SCEJ

24th SCEJ Students Meeting (online, 2022)

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

Hall A
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Fundamental properties
(9:30–10:42) (Chair: Shuji Osaki, Tomonori Fukasawa)
9:30– 9:42A01A comprehensive study on gas absorption of Natural Deep Eutectic Solvents by ab initio statistical thermodynamic calculations
(Chuo U.) *Watabe S., (Chuo U./ACT-X) Kuroki N., (Chuo U./IMS) Mori H.
gas absorption
Deep Eutectic Solvents
ab initio statistical thermodynamics calculation
1-a274
9:42– 9:54A02Formation of antituberculosis drug-bridge-drug cocrystal via fatty acid media
(Tokyo Tech) *Kobayashi A, Tatsumi Y, Orita Y, Shimoyama Y
cocrystal
antituberculosis drug
fatty acid medium
1-b240
9:54– 10:06A03Maintenance of surfactant desorption by changing microwave irradiation mode
(U. Hyogo) *Watanabe Yusuke, Asakuma Yusuke, (Curtin U.) Hyde Anita, Phan Chi
Interfacial modification
Surfactant desorption
Microwave
1-a117
10:06– 10:18A04Effect of heating metal on timbre
(Tennoji H.S.) *Nagata Satoru, *Nagai Daichi, *Nakano Runa
instrument
heating
metal
3-b202
10:18– 10:30A05The relationship between Metal Dendrite and the Concentration of Solution
(Kitano H.S.) *Imamura Sotatsu, *Ishida Kazuki, *Miyoshi Rikuto
Metal Dendrite
Concentration change
Reaction rate
1-e91
10:30– 10:42A06Consideration of solubility of alkali metal halides in terms of thermodynamic stability
(HITACHI DAIICHI H.S.) *Masuda Aoba, Yamaguchi Satoru
Enthalpy
Entropy
Ionic radius
1-e5
10:42– 10:50Break
Fluid & particle processing
(10:50–12:02) (Chair: Yusuke Shimoyama, Nobuko Hanada)
10:50– 11:02A08The relation between bubble generation behavior and hydrogen evolution performance in alkaline water electrolysis
(Yokohama Nat. U.) *Kitajima Daisuke, Ikeda Hayata, Misumi Ryuta, Mitsusima Sigenori
Alkaline Water Electrolysis
impedance measurement
hydrogen
2-a228
11:02– 11:14A09Thin film coating of fine particles by spray drying process
(Osaka Pref. U.) *Yamada Shintaro, Ohsaki Shuji, Nakamura Hideya, Watano Satoru
spray dry
coating
fine particle
2-f97
11:14– 11:26A10Prediction of temperature distribution during microwave heating by various dimensionless numbers
(U. Hyogo) *Yakata Ryohei, Asakuma Yusuke, (Curtin U.) Hyde Anita, Phan Chi
Microwave
Mixing Reynolds number
Asakuma number
2-a115
11:26– 11:38A11Evaluation of microwave heating characteristic using CNT-containing alumina heating medium
(Hiroshima U.) *Tamaru A., (JAEA) Segawa T., (Hiroshima U.) yamada M., Fukasawa T., Ishigami T., Fukui K.
microwave
CNT
heating characteristic
2-f254
11:38– 11:50A12Numerical simulation of oil droplet detachment behavior from wall surface by microbubble
(Hiroshima U.) *Yuhara Y, Hagiwara R, Fukasawa T, Ishigami T, Fukui K
microbubble
numerical simulation
interfacial tension
2-e248
11:50– 12:02A13Numerical simulation of aerosol permeating through microstructure of face masks obtained by X-ray CT
(Hiroshima U.) *Hada K, Kawashima K, Rozy M. I. F., Shirzadi M., Fukasawa T, Fukui K, (U. Nottingham) Mirzaei P. A., (Hiroshima U.) Ishigami T
face mask
numerical simulation
aerosol
2-e245
12:02– 12:14Lunch break
Fluid & particle processing
(13:00–14:12) (Chair: Yuya Murakami, Jun Fukai)
13:00– 13:12A19Effect of applied electric field on electrophoretic mobility measurement of soft particles
(Hiroshima U.) *Michimori Y, Fukasawa T, Ishigami T, Fukui K
applied electric field
electrophoresis
soft particles
2-f253
13:12– 13:24A20Composition adjustment of biomass combustion ash using classification
(Hirosima U.) *Ishizuka S, (KYUDENKO) Sakemi K, Fukuda T, (Hirosima U.) Fukasawa T, Ishigami T, Fukui K
Combustion ash
Potassium
Size classification
2-f226
13:24– 13:36A21Effect of gas humidity on agglomeration of fine powder in vibrating fluidized bed
(Hiroshima U.) *Yoshimura S, Fukasawa T, Ishigami T, Fukui K
vibrating fluidized bed
gas humidity
agglomeration
2-f126
13:36– 13:48A22Evaluation of compressive properties of powder materials with different plastic deformability
(Osaka Pref. U.) *Oshiro Atsushi, Yano Takeru, Ohsaki Shuji, Nakamura Hideya, Watano Satoru
Plastic deformability
Powder compression
Two-component powder
2-f168
13:48– 14:00A23Numerical simulation of particle motion in a continuous rotary kiln
(Osaka Pref. U.) *Nakanosono Kazuma, Nakamura Hideya, Kishida Naoki, Ohsaki Shuji, Watano Satoru, (Sumitomo Metal Mining Co., Ltd) Saruwatari Motoaki
Rotary kiln
Discrete Element Method
Particle adhesion
2-f177
14:00– 14:12A24Experimental study on heat transfer performance of an oscillatory baffled reactor
(Osaka Pref. U.) *Morishita Rei, Horie Takafumi, (Sekisui Chemical) Nakata Naoki, Ito Shinnichiro, (Kobe U.) Ryosuke Murotani, (Keio U.) Fujioka Satoko, (Osaka Pref. U.) Okita Erika, Yasuda Masahiro
Oscillatory baffled reactor
Heat transfer enhancement
Vortex
2-a179
14:12– 14:20Break
Fluid & particle processing
(14:20–15:44) (Chair: Hideya Nakamura, Ryuta Misumi)
14:20– 14:32A26Effects of baffle on the drawdown and dispersion of floating particles in stirred tanks
(Tokyo U.Sci.) *Takada Nana, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
solids drawdown
stirring
solid-liquid mixing
2-b233
14:32– 14:44A27Analysing two different particles at the bottom during solid-liquid mixing
(Tokyo U. Sci.) *Togo Nobuhiro, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Multiphase flow
Solid-liquid mixing
The minimum speed for just-suspension
2-e214
14:44– 14:56A28Numerical simulation with optimal shape of container and impeller for suspension culture of iPS cell
(Osaka U. Eng. Sci.) *Shima Keisuke, Wang Liya, Okano Yasunori
iPS cells
suspension ratio
bioreactor
2-b66
14:56– 15:08A29Searching for installation Conditions of multiple impellers in an aerated stirred tank by Bayesian Optimization
(Osaka U.) *Yano Kentaro, Takehara Yuto, Okano Yasunori
Aerated stirred tank
Bayesian Optimization
OpenFOAM
2-b35
15:08– 15:20A30Searching for Optimal Shape of Stirred Tank for iPS Cell Culture Using Bayesian Optimization
(Osaka U., School of Eng. Sci.) *minamikawa kazuhiro, (Osaka U. Graduate School) Wang Liya, okano yasunori
Bayesian optimization
OpenFOAM
iPS Cells
2-b40
15:20– 15:32A31Research on the rotation of maple seed
(nirasaki H.S) *akiyama ren, *katou toshikazu, *inomata yuusuke
maple seed
rotation
fall movement
2-g194
15:32– 15:44A32Relationship between rotation speed and lift in the Magnus effect
(nirasakiH.S) *imai yuuta, *takagaki naozane, *takeuchi yuito
Lift
Rotatiuon Speed
Magunus dffect
2-g281
15:44– 15:55Break
Plenary lecture, 表彰審査結果発表
(15:55–16:55) (Chair: Hiroyasu Ogino)
15:55– 16:55A34TBA
(Kyushu U.) Kamiya Noriho
Plenary lecture
17-a324
16:55– Awards ceremony

