38M11How to use Mercari using controlled experiments
(ikuno highschool) *Okamoto Hideto, *Sugimori yuuta, *takagi kota
controlled experiments
Flea Market App
technique
14-e51
11:38– 11:50M12Stories woven by footprints
(osaka prefecutural ikuno H.S.) *okamura tomoka, (osaka Pref. ikuno H.S.) *tanaka shiho
sightseeing
underpopulated area
14-e168
11:50– 12:02M13How can Japanese people learn to speak English?
(Ikuno H.S.) *Geka Ayano, *Miyazaki Airi
education
English
14-e243
12:02– 12:14Lunch break
Biochemical engineering, Wide area
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12M19Development of nylon hydrolase (NylC) for long-chain nylon degradation
(U.Kobe) *Teraoka Y., Mori Y., Kondo A., Ogino C.
enzyme engineering
nylon degradation
NylC
7-a166
13:12– 13:24M20Is it OK to say, "It's a ¡»¡» because you are...?" discrimination "and "distinction"
(Ikuno H.S.) Hishida Emi
discrimination
boudary
14-e246
13:24– 13:36M21How to win in Miyamakuzusi
(Ikuno H.S.) *Nisihara Honoka, *Nagai Miu
Zermelo's theorem
binary number
14-e28
13:36– 13:48M22Earthquake test of pasta
(TENNOJI H.S.) *Komori Shunsuke, *Shima Keishin, *Shimonaru Kota, *Kato Sota
earthquake
glue gun
bracing
14-e97
13:48– 14:00M23How to Achieve Gender Equality
(Ikuno H.S.) *Kageyama Yuuki, *Matsui Hana
gender gap
equality
14-e250
14:00– 14:12M24picture of function
(Ikuno H.S.) *Ito Humikazu, *Taguti Yosihito, *Ohashi Kaito, *Syozaki Yusei
quadratic curve
straight line
14-e27
14:12– 14:20Break
Systems, information, and simulation technologies, Fundamental properties
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32M26Quality Prediction of Chemical Products with Bayesian Neural Networks
(TUAT) *Sahara Kota, Yamasita Yosiyuki
process monitoring
Bayesian neural networks
uncertainty
6-d126
14:32– 14:44M27Concentration measurement method from mass change related to vapor pressure
(Hitachi Daiichi H.S.) *Mori Yuusuke, Tan Hayato, Yamaguti Satoru
vapor pressure
measuring concentration
simplification
1-e187
14:44– 14:56M28Iodine clock reaction
(Shitennoji Highschool) *Teranishi Hinata, (Shitennoji Highschoo) *Fujiwara Harumi, *Yamaguchi Saya, *Yamaguchi Ayaka, *Yoshida Harumi
Iodine clock reaction
rate of reaction
iodine reaction of starch
1-e241
14:56– 15:08M29Theoretical considerations for the shape of atoms
(hitachi daiichi) *Yanai H., *Enomoto K., Yamaguti S.
atomic orbital
radial wave function
spherical harmonics
1-e278
15:08– 15:20M30About the coefficient of kinetic friction of an object sliding on a wet road surfaces
(Ikunokoukou) *Tanaka Sarana, *Shimizu Hiroki, *Seko Rido, *Takeda Kaname, *Matsuyama Kouki
Ikuno spirit
1-e52
15:20– 15:32M31How to remove rust efficiently
(Ikuno HS) *Tange Atsuki, *Itou Ryuusei, *Kimura Yuuta, *Miyake Rikuto
rust
Iron plate
1-e48

Hall N
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42N01Construction and validation of a metabolic model for thermophilic actinomycetes
(U. Kobe) *Yamada T., Sakamoto D., Yara M., Mori Y., Kondo A., Ogino C.
Metabolic model
FBA
Actinomycetes
7-a158
9:42– 9:54N02Prediction of L.lactis growth using PLSRegression model
(Kitami Inst. Tech) *Inaba Y., Konishi M.