Hall B
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Chemical reaction engineering
(9:30–10:42) (Chair: Hiroyuki Imai, Tsutomu Ono)
9:30– 9:42B01Oxygen permeable flux through the perfluorinated sulfonic acid membrane in polymer electrolyte fuel cells
(Kyoto U.) *Danjo Shotaro, Balci Beste, Nakamichi Kimiyo, Kageyama Miho, Kawase Motoaki
Polymer electrolyte fuel cell
Oxygen crossover
Gas chromatography
5-i166
9:42– 9:54B02Synthesis of xylitol from xylose using copper-based catalysts under low hydrogen pressure
(Kyoto U.) *Yamaguchi Yuki, Fujitsuka Hiroyasu, (Tokyo Tech.) Kanomata Ryokuto, Tago Teruoki, (Kyoto U.) Kawase Motoaki
Carbon-supported catalysts
Ion-exchange resin
Xylose hydrogenation
5-a121
9:54– 10:06B03n-Butane dehydrogenation over carbon-supported Pt-Sn catalyst prepared from an anion exchange resin
(Kyoto U.) *Murata R., Fujitsuka H., Kawase M.
Anion exchange resin
Carbon-supported Pt-Sn catalyst
n-Butane dehydrogenation
5-a123
10:06– 10:18B04Development of Cu catalyst precursors for CO2 hydrogenation
(Ibaraki U.) *Hamamura Ryu, Yamauchi Noriko, Kobayashi Yoshio, (Yamagata U.) Fuziwara Kakeru, (Ibaraki U.) Tada Shohei
CO2 hydrogenation
Cu catalyst
methanol synthesis
5-a164
10:18– 10:30B05Relationship between iron complex and ultraviolet radiation
(Mito First H.S.) Sunaoshi Tomohiro
metal complex
ultraviolet radiation
ligand
1-e96
10:30– 10:42B06Research on the conditions of an aqueous solution suitable for eco-cairo
(Mito First H.S.) Sugaya Rio
super cooling
heat of solidification
eco-cairo
3-f52
10:42– 10:50Break
Chemical reaction engineering
(10:50–12:02) (Chair: Shohei Tada, Yoshinori Murakami)
10:50– 11:02B08Synthesis of small-pore zeolite catalyst with dehydrogenation ability
(U.Kitakyu) *Oshima A., Noguti R., Imai H.
CHA zeolite
dehydrogenation
light alkan
5-a231
11:02– 11:14B09Ethanol steam reforming using metal nanoparticle encapsulated zeolite catalyst
(Tokyo Tech) *Yokosawa Tsuki, Arayawate Sirintra, (Kyoto U.) Fujitsuka Hiroyasu, (Tokyo Tech) Tago Teruoki
Ethanol Steam Reforming
Zeolite supported metal catalysts
Encapsulation structure
5-g173
11:14– 11:26B10Low temperature catalytic cracking of hardly decomposable naphtha fraction using noble metal particle-encapsulated zeolite catalysis
(Tokyo Tech) *Nakatani Nodoka, Nakatani Rikako, (Kyoto U.) Fujitsuka Hiroyasu, (Tokyo Tech) Tago Teruoki
naphtha cracking
dehydrogenation
metal encapsulated zeolite
5-c105
11:26– 11:38B11Kinetic study of allylic oxidation over BiMo oxide-supported CoFeMo mixed oxide catalysts
(Tokyo Tech) *Sakanushi Taiju, Saitou Fumiya, Fujituka Hiroyasu, Tago Teruoki
allyl oxidation
oxygen transfer
multiple oxide catalyst
5-a148
11:38– 11:50B12The Effects of Coordination Complexes during the Formation of Copper Dendrites
(Tennoji H.S.) *Isawa Yuzuki, Hirano Yuki, Fujioka Daichi, Morita Taro, Yoshida takuma
Copper dendrites
Complexes
Chelate
14-e269
11:50– 12:02B13Doedorization ofurine utilizing photocatalytic decomposition of ammonia
(Mito First H.S.) Kato Masamune
ammonia
photocatalyst
deodorize
5-a51
12:02– 12:14Lunch break
Chemical reaction engineering
(13:00–14:12) (Chair: Hiroyasu Fujitsuka, Hidetaka Kawakita)
13:00– 13:12B19Structural Design of Visible Light-Sensitive CuOx-Grafted TiO2 Photocatalyst
(U.Tokyo) *Nakajima Yusuke, Aji Ryosuke, Deura Momoko, Shimogaki Yukihiro, Momose Takeshi
Photocatalyst
visible light
structural design
5-a249
13:12– 13:24B20Photocatalytic Decomposition of Water over Picene Derivative Introduced with Nitro Group under Visible Light Irradiation
(KobeU) *Hiramatsu Koki, (KobeU.,Graduate School of Eng) Hori Rintaro, Tokui Yuya, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru
Hydrogen
Photocatalyst
Organic semiconductor
5-a297
13:24– 13:36B21Investigation of the OH-radical formation and charge transfer process in AgI-TiO2 nanocomposite photocatalyst
(NIT Nagaoka) *Tomioka Noboru, Murakami Yoshinori
AgI-TiO2
5-a43
13:36– 13:48B22Synthesis of Bronze Type TiO2 and Characterization of Photo-catalytic Reactivity
(Shizuoka Inst. Sci. Tech.) *Suzuki Arata, Tojo Tomohiro
Bronze Type TiO2
Photo-catalytic Reactivity
Hollow Spheritic Particle
5-a223
13:48– 14:00B23Limitations of various catalysts in the luminol reaction
(Tennoji H.S.) *Suzuki Minori, *Takada Monaka, *Fujimoto Asuka, *Maekawa Yumena
chemiluminescene
luminol reaction
catalyst
5-a215
14:00– 14:12B24Prevention of fading of fibers by Ultraviolet rays using titanium dioxide
(Tennoji H.S.) *Kimura Souta, *Abe Hiroki, *Ono Yoichiro, *Takai Yoshihisa
titanium dioxide
rayon
fading
14-e210
14:12– 14:20Break
Chemical reaction engineering
(14:20–15:44) (Chair: Teruoki Tago, Motoaki Kawase)
14:20– 14:32B26Effect of electron beam irradiation on chemical structure and photocatalytic activity of graphitic carbon nitride
(Chitose Inst. Sci. Tech.) *Harako Aika, Takada Tomoya, (Inst. Catal., Hokkaido U.) Shimoda Shuhei, Fukuoka Atsushi
graphitic carbon nitride
photocatalysis
electron beam
5-a235
14:32– 14:44B27Hydrogen Peroxide Production by Photo-oxidation of Water over Picene Derivatives Photocatalyst
(Kobe U.) *Tsubota Yuka, Tokui Yuya, Hori Rintaro, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru
Hydrogen peroxide
Photocatalyst
Organic semiconductor
5-a290
14:44– 14:56B28Study on the reaction mechanism for the visible light irradiated BiVO4-TiO2 photocatalysts using the detection of OH radicals
(NIT Nagaoka) *Terao Shizu, Murakami Yoshinori
BiVO4-TiO2
OH radicals
5-c18
14:56– 15:08B29Preparation and evaluation of cellulose-nanofiber/pigment composites using the laser ablation method
(NIC, NagaokaCollege) *Setogawa Haruki, Murakami Yoshinori
cellulose nanofiber
laser ablation
5-i19
15:08– 15:20B30Decomposition of Organic matter by dehydrating and oxidizing agents
(Tennoji H.S.) *Muranaka Kosei, *Takao Genki, *Sakiyama Kazuki, *Masada Aoi
Decomposition of Organic matter
Dehydrating agent
Oxidizing agent
14-e212
15:20– 15:32B31Approaching the reaction mechanism of silver mirror reaction using ammonia
(matsuyamatyuo) *Okano Syota, *Nakata Yujin, *Inoue Manato, Shimoda Ai
Silver mirror reaction
Reaction mechanism
Metal ions
14-c103
15:32– 15:44B32Mathematical analysis of 1,4-dioxane decomposition using continuous stirred tank reactor by photo-Fenton reaction
(Saga U.) *Matsuoka Taiki, Ito Kohei, Morisada Shintaro, Ohto Keisuke, Kawakita Hidetaka
1,4-dioxane
photo-Fenton
CSTR
5-a25

Hall C
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Chemical reaction engineering
(9:30–10:42) (Chair: Daisuke Kobayashi, Wataru Ninomiya)
9:30– 9:42C01Investigation of fast filling conditions between yarns in SiCf/SiC-CMC by chemical vapor infiltration (CVI) process.
(U. Tokyo) *Kimura Shunsuke, Otaka Yuhei, Sato Noboru, (IHI) Fukushima Yasuyuki, (U. Tokyo) Deura Momoko, Momose Takeshi, Shimogaki Yukihiro
SiC
CVI
CVD
5-h98
9:42– 9:54C02Study on the effect of surface treatment on Co thin film growth using ALD
(U.Tokyo) *Yamazaki S., Yamaguchi J., Sato N., Deura M., Momose T., Shimogaki Y.
AS-ALD
surface treatment
ULSI
5-h258
9:54– 10:06C03Investigation of hydrogen burner in methane pyrolysis hydrogen production system
(Gifu U.) *Uehara Takuma, Muto Tomohiro, Asahara Makoto, Miyasaka Takeshi, (U. Tokyo) Koshi Mitsuo
Hydrogen
Methane pyrolysis
Burner
3-b230
10:06– 10:18C04Numerical simulation of Gas-Solid reactor by two-fluid model.
(Saitama U.) *Miyashita Hirotaka, Chiba Kotaro, Homma Shunji
two-fluid model
Gas-Solid reaction
fluorination of uranium dioxide
2-a276
10:18– 10:30C05Effect of Scale-up on Phosphorus Recovery from Incineration Ash of Chicken Manure
(Tokushima U.) *Hashimoto T., Shimoda N., Sugiyama S.
phosphorus recovery
chicken manure
scale-up
5-g14
10:30– 10:42C06Recovery of Phosphorus from Incineration Ash of Sewage Sludge
(Tokushima U.) *Habara M., Shimoda N., Sugiyama S., (Kitsuki Professional Engineer Office) Abe S.
phosphorus recovery
sewage sludge
acid-alkaline treatment
5-g15
10:42– 10:50Break
Chemical reaction engineering
(10:50–12:02) (Chair: Takafumi Sato, Takeshi Momose)
10:50– 11:02C08Study on thermal stability and hygroscopicity of 1H-triazole copper complex
(Department of Chemical Engineerig Faculty of Eng.,Fukuoka U.) Kannzaki Sakuya, *Kojima Yuki, Shigematu Mikiji, Kowhakul Wasana
Thermal stability
Hygroscopicity
Azole
3-f236
11:02– 11:14C09Selective Catalytic Reduction of 2-Chloropropene to Avoid Product Separation
(Tokushima U.) *Okamoto A., Shimoda N., Sugiyama S.
selective catalytic reduction
2-chloropropene
propylene
5-a16
11:14– 11:26C10Catalytic Conversion of Propane to Oxygen-containing Compounds
(Tokushima U.) *Nishimura T., Shimoda N., Sugiyama S.
catalytic conversion
propane
oxygen-containing compounds
5-a13
11:26– 11:38C11Dehydrogenation of Ethane on Nickel Oxide Supported on g-Alumina
(Tokushima U.) *Iwaki T., Shimoda N., Sugiyama S., (Mitsubishi Chemical) Kato Y., Ninomiya W.
dehydrogenation
ethane
nickel oxide
5-a84
11:38– 11:50C12Preparation of BCN materials and evaluation of their base catalytic activity
(U.Gunma) *Nishizawa K., Kannari] N., Sato K.
Heterogeneous catalyst
Base catalyst
Knoevenagel reaction
5-a305
11:50– 12:02C13Methanol aqueous solution reforming using Ni-Cu supported activated carbon cloth
(Tokyo Denki U.) *Hioki Shota, Kobayashi Daisuke
Ni-Cu catalyst
Hydrogen
Reforming
5-a176
12:02– 12:14Lunch break
Chemical reaction engineering
(13:00–14:12) (Chair: Shigeru Sugiyama, Shunji Homma)
13:00– 13:12C19Effect of Frequency on Ultrasonic Degradation of Phenol
(Tokyo Denki U.) *Hasegawa Hinako, Kobayashi Daisuke
Ultrasonic degradation
Phenol
Frequency
5-b157
13:12– 13:24C20Preparation of Emulsion using Ultrasound and Polystyrene Particle Synthesis
(Tokyo Denki U.) *Kawashima Ayame, Kobayashi Daisuke
Ultrasound
Emulsion polymerization
Particle size
5-b161
13:24– 13:36C21Effects of Channel Geometry of Micro Wet Spinning Device on Stability of Jet Flow
(Okayama U.) *Suemitsu Sho, Manabe Midori, Watanabe Takaichi, Ono Tsutomu
Computational fluid dynamics
Jet flow
Microfluidics
5-f104
13:36– 13:48C22Development of a novel membrane reactor for carbon dioxide recycling
(Shibaura Inst. Tech.) *Satoh Yuya, Ishii Katsunori, Nomura Mikihiro
Membrane Reactor
Carbon neutral
Methanation
5-d61
13:48– 14:00C23Investigation of salt effects on reaction kinetics of Dushman reaction
(Tokyo U. Sci.) *Yamazawa Hideta, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Dushman reaction
kinetic study
reaction engineering
5-f283
14:00– 14:12C24Development of water electrolysis apparatus using hydrogen permeable membrane electrode
(Utsunomiya U.) *Yamanaka Toshiki, Sato Takafumi, Itoh Naotsugu
electrolysis of water
hydrogen production
hydrogen permeable membrane
5-e122
14:12– 14:20Break

Hall D
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Separation processes
(9:30–10:42) (Chair: Keisuke Ohto, Izumi Kumakiri)
9:30– 9:42D01Pervaporation of alcohol aqueous solutions using TiO2-SiO2-OCL(Organic Chelate Ligands) membranes
(Kobe U.) *Fujiki Takaya, Yoshioka Tomohisa, Nakagawa Keizo, Shintani Takuji, Matsuoka Atsushi, Kamio Eiji, Matsuyama Hideto
Pervaporation
Dehydration
TiO2-SiO2
4-a221
9:42– 9:54D02Modeling and structural characterization of amorphous SiO2 and TiO2 membrane materials by molecular simulation
(Kobe U.) *Kamei Yosuke, Yoshioka Tomohisa, Nakagawa Keizo, Shintani Takuji, Matsuoka Atsushi, Kamio Eiji, Matsuyama Hideto
molecular dynamics
TiO2-SiO2
amorphous structure
4-a250
9:54– 10:06D03Preparation of dense Pd membrane by vacuum-assisted electroless plating on porous SUS tube with titanium dioxide
(Tokushima U.) *Seike K., Tanaka C., Katoh M.
Vacuum-assisted electroless plating
Rutile type titanium dioxide
Dense Pd membrane on porous SUS tube
4-a82
10:06– 10:18D04Separation properties of carbon dioxide by silicalite-1 membrane prepared on porous alumina supports
(Tokushima U.) *Hatakeyama D., Akagi S., Katoh M., (Gifu U.) Oumi Y., (MicrotracBEL) Nakai K.
silicalite-1 membrane
carbon dioxide
separation property
4-a48
10:18– 10:30D05Thermal management using latent heat storage material in pressure swing adsorption process
(Kyoto U.) *Uematsu Hajime, Sakanaka Yuta, Hiraide Shotaro, (Osaka Gas Chemicals) Yamane Yasuyuki, (Kyoto U.) Miyahara Minoru
thermal energy storage
pressure swing adsorption
zeolite
4-e309
10:30– 10:42D06Twisting force in a whirligig toy
(Maebashi Girls' Senior H.S.) *Arima Runa, *Endo Nanami
centrifuge
a whirligig toy
twisting force
1-b293
10:42– 10:50Break
Separation processes
(10:50–12:02) (Chair: Keita Kashima, Masahiro Katoh)
10:50– 11:02D08Fabrication of graphene oxide/molybdenum disulfide nanosheets laminar membranes and effects of composite ratio on the membrane performance
(Kobe U.) *Segawa Yuto, Nakagawa Keizo, Yoshioka Tomohisa, Shintani Takuji, Matsuoka Atsushi, Kamio Eiji, Matsuyama Hideto
Graphene Oxide
Molybdenum disulfide
nanosheet
4-a222
11:02– 11:14D09Fabrication of CuBDC MOF nanosheet laminar membrane by vacuum filtration
(Kobe.U.) *Okamoto Masaki, Nakagawa Keizo, (Kansai.U.) Tanaka Syunsuke, (Kobe.U.) Shintani Takuji, Matsuoka Atsushi, Kamio Eiji, Matsuyama Hideto, Yoshioka Tomohisa
MOF
nanosheet
membrane
4-a224
11:14– 11:26D10Separation of ceramic particles using compacted-spherical-gel bed by various pressures
(saga U.) *Fujiki Yui, Wasino Takehiro, Morisada Sintaro, Ohto Keisuke, Kawakita Hidetaka
separation
ceramic
pressure
4-i37
11:26– 11:38D11Purification of phycobiliprotein from Nostoc commune by ion-exchange membrane
(Saga U.) *Fukui Tomohiro, Hidane Takanori, Morisada Shintaro, Ohto Keisuke, Kawakita Hidetaka
membrane
phycobiliprotein
Nostoc commune
4-a36
11:38– 11:50D12Qualitative and quantitative analysis of metal ions combined with paper chromatography and image analysis
(NITTC) *Yamakawa M, *Ojima M, *Yasuda T, Shiroishi H
ペーパークロマトグラフィ
定性
定量
14-c188
11:50– 12:02D13Suppression of water scale by zeolite
(Akita Pref. Noshiro H.S.) *Ikehata Nodoka, *Satou Towa, *Fujita Ayumi
zeolite
calcium
water scale
4-e17
12:02– 12:14Lunch break
Separation processes
(13:00–14:12) (Chair: Kensuke Kurahashi, Minoru Miyahara)
13:00– 13:12D19Preparation of chitosan-montmorillonite composite aerogel and adsorption capacity for electric charged dyes.
(NIT Oyama) *Ishii Shouta, (NIT Fukushima) Hagiri Masahide, (NIT Oyama) Kashima Keita
aerogel
chitosan
montmorillonite
4-e242
13:12– 13:24D20Fundamental investigation on fouling behavior of soybean oil on polyamide-based nanofiltration membrane in acetone
(Kobe U./MaFTech C.) *Aso Ryohei, Matsuoka Atsusi, Shintani Takuji, Nakagawa Keizo, Kamio Eiji, Matsuyama Hideto
Organic solvent nanofiltration
Polyamide active layer
Membrane fouling
4-a29
13:24– 13:36D21Fundamental investigation on the relationship between mechanical strength and network structure of MOF/polymer composite network ion gels
(Kobe U.) *Nakamura Hinako, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto
Ion gel
MOF/polymer composite network
Mechanical strength
4-a192
13:36– 13:48D22Investigation about the effect of molecular weight cut off on permeability of organic solvent through polyamide based nanofiltration membrane.
(Kobe U.) *Hosokawa Hana, Matsuoka Atsushi, Shintani Takuji, Nakagawa Keizou, Kamio Eiji, Matsuyama Hideto
organic solvent nanofiltration
polyamide active layer
permeation mechanism
4-a23
13:48– 14:00D23Effect of operation conditions on CO2 separation properties of amine-containing polymeric membranes
(Linden Hall School) *Ishibashi Reiki, (I2CNER, Kyushu U.) Oda Tomonori, Taniguchi Ikuo
CO2
polymer
membrane
4-a128
14:00– 14:12D24Temperature Change during Distillation of Aqueous Ethanol Solution
(Shibaura Inst. Tech. H.S.) Mimura Itsuki
Temperature
Distillation
Ethanol
4-c135
14:12– 14:20Break
Separation processes
(14:20–15:44) (Chair: Mikihiro Nomura, Tomonori Fukasawa)
14:20– 14:32D26Preparation of alginate nanofiltration membrane to improve permeation flux for nanofiltration process
(NIT Oyama) *Ishizuka Tetta, Kashima Keita
calcium alginate
nanofiltration
permeation flux
4-a238
14:32– 14:44D27Preparation of tochinoki activated carbons through hydrothermal process and adsorption ability of Malachite Green
(NIT Oyama) *Rudi Hartono Aiqal Aris, Kashima Keita
Activated carbon
Malachite Green
Adsorption
4-e234
14:44– 14:56D28Improvement of the gas permeability of polydimethylsiloxane membrane by controlling the cross-linking degree
(Kobe U.) *Muroga Jou, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto
Gas separation membrane
Intermediate layer
Cross-linking degree
4-a190
14:56– 15:08D29Development of facilitated transport membrane using acetate type ionic liquids
(Kobe U.) *Kawabata Maho, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto
CO2 separation membrane
ionic liquid
facilitated transport
4-a191
15:08– 15:20D30Investigation on reverse solute flux of polymer-based draw solute with different chemical structure through forward osmosis membrane
(Kobe U./MaFTech Center) *Kobayashi K., Matsuoka A., (obe U./MaFTech Center) Kamio E., (Kobe U./MaFTech Center) Matsuyama H.
forward osmosis membrane
reverse solute flux
chemical structure of polymer
4-a85
15:20– 15:32D31Let’s make delicious green tea! 〜Changes in extracted components by water’s temperature and sorts〜
(Mizusawa H.S.) *Takahashi Rin, *Onodera Ayaka, *Kobayashi Mana, *Sato Haruhi, Nakashima Yugo
Green tea
Theanine
Water
4-f109
15:32– 15:44D32Performance evaluation of solar power generation type deodorizing effect improvement BOX considering healing
(NIT Tsuruoka) *Kudo Ena, *Hoshina Kurumi, Endo Kentaro, Ito Shinko
deodorant
renewable energy
Aging Society
4-d78