L.lactis
profiling
PLSRerression
7-a248
9:54– 10:06N03Microbial production of valued materials from various carbon sources by oleaginous yeast Lipomyces starkeyi
(U. Kobe) *Ishioka A., Maehashi S., Endo R., Mori Y., Kahar P., Kondo A., Ogino C.
oleaginous yeast
Lipomyces starkeyi
lipid production
7-a162
10:06– 10:18N04Development of lipases having different substrate specificity using directed evolution
(Osaka Pref. U.) *Kiyoshige Y., (Osaka Metro. U.) Morioka R., Matsumoto T., Yamada R., Ogino H.
lipase
esterase
substrate specificity
7-b306
10:18– 10:30N05Changes in growth rate caused by density effects in Gryllus bimaculatus
(Tennoji H.S.) *Hanahara Hiroto, *Hyon Riyo, *Kita Tomoyasu, *Nakazawa Mai
Crickets
Density effects
7-a185
10:30– 10:42N06Cultivation conditions of hydrogen oxidizing bacteria
(NIT Nara) *Chandra Justian, Naoe Kazumitsu
cultivation
hydrogen oxidizing bacteria
autotrophy
7-a277
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Biochemical engineering
10:50– 11:02N08Production of bacterial cellulose from whey
(Niigata Inst. Tech.) *Takanishi H., Katagiri S., Higuchi A., (Niigata Pref. Microb. Soci.) Kobayashi Y., (Tokyo U. Agric.) Suzuki T., Ishikawa M., (Niigata Inst. Tech.) Nihira T., Takesono S., Onodera M.
Bacterial cellulos
Acetic acid bacteria
Whey
7-a229
11:02– 11:14N09Cultural Characteristics of Mycelium of Desarmillaria ectypa on Agar Plate Culture
(Niigata Inst. Tech.) *Yajima S., Kashiro T., (Niigata Pref. Microb. Soci.) Maruyama T., (Keio U.) Kasuya T., (Niigata Inst. Tech.) Takesono S., Onodera M.
Cultural Characteristics
Desarmillaria ectypa
Agar Plate
7-a331
11:14– 11:26N10Rotary shaking culture with rotation.of microorganism
(Niigata Inst. Tech.) *Suzuki Y., Nihira T., Takesono S., Onodera M.
Rotary shaking culture
Rotation
Microorganism
7-a207
11:26– 11:38N11Relationship between submerging and photogerminability in burdock seeds
(Tennoji H.S.) *Kusaka Rei, *Nakagawa Syunta, *Shinkuma Takahide, *Morita Mayu
Photoblasticism
Burdock
7-a210
11:38– 11:50N12Comparison of culture characteristics of a filamentous fungus Aspergillus oryzae on different growth substrates
(U.Kobe) *Motosako S., Matsumoto K., Suzuki T., Mori Y., (JAMSTEC) Wakai S., (U.Kobe) Kondo A., Ogino C.
Filamentous fungus
sorghum juice
enzyme production
7-a172
11:50– 12:02N13The relationship between polar bears and algae
(Tennoji H.S.) *Nomoto Hinata, *Tsuzi Natsumi, *Inui Yura
Zoo
Polar bear
7-a214
12:02– 12:14Lunch break
Biochemical engineering, Environmental engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12N19Fermentation of rice water
(Kashiwazaki H.S.) *Yoshino A., (Kashiwazaki High Schoo) *Koike I., Masui Y., (Niigata Inst. Tech.) Onodera M.
Rice water
Lactic acid fermentation
Lactic acid bacteria
7-a205
13:12– 13:24N20The Condition for The Decomposition of Biodegradable Plastics
(¥Þ¥¹¥À¥³¥¦) *Nagata M., *Fujimoto M., *Mataka K.
biodegradable plastics
13-f150
13:24– 13:36N21Component analysis for effective use of biomass ash
(tsuyama H.S.) *Irie Hanano, *Haruki Yusuke, *Abe Ryunosuke, *Wada Yusa
biomass ash
carbon dioxide
chromium
13-f173
13:36– 13:48N22Research to use singing sand as an indicator of environmental pollution
(Hamada Highschool) *Hara Minami, *masumoto Runa, *Miake Yuzuho
singing sand
environmental assessment
13-f199
13:48– 14:00N23Species identification and biodiversity of mushroom fruitng bodies
(Sakushingakuinhigh school) *Ugajin Haruna, *Ootsuka Kanami, (Sakushingakuin H.S.) *Kimijima Saya, *Sumith Mihana, *Takahashi Mika, *Herai Nene, *Edura Miu
mushroom
biodiversity
13-f91
14:00– 14:12N24Quercus glauca forest at Atagoyama in Kofu.
(Yamanashi Eiwa H.S. natural Sci. club) *Inoue Sakura, *Fujihara Kotoha
Unidentified mite
Quercus glauca
Global warming
13-f327
14:12– 14:20Break
Environmental engineering
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32N26Development of precious metal recovery technology from urban mines
(Osaka Metro. U.) *Wakashiba K, Nomura T
Precious metal
Bioreduction
Chemical reduction
13-e62
14:32– 14:44N27Changes in Radiation Dose
(Sakushin Gakuin H.S.) *Taniguchi Soichiro, *Suzuki Souya, *Matsubara Koyori, *Hashimoto ayuka, *Kajiyama miyu, *Nozawa Souta, *Kikuchi Ryo, *Kume Fuga, *Morita Akihito, *Shiozawa Seiya, *Murasato Yosei
radiation
encrgy
high
13-i86
14:44– 14:56N28Optimal conditions for hydrogen production by electrolysis of water using natural energy
(matsuyamatyuo) *Nagata Masaki, *Arita Yuto, *Takasuka Hiroto, Shimoda Ai
Hydrogen
renewable energy
Electrolysis of water
13-g118
14:56– 15:08N29Exploring Pelton turbines for small hydroelectric power generation
(MITA InterNationalSchool) *Ikeda Yuka, *Hayashi Mizuki
Energy
Hydro electricity
Global warming
13-g324
15:08– 15:20N30Manufacturing of Akita white charcoal and the effective utilization as an adsorption
(OdateHomeih) *Abe Yoshihito, Nishine Naoya, *Kudo Fumie, *Manta Miu, *Tayama Yui, Iwabuchi Hikari, Akashi Mao, Hatakeyama Aoi, Yamaguchi Haruka
Akita white charcoal
13-g6
15:20– 15:32N31sustainable forest management
(Sakushin Gakuin H.S.) *Kusunoki Yusei, *Iizuka Kento, *Konno Haruki, *Hosokawa Kanade, *Ono rio
shrine and temple forest
convergent evolution
sustainability
13-i115

Hall O
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Environmental engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42O01Phosphate removal from water using coffee husk bio from water using coffee husk biochar with Mg(OH)2 activation and utilize
(State Polytechnic of Jember) *Situngkir Yaressa Va, (Prectural U. Hiroshima) Hidayat Ebdar, Harada Hiroyuki
Phosphate
Slow release hidrogel
Coffee husk biochar
13-e224
9:42– 9:54O02Effect of particle type on its aggregation behavior in water by applying DC electric field
(Hosei U.) *Yabuki Kaito, Koike Fuki, Kitamura Kenta, Mori Takamasa
pH shift
zeta potential
particle deposition
13-e148
9:54– 10:06O03Development of inorganic ion exchangers for waste treatment and decommissioning
(NIT Tsuruoka) *Yoshida Akira, Ito Shinko, Abe Tatsuo
ion exchange
radioactive waste
nuclear decommissioning
13-i356
10:06– 10:18O04Mg recovery with zero electricity ~ not only seawater but also salt water in Uyuni salt lake ~
(Ehime Saijo) *Noguchi Yuta, *Ito Hitomi, *Fujita Yui, *Watanabe Hinata
¥Þ¥°¥Í¥·¥¦¥à
pH
ÄÀÅÂʪ
13-i257
10:18– 10:30O05Influence of Vegetables Cultivated in Soil Utilizing Thinned Bamboo on Growth and Nitrate Ion Concentration
(Seishin Girls' H.S.) *Muraki A., *Yoshii H., Yamada N.
Bamboo Coal
Bamboo powder
Nitric acid ion concentration
13-i34
10:30– 10:42O06Effects of acid rain on concrete
(Hiroshima kokutaiji H.S.) *Tsuda Sotaro, *Takeoka Kanta
acid rain
concrete
resistance
13-f24
(10:42–12:02) (Chair: No data , No data )
10:42– 10:50Break
Environmental engineering
10:50– 11:02O08Hydrogel beads loaded biochar hybrid materials derived from arabica coffee husk as biodegradable coating for slo-release ammonium-nitrogen fertilizer
(State Polytechnic of Jember) *Hardini Tiara Satya, (Prectural U. Hiroshima) Hidayat Ebdar, Harada Hiroyuki
ammoniun adsortion
coffee husk biochar
slow-release rate
13-e230
11:02– 11:14O09Investigation into Dye Sensitized Solar Cell with¡¡Physalis grisea¡¡pigment
(OdateHomeih) *Taguchi Seiya, *Nishimura Wakana, *Ishikawa Hakua, *Ishikawa Yuka, *Hashimoto Masahito, *Hatakeyama Aoi
Physalis
Dye-sensitized Solar Cells
Pigment
13-g9
11:14– 11:26O10Extraction of hemicellulose from plant byproducts
(Iwaki H.S.) Inoue K., Kushida H., Isobe K., Okoshi Y., Tsubone T., *Kusano H., *Kusano H., *Sekiuchi M., Endo S., Saeki N., Ohira M.