Hall E
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Separation processes
(9:42–10:42) (Chair: Tomohiro Tojo, Hidenobu Shiroishi)
9:42– 9:54E02Fabrication of Layered MnO2 films having aggregation and ion exchange property towards the degradation or ion-selectivity of organic dye
(U. Kanto-gakuin) *Sato T., Inaba K., Okiguti R., Itakura M., Kamata M., Tomono K.
Layered manganese oxides
Adsorption
Disassembly
4-e87
9:54– 10:06E03Recovery and Reuse of Biodiesel Fuel Solids from Additive Winterization Process by Cake Filtration
(Niigata U.) *Nik Zuhari Nik Anis Nabila, Watanabe Youta, Komatsu Hiroyuki, Tajima Hideo
Biodiesel fuel
Additive Winterization
Solid Reuse
4-g21
10:06– 10:18E04Selective extraction and quantitative evaluation of adduct formation equilibrium of Sc (III) with Deep Eutectic Solvent of isostearic acid and TOPO
(U.Miyazaki) *Ushizaki sora, Kanemaru shintaro, Baba yoshinari, Sugamoto kazuhiro
Scandium
Deep Eutectic Solvent
Synergistic extraction
4-f142
10:18– 10:30E05Adsorption and elution behavior of proteins on epoxy based matrix
(Kyoto Inst. Tech) *Tahara Motoaki, Matsuo Tomoki, (YMC) Takahashi Ryosuke, Takai Takatomo, (Kyoto Inst. Tech) Horiuchi Junichi, Kumada Yoichi
Multimodal chromatography
Human IgG
Epoxy resin
4-e262
10:30– 10:42E06Preparation of solvent impregnated resin with surfactant and extraction of lanthanides
(OPUCT) *Ogasawara Takumi, Ohishi Tomoya, Kurahashi Kensuke, (ICR) Sohrin Yoshiki
solvent impregnated resin
surfactant
lanthanides
4-f209
10:42– 10:50Break
Separation processes
(10:50–12:02) (Chair: Shotaro Hiraide, Yasukazu Kobayashi)
10:50– 11:02E08The effect of chemical absorption on nitrogen oxides treatment with glass filter type gas absorber
(Osaka Pref. U.) *Kataoka Motoshi, (Osaka Pref. U. Col. Tech.) Hirabayashi Daisuke, (Osaka Pref. U.) Okita Erika, Horie Takafumi, Yasuda Masahiro
Glass fiber filter type gas absorber
Nitrogen oxides
Chemical absorption by sodium hydroxide
4-d79
11:02– 11:14E09Preparation of activated carbon from waste plum seeds by microwave heating method
(NIT Wakayama) *Hirao Kaito, Kishimoto Noboru
Activated carbon
Microwave
Plum seed
4-e132
11:14– 11:26E10Study on the preparation and application of amine-modified silica aerogels
(NIT Wakayama) *Sakiyama Asuna, Kishimoto Noboru
Silica aerogel
Amine modification
Adsorption
4-e129
11:26– 11:38E11Oil-water separation of W/O emulsion by alkoxysilane-modified separator
(NIT Wakayama) *Ikeda Ryo, (AQUA CHEMICAL) Nakano Shinichi, Dei Takehito, (NIT Wakayama) Kawaji Takatoshi, Kishimoto Noboru
Emulsion
Water/Oil separation
Silane coupling
4-a130
11:38– 11:50E12Development of alumina sol coating for high permselective silica membranes
(Shibaura Inst. Tech) *Ichihara Kota, Ishii Katsunori, Nomura Mikihiro
Membrane
Silica
Alumina Sol Coating
4-a60
11:50– 12:02E13Investigation of recycle of organic solvents through MFI zeolite membranes
(Shibaura Inst. Tech. or Saitama Inst. Tech. or Shonan Inst. Tech.) *matsuoka msahide, isi katsunori, nomura mikihiro
MFI
PV
dioxane
4-a204
12:02– 12:14Lunch break
Separation processes
(13:00–14:12) (Chair: Hideo Tajima, Erika Okita)
13:00– 13:12E19Development of sealing materials for high temperature gas separation
(shibaura Inst. Tech.) *Nagasawa Hanaka, (shibaura Inst. Tech) Nomura Mikihiro, Ishii Katunori
sealing
low meltingpoint glass
high temperature
4-a175
13:12– 13:24E20Development of MOR zeolite membranes for water recycling
(Shibaura Inst. Tech. or Saitama Inst. Tech. or Shonan Inst. Tech.) *Kuribayashi Yuta, Isii Katsunori, Nomura Mikihiro
Desalinization
Mordenite
Pervaporation
4-a174
13:24– 13:36E21Effect of Low Concentration Organic Acid on the Dehydration Performance of MOR Zeolite Membranes
(Yamaguchi U.) *Nomura Koki, Shimada Yu, Kumakiri Izumi
MOR
Zeolite
acetic acid
4-a81
13:36– 13:48E22Fabrication Method and Participation Conditions for Cyclohexane Oxidation Using Photocatalytic Membranes
(Yamaguchi U.) *Yamada Shotaro, (None) Bongohara Haruki, (Yamaguchi U.) Kumakiri izumi
Membrane
Photocatalyst
Oxidation
4-a83
13:48– 14:00E23Preparation of bacterial cellulose membrane and its permeation behavior
(NIT Nara) *Nakamura Retsu, Naoe Kazumitu
bacterial cellulose
membrane
permeation
4-a171
14:00– 14:12E24Decolorization and separation of organic coloring components contained in recovered Diphenylamine
(NATIONAL INSTITUTE OF TECHNOLOGY(KOSEN), Nara College・) *Imamura Shoma, (Nat. Inst. Tech.(KOSEN), Nara Col.) Hayashi Keita, Nakamura Hidemi
Diphenylamine
Coloring Components
Extraction
4-f302
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:44) (Chair: Tatsuo Maruyama, Mikio Ito)
14:20– 14:32E26Free energy analysis of gate adsorption of C2 hydrocarbons on flexible metal-organic frameworks
(Kyoto U.) *Osuga Kakeru, Hiraide Shotaro, Otake Kenichi, Miyahara Minoru
metal-organic framework
gate adsorption
free energy analysis
12-a308
14:32– 14:44E27Viscous Behavior of Slurry of Porous Hollow Silica Particles
(Osaka Pref. U.) *Ota Michihisa, Horie Takafumi, Okita Erika, Yasuda Masahiro, (Kobe U.) Otsubo Takumu, Hidema Ruri, Komoda Yoshiyuki, Ohmura Naoto, Asano Hitoshi, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru, Suzuki Hiroshi
slurry
Rheology
Porous hollow silica capsules
12-l180
14:44– 14:56E28Continuous crystallization of L-glutamic acid using vortex flow by oscillatory flow
(Osaka Pref. U.) *Kawasaki Yuta, Horie Takafumi, Okita Erika, Yasuda Masahiro, (Shionogi) Manaka Atsushi
Continuous crystallizer
Oscillatory flow
Vortex
12-g181
14:56– 15:08E29Photo-adhesion with a bi-functional monomer containing a dipyridyldisulfide moiety
(NIT Fukui) *Senkyou R, Furutani M
Dipyridyldisulfide
Photo-adhesion
Recrystallization
12-j7
15:08– 15:20E30Fundamental Study on Photo-Electrochemical Properties of An Oxide Nanoparticle through Photocatalytic Reactions.
(Shizuoka Inst. Sci. Tech.) *Wakatsuki Naoya, Tojo Tomohiro
Nanoparticles
Photocatalytic Reaction
Photo-electrochemical Properties
12-d140
15:20– 15:32E31Depth of penetration evaluation of organic acids into epoxy resin for sewer lining using infrared spectroscopy
(Tokyo Tech) *Yamaguchi Masashi, Kubouchi Masatoshi, Kurniawan Winarto, (SANYU REC CO.LTD) Nagi Tomio
sewage
organic acids
infrared spectroscopy
12-m301
15:32– 15:44E32Chemical recycling of copper-clad laminates by nitric acid decomposition method
(Tokyo Tech) *Marushima Hayato, Ito Natsuki, Kurniawan Winarto, Kubouchi Masatoshi
printed circuit board
epoxy
Chemical recycling
13-e178