hemicellulose
Extraction
plant byproducts
13-e189
11:26– 11:38O11Development of environment-friendly method for detection of chemical components in soil based on electric measurement
(NIT Tokyo) *Kakehashi Ayane, Inoue Reo, Shimo Sannosuke, (Hitachi Construction) Tagami Mitsugu, Murakami Takaaki, Inoue Ayumu, (NIT Tokyo) Shoji Ryo, Ito Mikio
Water content
Oxidation reduction potential of soil
Soil pollution
13-c341
11:38– 11:50O12Ecological effect evaluation of cesium and strontium in humus soil environment
(NIT Tsuruoka) *Yoshida Akira, Ito Shinko, Abe Tatsuo
Daphnia
immobilization test
humic acid
13-c357
11:50– 12:02O13Ecotoxicity assessment of pharmaceuticals and their photo degradants in aquatic environments
(NIT Tokyo) *Yamakoshi Yuma, Kurita Yuzuki, Shoji Ryo
photodegradation product
ecotoxicity
PPCPs
13-c46
12:02– 12:14Lunch break
Environmental engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12O19composting from arabica coffee husk with the addition of cow dung as a mixture to improve quality
(State Polytechnic of Jember) *Chrisandi Marchanda Wahyu, (Prectural U. Hiroshima) Hidayat Ebdar, Harada Hiroyuki
coffee husk
compost
soil quality
13-e232
13:12– 13:24O20Analysis of Soil Acidity Quality After Compost Addition Derived Coffe Husk and¡¡Chicken Manure Using An Anaerobic Fermentation Method
(State Polytechnic of Jember) *Susanto Helmi Baharuddinhelmi Baharuddin, (Prectural U. Hiroshima) Hidayat Ebdar, Harada Hiroyuki
Soil Acidity
Anaerobic Composting
Coffehusk
13-e237
13:24– 13:36O21Making a Simple Refrigerator by the Use of Endothermic Reaction
(Takatsuki H.S.) *Akahira Yuriko, *Tanaka Kanade, *Yanamoto Haruse, *Saito Hisayo
endothermic reaction
refrigerator
in case of disaster
13-i122
13:36– 13:48O22Synthesis of detergent from by-product salt obtained from leachate ~Focusing on Na component~
(Ehime Saijo) *Nishimura Oriha, *Ueda Sayo, *Murakami Hinata, *Saiki Haruna, *Usami Takamasa
¥»¥¹¥­Ãº»À¥Ê¥È¥ê¥¦¥à
ºÆ»ñ¸»²½
¿»½Ð¿å
13-e260
13:48– 14:00O23Research on water quality improvement agents using waste
(Okayama Pref. Tamashima Senior H.S.) *Takiguchi N., *Tamura M., Fujii Y., Kondo H.
water quality improvement
waste
13-a274
14:00– 14:12O24Investigation of the current situation of marine plastic waste and utilization for concrete strengthening
(NIT Tokyo) *Igarashi Miyabi, *Okabe Kei, *Okamura Sakiha, Shoji Ryo
concrete
plastic
ocean pollution
13-e295
14:12– 14:20Break
Environmental engineering
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32O26Improvement of reproducibility in ultrasound irradiation experiments and investigation of chemical degradation reactions
(Tokyo U. Sci) *Morishita Chiharu, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Ultrasound
Water pollution
Azo dye
13-b72
14:32– 14:44O27Water Sterilization Using UV-LEDs
(NIT Anan) *Tomiyama sakito, Kouzai Takanori, Kamano Masaru, Konishi Tomoya, Zheng Tao
UV-LED
E.coli
Sterilization
13-a234
14:44– 14:56O28A Study of Water Purification Using COD Titration
(Ikunokoukou) *Shirafuji Yukino, *Tomita Ayaka, *Higashino Fumika, *Nobutsugu Saki
chemical oxygen demand
oxidation
reduction
13-a56
14:56– 15:08O29Toward improving the efficiency of direct filtration methods
(TENNOJI H.S.) *Taniura¡× Ryosuke, *Aoki Yuna, *Fukutomi Yunane, *Nishida Aina
direct filtration
agglomeration
turbidity
13-a102
15:08– 15:20O30Effect of chloride ions on COD method
(Iwaki H.S.) Toda T., Ono Y., *Maebashi K., (Iwaki H.S) *Osawa Y., (Iwaki H.S.) *Matsumoto K., Hisa M., Kuwata M., (Iwaki H.S) Sakashita S., Shikano R.
COD
Ion exchange
Chloride ion
13-a191
Technical program
26th SCEJ Students Meeting (Online, 2024)
© 2024 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2024-03-01 17:45:43
For more information contact Organizing Committee, 26th SCEJ Students Meeting (Online, 2024)
E-mail: inquiry-stu26www4.scej.org
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