Hall F
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:30–10:42) (Chair: Hirohisa Uchida, Shogo Taguchi)
9:30– 9:42F01Introduction of functional groups into polymer micelles by copolymerization of amphiphilic macromonomer and comonomer
(Osaka Pref. U.) *Yokoi Kaito, Okita Erika, Horie Takafumi, Yasuda Masahiro
macromonomer
polymeric micelle
copolymerization
12-c92
9:42– 9:54F02Improvement of low initiator efficiency and conversion in graft polymerization using the azo group of polymer particles
(Osaka Pref. U.) *Kitagisi Ryuto, Okita Erika, Horie Takafumi, Yasuda Masahiro
Graft polymerization
Azo group
Initiator efficiency
12-c88
9:54– 10:06F03Dispersion behavior of surface-modified zeolite nanoparticles in polymers
(Tohoku U.) *Tomoki I, Yoshiki S, Keishi S, Kanako W, Daisuke N
nanocomposite
surface-modification
dispersity
12-j186
10:06– 10:18F04Fabrication of lipid coated magnetic nanoparticles for cancer therapy
(Tohoku U.) *Suzuki Taisei, Kameda Ryota, Suga Keishi, Watanabe Kanako, Hayashi Kanako, Nagao Daisuke
magnetic nanoparticles
lipid coating
cell uptake
12-c70
10:18– 10:30F05Glass structure and luminescence properties of Cu+, Sn2+ -doped phosohate glass prepared by using melt quenching method
(NIT Anan) *Tanaka Koshiro, Kouzai Takanori, Zheng Tao, Kamano Masaru, Konishi Tomoya
Melt quenching method
Phosphate glass
Luminecent glass
12-k137
10:30– 10:42F06Fabrication of IPN composites by chitosan from red rice prawn and PHEMA
(NIT Kitakyushu) *Mikoda Y., Maeda R.
Chiosan
PHEMA
IPN
12-j225
10:42– 10:50Break
Materials engineering & interfacial phenomena
(10:50–12:02) (Chair: Keishi Suga, Takaichi Watanabe)
10:50– 11:02F08Effects of Substrate Temperatures on the Production of Tetracene Thin Films by Rapid Expansion of Supercritical Solutions (RESS) Using CO2
(Kanazawa U.) *Araki D., Kiyosawa T., Uchida H.
RESS
Tetracene thin films
Substrate temperature effects
12-g150
11:02– 11:14F09Effects of Cleaning of Substrate Surfaces on the Deposition of TIPS-Pentacene Thin Films by Spin Coating Technique
(Kanazawa U.) *Okuda A., Uchida H.
Spin coating
Thin films deposition
Substrate surface cleaning
12-h149
11:14– 11:26F10Evaluation of Spray Solution Properties in the Production of Caffeine Microparticles by Spray Drying Technique Using Supercritical CO2
(Kanazawa U.) *Goto S., Matsuoka H., Kawanishi T., Uchida H.
Supercritical CO2
Spray drying
Caffeine micronization
8-e229
11:26– 11:38F11Relationship between deformation of a nanoparticle dispersion droplet during drying and morphology of thin film
(kyushu U. Eng.) *fujiie hitomi, (kyushu graduate U. Eng.) ichinose shota, (kyushu U. graduate Eng.) hironaka suji, fukai jun
marangoni flow
morphology
deformation
2-a232
11:38– 11:50F12Consideration of seismic resistance of simple model by position of brace
(Meizen Highschool) *Kimura Taketo, *Nakashima Hiromasa, *Nakamura Yua, *Tokoshima Kento, *Morita Rio
seismic resistance
brace
simple model
10-c265
11:50– 12:02F13Effect on the foamability of sodium lauryl sulfate water solution by adding sodium cholate
(Mizusawa H.S.) *Onodera Ryuichi, *Sato Fuka, *Oikawa Wakana, *Komabayashi Runa, Takahashi kazunari
Surfactant
Foamability
Surface tension
12-a107
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: Toshinori Makuta, Shuji Hironaka)
13:00– 13:12F19Hydrolysis of amide bonds using self-assembling peptides
(U. Kobe) *Kimura T., Shimizu N., Morita K., Maruyama T.
Peptide
Self-assembly
Degradation
12-i69
13:12– 13:24F20Adhesion of an acryl film to a glass substrate utilizing the Cu-free click reaction
(U.Kobe) *Kanki Y., Kanemitsu S., Yamamoto S., Miyahara K., Morita K., Matsui M., Maruyama T.
Click chemistry
Polymer coating
Adhesion
12-a68
13:24– 13:36F21Morphology change of gold nanoparticles immobilized on an amino group-displayed plastic substrate
(U. Kobe) *Yoshida S., Tsuchi T., Matsumoto M., Morita K., Maruyama T.
gold nanoparticles
surface functionalization
dip-coating
12-h27
13:36– 13:48F22Research on efficient method to improve surface-enhanced infrared absorption efficiency of gold thin films prepared by wet process
(NITTC) *Hanaya K., Ito M.
SEIRAS
Electroless plating
Electrochemical oxidation-reduction process
12-k93
13:48– 14:00F23Synthesis and Bioactive Evaluation of CaO-P2O5/P2O5 Type Glass Composites by Chelate Gel Method
(NIT Ube) *Nishimura Naoya, Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka
Biomaterials
Phosphate Glass
Simulated Body Fluid (SBF) Test
12-k76
14:00– 14:12F24Effect of Synthetic Method on Thermal Stability of P-doped Anatase-type TiO2
(NIT Ube) *Takasugi Chihiro, Shigeno Koichi, Shinoda Yutaka
Titanium Dioxide
Biomaterials
Polymerizable Complex Method
12-k75
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:44) (Chair: Masahiro Yasuda, Daisuke Nagao)
14:20– 14:32F26Fading of color alumite
(Tennoji H.S.) *Sakagami Hiroto, *Yamada Naho, *Tokuno Seren
Pigment
Alumite
Ultraviolet rays
1-e252
14:32– 14:44F27Development of fabrication method for hollow silica particles using ultrasonically generated microbubbles
(Yamagata U.) *Sekiguchi Kohei, Honda Akito, Makuta Toshinori
Hollow nanoparticles
Microbubbles
Ultrasonic oscillation
12-d244
14:44– 14:56F28Development of sugar alcohol microcapsules for thermal storage and effect of ultrasonic amplitude on the microcapsule size
(Yamagata U.) *Matsunaga Yu, Honda Akito, Makuta Toshinori
Ultrasound
Sugar alcohol
12-f206
14:56– 15:08F29Preparation of Structural Color fibers Using microchannel wet spinning process
(Okayama U.) *Watanabe Kanna, Watanabe Takaichi, Ono Tsutomu
Silica particles
CNT
Wet spinning
12-j213
15:08– 15:20F30Elucidation of the effect of Hansen solubility parameter on gel formation and strength
(Tokyo U.Sci.) *Uchiyama Taisei, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Hansen solubility parameter
Gel
Rheology
12-e203
15:20– 15:32F31Rheological and microscopic analysis of capillary suspension with plate-shaped particles
(Tokyo U. Sci.) *Okada Kohei, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
capillary suspension
rheology
plate-shaped particle
2-f294
15:32– 15:44F32Production of W/O emulsion by direct membrane emulsification method using Shirasu porous glass
(Tokyo U.Sci.) *Sugiyama Asuka, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Emulsion
Shirasu porous glass
Membrane emulsification
12-b208

Hall G
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:30–10:42) (Chair: Noriko Yamauchi, Yasukazu Kobayashi)
9:30– 9:42G01Investigation of partial nitrification process using copolymerized porous gel
(Hiroshima U.) *Funabiki Tatsuya, Gotou Takehiko, Suenaga Toshikazu, Nakai Satoshi
nitrification
gel
AOB
12-e296
9:42– 9:54G02Preparation and Acid Catalytic Properties of Heteropoly Acid and Polymer Gel Composites
(Hiroshima U.) *Urabayashi Ryota, Goto Takehiko, Suenaga Toshikazu, Nakai Satoshi
Hetero poly acid
gel
catalyst
12-e295
9:54– 10:06G03Preparation of non-spherical alginate hydrogel particles using a microfluidic device
(Shinshu U.) *Maeda Hirotsugu, Saeki Daisuke, Okumura Yukihisa
Microfluidics
Alginate hydrogel
Non-spherical particle
12-c77
10:06– 10:18G04Mathematical Analysis of Gel Material by Means of the Discrete Element Method
(NIT Sasebo) *Matsunaga Kanta, Shigetomi Ryunosuke, Moriyama Kosuke, Hamada Hiroyasu, Johno Yuuki
Discrete Element Method
Gel
Stress-strain curve
12-l189
10:18– 10:30G05Pseudo starliht　&12316;Insulation material&12316;
(Shimane Pref. MASUDA Senior H.S.) *Suewaka Rijkuto, *Goto Sousi, *Mano Souta
Pseudo starliht
12-m304
10:30– 10:42G06Using an adsorbent for pencil leads
(Shimane Pref. MASUDA Senior H.S.) Mori Kyoka
adsorbent
pencil
12-c307
10:42– 10:50Break
Materials engineering & interfacial phenomena
(10:50–12:02) (Chair: Takehiko Gotoh, Shuntaro Amari)
10:50– 11:02G08Characterization of self-assembled property of phospholipid/diacetylene molecular assembly
(U. Hyogo) *Ishiyama Ryou, Kimura Yuta, Taguchi Shogo, Yamamoto Takuji
diacetylene
molecular assembly
12-i10
11:02– 11:14G09Corss-linking reaction of bis-functional epoxide derived from limonene oxide using polyhydric carboxylic acid
(U. Yamanashi) *Koike Y, Morinaga H
limonene oxide
network polymers
bio-based materials
12-j9
11:14– 11:26G10Preparation of sugar chain-immobilized fluorescent polymer particles and evaluation of their virus detection ability
(Ibaraki U.) *Uchino N., Nagatsuka M., Tada S., Kobayashi Y., (Fukushima U.) Ogata M., (Ibaraki U.) Yamauchi N.
PMMA particle
sugar-chain
virus detection
12-c200
11:26– 11:38G11Sugar-chain immobilized fluorescent polymer particles for high precision detection of viruses
(Ibaraki U.) *Ito M., Nagatuka M., Tada S., Kobayashi Y., (Fukushima U.) Ogata M., (Ibaraki U.) Yamauchi N.
nanoparticle
fluorescent
sugar
12-c199
11:38– 11:50G12Ensuring brighter lighting using the Tyndall phenomenon
(Noshiro H.S.) *Abe kaoru, Inano kaisei, Narita ren
Tyndall phenomenon
lighting
Colloidal particles
12-b12
11:50– 12:02G13Development of Spin-coater equipped with an embedded system
(Kyoto Municipal Kyotokogakuin H.S.) *Yamanaka Kaiki, Matsuda Takumi, Kimura Hideki, (Kyoto Municipal Horikawa H.S.) Ikeuchi Hidekazu
Spin-coater
embedded system
12-h316
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: Haruyuki Ishii, Daisuke Saeki)
13:00– 13:12G19Controlling the Number of Organic Crystalline Particles Using Heterogeneous Interface as a Template Crystallization Field
(TUAT) *Tsuchiya Chihiro, Amari Shuntaro, Takiyama Hiroshi
Template Crystallization
Number of Crystals
Organic Crystalline Particles
12-g113
13:12– 13:24G20Study on continuous industrial crystallization
(U. Hyogo) *Nakamoto Kanami, Kubota Kohei, Katogi Kento, Maeda Kouji, Arafune Koji, Itoh Kazuhiro, Yamamoto Takuji, Taguchi Shogo
Sodium Sulfate
Industrial Crystallization
Purity
12-g62
13:24– 13:36G21Effect of pressure on charge/discharge cycle of rechargeable AirZn battery
(U. Hyogo) *Naihara Tomoki, Hirakawa Nozomi, Kobayashi Daiki, Maeda Kouji, Iimura Kenji, Fukumuro Naoki, Yae Shinji, Matsumoto Ayumu
AirZn battery
High-pressure
Crystallization
12-g63
13:36– 13:48G22Study on surface area of metals in chemical reactions
(H.Tochigi) *Fujikura R, *Ichimura A, (H.tochigi) *Tsunoda K, *Terauchi S
surface area
aluminium
12-m28
13:48– 14:00G23Effect of light scattering layer on the amount of TiO2 in DSSC
(Kyoto Municipal Kyotokogakuin H.S.) *Toda Satoshi, *Fujimoto Yu, *Yogo Ryotaro, Matsuda Takumi, (Kyoto Municipal Horikawa H.S.) Ikeuchi Hidekazu
DSSC
TiO2
photo
12-d312
14:00– 14:12G24Sb2S3 by Hydrothermal Synthesis~The factor of growing giant stibnite crystals from Ichinokawa mine ~“Giant Druse Hypothesis” 
(Saijo H.S.) *Sasaki Towa, *Kuwamura Sho, *Hosokawa Yue, *Yagita Haruka
stibnite
crystal growth
druse
12-g32
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:44) (Chair: Kouji Maeda, Hisatoyo Morinaga)
14:20– 14:32G26Observation of the behaver of non-spherical vesicles with cationic surfactant under the acidic pH gradient
(Osaka Pref. U.) *Takahashi Rina, Horie Takafumi, Yasuda Masahiro, Okita Erika
vesicle
active matter
soft matter
12-i146
14:32– 14:44G27Behavior of cationic surfactant and “water-in-water droplets” prepared by two types of polymer solutions under pH gradient
(Osaka Pref. U.) *Tomiyoshi Atsushi, Horie Takahumi, Yasuda Masahiro, Okita Erika
active matter
interfacial tension
pH-dependent
12-i24
14:44– 14:56G28Preparation of hydrophilic and hydrophobic janus particle for the purpose of designing active matter
(Osaka Pref. U.) *Suzuki Risa, Okita Erika, Horie Takafumi, Yasuda Masahiro
active matter
janus particle
12-c138
14:56– 15:08G29Morphology control of mesoporous silica particles by using anionic surfactant template
(Yamaguchi U.) *Matsuda K., Ishii H.
mesoporous silica
hollow silica particles
anionic surfactant
12-d151
15:08– 15:20G30Time-course evaluation of reaction products obtained from enzymatic polymerization of electro-conductive polyaniline
(NIT Oyama) *Nakano Yuto, Kashima Keita
laccase
vesicle
polyaniline emeraldine salt
12-k263
15:20– 15:32G31Research on the mechanism of strong scale and how to inhibit it
(Saikikakujou H.S.) *kagino seita, (saikikakujou H.S.) *ueki marina
scale
silicate
layer
12-g73
15:32– 15:44G32Interplay between polymer structure and pressure-induced phase transition of low-temperature processable polymers
(Chikushigaoka H.S.) *Nakayama Yurino, (I2CNER, Kyushu U.) Toyoda Mariko, Taniguchi Ikuo
block copolymer
pressure
phase transition
12-j124

Hall H
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:42–10:42) (Chair: Koichi Shigeno, Takafumi Horie)
9:42– 9:54H02Effect of cholesterol on nanoparticle translocation across cell membrane
(Osaka Pref. U.) *Tajima Masaya, Nakamura Hideya, Ohsaki Shuji, Watano Satoru
Nanoparticle
Cell membrane
Cholesterol
12-i143
9:54– 10:06H03Preparation of alginate nanoparticles immobilizing rifampicin and evaluation for controlled release media
(NIT Oyama) *Tobita Wataru, Kashima Keita
contralled release
nanoparticles
rifampicin
12-d239
10:06– 10:18H04Relationship between surface structure and function for morphology-controlled metal oxide nanoparticles
(Tohoku U. Faculty of Eng.) *Takahashi Daiki, (IMRAM) Tomai Takaaki, (WPI-AIMR) Yoko Akira, (NICHe) Seong Gimyeong, (WPI-AIMR) Adschiri Tadafumi
supercritical water
Oxygen Evolution Reaction
electrochemical
12-d139
10:18– 10:30H05Search for optimized material to shield cosmic rays
(Akita H.S.) *Takahashi Kei, *Kaneta Riyoutaro, Sato Kentaro
cosmic ray
Geant4
shielding
10-c145
10:30– 10:42H06Fundamental research about the chemical property of sodium silicate solution, the inquiry into the practical use of it as WATER STOP.
(Akita H.S.) *Fukuda Nobutaka, *Nakamura Misaki, *Sato Kodai, *Suzuki Nino, *Akada Asahi
Waterglass
silica gel
sodium silicate solution
12-e144
10:42– 10:50Break
Materials engineering & interfacial phenomena
(10:50–12:02) (Chair: Takaaki Tomai, Daisuke Nagao)
10:50– 11:02H08Understanding of formation mechanism of gold nanoparticles prepared with organic compounds as reductants
(Yamaguchi U.) *Yoshihara M., Ishii H.
gold nanoparticles
formation mechanism
Frens method
12-d147
11:02– 11:14H09Preparation of Pickering emulsions by silver nanoparticles
(NIT Nara) *Kashiwazaki Yumeto, Horiki Yuusuke, Naoe Kazumitu
silver
nanoparticle
Pickering emulsion
12-b169
11:14– 11:26H10Production conditions of bacterial cellulose by acetic acid bacteria in liquid marbles of stearate microparticles
(NIT Nara) *Honjo Satoshi, (Kanagawa Inst. Tech.) Sawai Jun, (Nihon U.) Imai Masanao, (NIT Nara) Naoe Kazumitsu
bacterial cellulose
liquid marble
stearate
12-a165
11:26– 11:38H11Properties of bacterial cellulose produced by acetic acid bacteria in liquid marbles of stearate microparticles
(NIT Nara) *Hirobe Airi, Yamakawa Kureha, Higasio Koko, (Kanagawa Inst. Tech.) Sawai Jun, (Nihon U.) Imai Masanao, (NIT Nara) Naoe Kazumitu
bacterial cellulose
liquid marble
stearate
12-a163
11:38– 11:50H12Comparing granite and false rock in reaction part of downsized Tatara furnace
(Shinji H.S.) *Imaoka R., *Ikebuchi Y.
Tatara
false rock
slag
12-k159
11:50– 12:02H13(canceled)

100320
12:02– 12:14Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: Tomoya Konishi, Masatoshi Kubouchi)
13:00– 13:12H19Particle formation mechanism of sulfide-based solid electrolyte via liquid-phase synthesis
(Osaka Pref. U.) *Tatsuda Chinatsu, Ohsaki Shuji, Nakamura Hideya, Watano Satoru
all-solid-state battery
solid electrolyte
liquid-phase synthesis
12-c42
13:12– 13:24H20Effect of Additives on Thermoelectric Properties of Cu-Ti-Nb-O Type Quadruple Perovskite Oxides
(NIT Ube) *Watanabe Yukie, Shigeno Koichi, (NIT Kagawa) Souma Takeshi, (Yamaguchi U.) Fujimori Hirotaka
Quadruple Perovskite Oxide
Sintering
Thermoelectric Materials
12-k71
13:24– 13:36H21Transition of Interlayer Distance in Cobalt Layered Compounds by Addition of Ammonium Persulphate
(NIT Ube) *Yamamoto Kosuke, Shigeno Koichi
Cobalt Layered Compounds
Thermoelectric Materials
Oxidizing Agent
12-k74
13:36– 13:48H22Save the earth
(Ono H.S.) *Machimoto Kyou, *Komaki Somei, *Tajika Tomoki, *Toko Re, *Yamada Nao
Cellulose acetate
Microplastics
Waste wood
12-j65
13:48– 14:00H23Easy way to determine surface tension
(H.Sakura) Nishiyama Atsushi
surface tension
surfactant
14-e317
14:00– 14:12H24Factors that influence the shock absorption of slime
(H.Sakura) Kobayashi Syuta
slime
guar gum
gel
14-e318
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:44) (Chair: Kazumitu Naoe, Kenta Morita)
14:20– 14:32H26Synthesis of carbon-coated Li4Ti5O12 nanoparticles
(NIT Anan) *Kuwamura Rui, Kouzai Takanori, Konishi Tomoya, Kamano Masaru, Zheng Tao
Li4Ti5O12 nanoparticles
Carbon coating
Electrode materials
12-d267
14:32– 14:44H27Hydrothermal synthesis and surface modification of Er3+NaYF4 nanophosphor and the effects on emision properties
(NIT Anan) *Bando Rino, Kozai Takanori, Zheng Tao, Kamano Masaru, Konishi Tomoya
Hydrothermal synthesis
Nanophosphor
NaYF$4$
12-d264
14:44– 14:56H28Development of fine MTA cement by using spray drying
(NIT Anan) *Mori Hinata, Zheng Tao, Kozai Takanori, Kamano Masaru, Konishi Tomoya, (Tokyo Med. Dent. U.) Uo Motohiro
Calcium Silicate Cement
Spray drying
Calcination
12-c136
14:56– 15:08H29Effect of temperature on antioxidant capacity in hydrothermal treatment of strawberry leaf
(Utsunomiya U.) *Aoyama Carl, Sato Takafumi, Itoh Naotsugu
hydrothermal
strawberry leaf
antioxidants
8-d119
15:08– 15:20H30Kinetics of hydrothermal extraction of useful components from green coffee beans
(Utsunomiya U.) *Kudo Takeru, Sato Takafumi, Itoh Naotsugu
hydrothermal extraction
coffee beans
chlorogenic acid
8-c50
15:20– 15:32H31Study for nano-particle synthesis process during microwave irradiation by surfactant addition
(U. Hyogo) *Takai Takahiro, Asakuma Yusuke
Nano-particle
Microwave
Surfactant
12-d116
15:32– 15:44H32Suggestion of safe manufacturing method of Hitachi Karami brick
(HITACHI DAIICHI H.S.) *Konno Karen, *Kimura Nanami, Yamaguchi Satoru
Karami
Hitachi Mine
Casting
12-m321

Hall I
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:42–10:42) (Chair: Rie Wakabayashi, Haruyuki Ishii)
9:42– 9:54I02Improvement of methanol tolerance of lipase from Thermomyces lanuginosus
(Osaka Pref. U.) *Okamura T., Nogami Y., Matsumoto T., Yamada R., Ogino H.
lipase
methanol tolerance
protein engineering
7-a219
9:54– 10:06I03Investigating the suitable light stimulation for promoting biohydrogen production
(Tsukuba U.) *Morinaga Hikaru, Yang Yingnan, Liu Zhiyuan
Bio-hydrogen production
Light stimulation
Microbial activity
7-a38
10:06– 10:18I04(canceled)

10041
10:18– 10:30I05ElectroPen gene transfer using piezoelectric element
(Yamagatahigashi H.S.) *Kanouchi Airi, *Saito Misaki
gene transfer
electroporation
piezoelectric element
7-d34
10:30– 10:42I06Study of snail feeding
(H.Sakura) Yoshiwara Riku
snail
taxis
calcium
7-g319
10:42– 10:50Break
Biochemical engineering
(10:50–12:02) (Chair: Hiroyasu Ogino, Shoji Ryo)
10:50– 11:02I08A simulation of plasmid conjugation transmission considering uncertain collective motion of bacteria in fluid in a tube
(Shizuoka U.) *Watanabe Ryujin, Takeda Kazuhiro
plasmid
conjugation transfer
simulation
7-a1
11:02– 11:14I09Development of the automatic bacteria concentration measurement device using Raspberry Pi and evaluation of the illumination condition
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITech,Oyama Col.) *Matsumoto Yuuto, Ichinose Takumi, Degawa Tsuyoshi, Kobayashi Yasuhiro, Tanaka Takakuni
Raspberry Pi
RGB
cell concentration
7-a187
11:14– 11:26I10Spatial distribution of microbial community in counter-diffusion biofilm for nitrogen removal
(TUAT) *Aizono Maki, Sueki Haruhisa, Kuroiwa Megumi, Riya Shohei, Terada Akihiko
counter-diffusion biofilm
microbial community
nitrous oxide
7-g270
11:26– 11:38I11Exploration of natural detergents and proteins causing structural change in lipid membranes
(Ube H.S.) *Nagahisa Haruki, *Harada Mayu, *Ito Ayaka, Izumi Junya, (Yamaguchi U.) Yoshimoto Makoto
liposomes
saponin
proteins
7-i26
11:38– 11:50I12How to rot ginkgo leaves
(nirasakiH.S) *naito kanna, *kasai wakana, *wijewardana ranudi, *tsuge asami
ginkgo
rot
oil contend
7-g205
11:50– 12:02I13Plaque-forming microbes; where on earth do they come from?
(RuneOsakaHigh) *Kado Syuhei, Takeuchi Junichi
biomineralization
ureolytic microbes
halophile
7-a31
12:02– 12:14Lunch break
Biochemical engineering
(13:00–14:12) (Chair: Yingnan Yang, Yoichi Kumada)
13:00– 13:12I19Synthesis and separation of PEGylated Fabs using fragmented antibodies
(Yamaguchi U.) *Hanada Rena, Yoshimoto Noriko
Antibody fragmentation
Fab
PEGylation
7-a72
13:12– 13:24I20Aerobic cultivation of Meyerozyma guilliermondii TY-89 on whey of lactae fermented milk.
(Niigata Inst. Tech.) *Yoshino S., Naka K., Kurabe M., Kubota M., Takesono S., (Tsukuba U.) Nakajima T., (Lab. Tsukuba Env. Microb.) Shigeno T., (Niigata Inst. Tech.) Onodera M.
whey
#Meyerozyma guilliermondii# TY-89
aerobic cultivation
7-a197
13:24– 13:36I21Aerobic cultivation of E. coli using rotary shaker with invesion.
(Niigata Inst. Tech.) *Naka K., Yoshino S., (PRECi co., Ltd) Kawamura N., (Niigata Inst. Tech.) Takesono S., (Tsukuba U.) Nakajima T., (Lab. Tsukuba Env. Microb.) Shigeno T., (Niigata Inst. Tech.) Onodera M.
rotary shaking culture
inversion
E. coli
7-a193
13:36– 13:48I22How to deodrize smell of garlic
(Maejo-Sci.) *Fusegi Waka, *Honnda Yui, *Ookado Sumire, *Harimoto Hiroka
allicin
garlic
apple
7-h278
13:48– 14:00I23Study for changes in fluorescent pigments in banana peels
(Mizusawa H.S.) *Gohkon Yushi, *Asakura Hiroto, *Oikawa Takeru, Kumagai Ryo
Banana
Fluorescent pigments
Extraction
7-h110
14:00– 14:12I24Study on the inhibition of enzymes in pineapples
(Mizusawa H.S.) *Suzuki Haruka, *Kodama Rinka, *Oikawa Sachi, *Hosokawa Himari, Kikuchi Hideaki
Inhibition
Pineapple
Enzymes
7-h111
14:12– 14:20Break
Biochemical engineering
(14:20–15:44) (Chair: Masayuki Onodera, Akihiko Terada)
14:20– 14:32I26Controlled activation of immune cells using antigen-modified self-assembling peptides
(Kyushu U.) *Yamaguchi K., Wakabayashi R., Kamiya N., Goto M.
peptide amphiphile
self-assembly
immune material
7-e170
14:32– 14:44I27Production of virus-like particles in baculovirus-insect cell expression system
(Kyoto Inst.Tech.) *Takizawa Go, (Denka) Ogasawara Shinya, Inano Koichi, (ARK Resource) Miyazaki Nobuo, Kiyose Norihiko, (Kyoto Inst.Tech.) Horiuchi Jun-ichi, Kumada Yoichi
virus-like particles
baculovirus
insect cells
7-c268
14:44– 14:56I28Characterization of recombinant antibody fragments by machine learning
(Kyoto Inst. Tech) *Numata Tatsunori, Hamamoto Yuri, Takahashi Asuka, Horiuchi Junichi, Kumada Yoichi
antibody
machine learning
Expression level
7-a261
14:56– 15:08I29The mechanism of heat-induced inhibition of gluten formation
(Nanao H.S.) *Ikka Soushi, *Kawasaki Miu, *Nakajima Aiko, Yachi Ryota
inhibition of gluten formation
heat
flour
7-h6
15:08– 15:20I30Chelating agents inhibit the formation of tea stains.
(Nanao H.S.) *Mitsui Rinka, *Iwamoto Hirone, *Kojima Yu, *Sohara Oto
Chelating agents
Tea stains
Inhibitation
7-h227
15:20– 15:32I31Why aged Umeshu ( Japanese Apricot Liqueur ) turns amber
(Tamagawa Academy) Matui Ryouko
Umeshu
Polyphenol
HMF
7-h298
15:32– 15:44I32Relationship of vegetable discoloration and amino acid
(Tamagawa Academy) Hasegawa Fuka
polyphenol
amino acid
discoloration
7-h299

Hall J
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering
(9:30–10:42) (Chair: Chiaki Ogino, Kazumitu Naoe)
9:30– 9:42J01Non-chemical cleaning of interfacially attached bacterial cells using air bubbles
(Osaka Pref. U.) *Inoue Yui, Nomura Toshiyuki
Cleaning
Microbubbles
Bacteria
2-d44
9:42– 9:54J02Dyeing relate to metal ion by chlorophill
(Tennoji H.S.) *Hayashi Nagisa, *Okita Honami, *Kumano aiko, *Nakai Akiho
chlorophill
metal ion
RGB value
14-e291
9:54– 10:06J03Differences in catalase activity in plants
(Tennoji-hs) *Ikeda Kurumi, *Ukawa Aya, *Oohira Ayaka, *Hano Erika
catalase
vegetables
hydrogen peroxide
7-i160
10:06– 10:18J04Novel peptides that inhibit the aggregation of amyloid beta
(U. Kobe) *Hayashi Ayaka, Seguchi Shiho, Morita Kenta, Chatani Eri, Maruyama Tatsuo
Amyloid-β
peptide
Stereocomplex
7-i39
10:18– 10:30J05Astxanthin production using Xanthophyllomyces dendrorhous employing pretreatment of corn cobs
(Kyoto Inst.Tech) *Hirai Yuuki, Horiuchi Jun-ichi, Kumada Yoichi
astaxanthin
Xanthophyllomyces dendrorhous
corncob
7-a141
10:30– 10:42J06Effective production of glycerol using genetically engineered cyanobacteria
(Kyoto Inst. Tech.) *Yo Seien, Horiuchi Jun-ichi, Kumada Yoichi, (Kyushu U.) Hirokawa Yasutaka, Hanai Taizo, (Kobe U.) Murakami Akio
cyanobacteria
Airlift bioreactor
Glycerol
7-a134
10:42– 10:50Break
Biochemical engineering
(10:50–12:02) (Chair: Ryosuke Yamada, Keita Hayashi)
10:50– 11:02J08The sense of balance sense in Armadillidium vulgare
(Tennoji-hs) *Matsumuro Sayaka, *Fujiki Sayaka, *Tochio Kurumi, *Tsunami Ryosuke
Armadillidium vulgare
balance sense
behavior
7-i100
11:02– 11:14J09Making Anti-cockroach Flooring
(Tennoji-hs) *Oku Ryunosuke, *Tanaka Ryouji, *Sakou Kyu, *Hanai Yuuki
Cockroach
House
repellent
7-i154
11:14– 11:26J10The rate at which planaria with more than three eyes occur
(Tennoji-hs) *Ishii Chiharu, *Tsuzuki Sara, *Nnaka Mina, *Kagitani Rei
planarian flat worm
multi-eye
regeneration
7-i158
11:26– 11:38J11Effects of amino acids sequence on secretory production of scFv using recombinants E.coli
(Kyoto Inst. Tech) *Yamaguchi Daisuke, Kumada Yoichi, Horiuchi Jun-ichi
Fed-batch
Secretory production
E.coli
7-a185
11:38– 11:50J12Efficient screening of VHH antibodies from naïve library using antigen-coupled liposomes.
(Kyoto Inst. Tech.) *Taniguchi Haruka, (Denka) Ogasawara Shinya, Inano Koichi, (ARK-Resource) Miyazaki Nobuo, Kiyose Norihiko, (Kyoto Inst. Tech.) Horiuchi Jun-ichi, Kumada Yoichi
VHH
Naïve library
Screening
7-c273
11:50– 12:02J13Cost-effective production of D-lactic acid from agricultural waste by simultaneous saccharification and fermentation
(Kyoto Inst. Tech.) *Kubo Sayuri, Horiuchi Jun-ichi, Kumada Yoichi, (Osaka U.) Okano Kenji, (Kobe U.) Kondo Akihiko, Tanaka Tsutomu
D-lactic acid
Corn cobs
simultaneous saccharification and fermentation
7-a243
12:02– 12:14Lunch break
Biochemical engineering
(13:00–14:12) (Chair: Keishi Suga, Jun-Ichi Horiuchi)
13:00– 13:12J19Operation of lifespan with cactus grafts
(Tennoji-hs) *Takeuchi Haruto, *Matsumura Nagisa, *Okamoto Ayana, *Goto Nanoha
cactus
grafting
operation of lifespan
7-i101
13:12– 13:24J20The method of reducing allergen in eggs
(Tennoji-hs) *Ookubo Moe, *Mima Chinami, *Okamoto Manami, *Yamashita Yura
allergy
fruits
Egg
7-i162
13:24– 13:36J21Eisenia fetida's ability to utilize dissolved oxygen in water
(Tennoji-hs) *Amagi Yuuki, *Ishida Hina, *Kitaura Aoto, *Yamamoto Haruki, *Otsuka Yuuki
Eisenia fetida
Oxygen in the water
Breathing in the water
7-i156
13:36– 13:48J22Intracellular dynamics analysis for elucidating the mechanism of high substance production in hyphae-dispersed type of Aspergillus oryzae
(Kobe U.) *Suzuki Tomohiro, Ono Taiki, (Kobe U./JAMTEC/JST) Wakai Satoshi, (Kobe U.) Kondo Akihiko, Ogino Chiaki
Aspergillus
Protein production
Imaging
7-a133
13:48– 14:00J23Development of secretory enzyme production system using the thermophilic actinomycetes, Streptomyces thermoviolaceus
(U.Kobe) *Yara Minami, Ota Katsumi, Kobayashi Tomoya, Kondo Akihiko, Ogino Chiaki
Streptomyces
Protein production
Multi protein production
7-a127
14:00– 14:12J24The development for the synthesis pathway from lactic acid to poly lactic acid with the genome edited yeast
(U. Kobe) *Endo R., Radityo Pangestu, Prihardi Kahar, Kondo A., Ogino C.
PLA
genome editing
lactic acid
7-a184
14:12– 14:20Break
Biochemical engineering
(14:20–15:32) (Chair: Makoto Yoshimoto, Shohei Riya)
14:20– 14:32J26Analysis of the contribution of hydrogen peroxide to cancer cells in hypoxic state
(U.Kobe) *Washio A., Morishita T., Kawamoto K., Morita K., Nishimura Y., Sasaki R., Kondo A., Ogino C.
Radio sensitization
Nanoparticles
Reactive oxygen species
7-e94
14:32– 14:44J27Control of Botrytis cinerea using micronized pesticide particles
(Osaka Pref. U.) *Tokumaru Mikito, Nomura Toshiyuki
Botrytis cinerea
Pesticides
Micronization
7-h45
14:44– 14:56J28Evaluation of interaction forces between yeast and lactic acid bacteria
(Osaka Pref. U.) *Matsumoto Ichikatsu, Nomura Toshiyuki
Interaction forces
Coaggregate
Microbial cells
7-h46
14:56– 15:08J29How to reduce sleepiness in class
(Kishiwada HS) *Okuhama N., *Kanashima K.
tea
heart rate
7-e54
15:08– 15:20J30How to make white radish sprouts last longer
(Kishiwada HS) Yamaguchi Mai
white radish sprouts
7-b56
15:20– 15:32J31Differences between land-locked and diadromous migrating forms of the prawn Macrobrachium nipponense.
(KishiwadaHS) *Yamada M, *Kumagai M, *Yoshioka H, *Iwasa S, *Kanahasi H
Macrobrachium nipponense
Landlocked forms
Diadromous migrating forms
7-d57

Hall K
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Systems, information, and simulation technologies
(9:30–10:42) (Chair: Gen Inoue, Nobuyoshi Nakagawa)
9:30– 9:42K01Fault classification of chemical plants using natural language processing techniques
(Tokyo U. Agliculture and Tech.) *Tanaka Kazuma, Yamashita Yoshiyuki
Fault Classification
Natural Language Process
Chemical Plant
6-a322
9:42– 9:54K02Virtual monitoring of scale deposition in a condenser
(TUAT) *yamasaki ryo, yamashita yoshiyuki
fouling
data driven
condenser
6-a217
9:54– 10:06K03Development of AI-based QSAR model utilizing graph and 3D image neural network
(Shizuoka U.) *Hoshino Genki, Takeda Kazuhiro
QSAR
graph neural network
classification
6-g3
10:06– 10:18K04Development of management target selection method utilizing automatic piping recognition by AI using 3D point clouds
(Shizuoka U.) *Oba Yusuke, Takeda Kazuhiro
pipe management
point clouds
automatic recognition
6-g4
10:18– 10:30K05Consideration on improving the accuracy of handwriting examination using machine learning for a small number of data
(Hitachi Daiichi H.S.) *Kanazawa Haruka, *Kunii Yuki, Watanabe Hiromi
handwriting
machine learning
epoch
6-g260
10:30– 10:42K06general DLA model by computer simulation
(Hitachidaiichi highschool) *Seki Marie, *Shiraisi Nao, Watanabe Hiromi
DLA
computer simulation
6-f259
10:42– 10:50Break
Energy engineering
(10:50–12:02) (Chair: Akira Yoko, Hirokazu Ishitobi)
10:50– 11:02K08Development of carbon membrane using lignin as a precursor
(Yamaguchi-U.) *ninomiya kazuhisa, yano tatsushi, (Mie-U.) nonaka hiroshi, (Yamaguchi-U.) kumakiri izumi
carbon membrane
PV
Lignin
4-a90
11:02– 11:14K09Effects of biomass ash components on redox activities of oxygen carrier
(U.Gunma) *Shimizu A., Tsedenbal Battsetseg, Kannari N., Sato K.
Chemical looping combustion
 Oxygen carrier
Alkali and Alkaline Earth Metals
9-c272
11:14– 11:26K10Reduction of the A mount of Lithium based A dditives to M agnesium H ydroxide as a Thermochemical Heat Storage Material
(Chiba U.) *Kobayashi Naoki, Kurosawa Ryo, Ryu Junichi
Magnesium hydroxide
Thermochemical energy storage
Chemical Modification
9-b11
11:26– 11:38K11Scale countermeasure at binary power plants at Okuhida Area
(Gifu U.) *Shirasawa Yuki, Uemiya Shigeyuki, Miyamoto Manabu, Oumi Yasunori
geothermal
scale
calcium carbonate
9-e257
11:38– 11:50K12A mechanistic investigation of high capacity of multilayer Co(en)3/MnO2 composite added with MV as an electron relay agent
(U. Kanto-gakuin) *Inaba K., Hasegawa K., Itakura M., Okiguti R., Hnaya A., Tomono K.
Methyl Viologen
Layered MnO2
Capacitance
11-c67
11:50– 12:02K13Simulation of agglomeration in fuel cell catalyst inks
(Kyushu U.) *Saito Y., Park K., So M., Kimura N., Inoue G., Tsuge Y.
fuel cell
simulation
particle agglomeration
9-a289
12:02– 12:14Lunch break
Energy engineering
(13:00–14:12) (Chair: Yoshiyuki Yamashita, Hiroyasu Ogino)
13:00– 13:12K19Investigation of dehydrogenation from organic hydride using double pipe reactor
(Tokyo U. Sci.) *Okazaki Tsugumu, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
hydrogenation
organic hydride
double pipe reactor
9-e241
13:12– 13:24K20Low-temperature hydrocarbon reforming process using oxide nanoparticles for high-efficiency gasification of waste plastics
(U. Tohoku) *Seta Y, (WPI-AIMR) Yoko A, (NICHe) Seong G, (IMRAM) Tomai T, (WPI-AIMR) Adschiri T
nano-particles
chemical recycle
gasification
9-d198
13:24– 13:36K21Development of a manufacturing method of mesoporous carbon using carbon sources with different carbonization yields
(Kyoto U.) *Makino S., Ashida R., Kawase M.
mesoporous carbon
carbonization yield
thermal decomposition
9-c125
13:36– 13:48K22Prediction of stability for hydration structure from refractive index during microwave irradiation
(U. Hyogo) *Maeda Tomoisa, Asakuma Yusuke, (Kochi U. Tech.) Ito Shinya, Taue Shuji, (Curtin U.) Hyde Anita, Phan Chi
Refractive index
Hydration
Microwave
9-d114
13:48– 14:00K23Development of bifunctional catalysts for CO2 hydrogenation to lower olefins
(Ibaraki U.) *okazaki mina, (U.Tokyo) iyoki kenta, (Ibaraki U.) kobayashi yoshio, yamauchi noriko, tada shohei
CO2 hydrogenation
mordenite
lower olefin
9-c172
14:00– 14:12K24ice movement on metal
(nirasakiH.S) *natori kohaku, *asakawa haruku, *moriya shunsuke
ice
surface tension
marangoni effect
9-d20
14:12– 14:20Break
Energy engineering
(14:20–15:44) (Chair: Kazuaki Tomono, Junichi Ryu)
14:20– 14:32K26Effect of ozone treatment on graphene oxide
(Gunma U.) *Iwasaki Haruka, Uehara Kaito, Ishitobi Hirokazu, Nakagawa Nobuyoshi
Ozone treatment
Proton conductivity
Graphene oxide
9-e89
14:32– 14:44K27Consecutive pore structure and mass transport properties of electrodes for redox flow battery
(Gunma U.) *Ide Tomoki, Ishitobi Hirokazu, Shiraishi Soshi, (AION) Tsukada Hidehiko, Tomita Natsumi, (Toyo Eng.Corp.) Nakao Takato, (Gunma U.) Nakagawa Nobuyoshi
vanadium redox flow battery
consecutive porous structure
mass transport characteristics
9-e271
14:44– 14:56K28Amelioration of Power Generation Efficiency of Dye-Sensitized Solar Cells
(Tennoji H.S.) *Kamoda Mutsuki, *Kimura Miki, *Ekawa Takuma, *Yamasaki Syugo
dye-sensitized solar cells
pigment
power generation efficiency
13-i211
14:56– 15:08K29Preparation and Performance Evaluation of Mud Cells
(Tokyo Tech H.S. Sci. and Tech.) *Moriya Mizuki, *Yadori Sachika, Yamaguchi Rinka
MFC
Geobacter
cell
9-e120
15:08– 15:20K30Development of Intermediate-Temperature Steam Electrolysis Cells Employing Solid Acid Electrolyte
(Ibaraki U.) *Sato Shoon, yoshida mitsuhiro, yamauchi noriko, kobayashi yoshio, Tada Shohei
Steam Electrolysis
Solid Acid Electrolyte
Renewable Energy
9-e167
15:20– 15:32K31Study on the preparation of PtRu/rGO electrocatalysts
(Gunma.U.) *Uchida Kaito, Ishitobi Hirokazu, Nakagawa Nobuyoshi
fuel cell
electrocatalyst
reduction graphene oxide
9-e237
15:32– 15:44K32Electrochemical evaluation for the analysis the contact state of activated carbon particles in a flow capacitor
(Gunma U.) *Makino Naoki, Ishitobi Hirokazu, (ex-NU) Teramoto Kazunori, (Gunma U.) Nakagawa Nobuyoshi
flow capacitor
carbon particle-wall contact
carbon slurry
9-e155

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

100182
11:26– 11:38L11Prediction of internal battery phenomena by non-destructive measurement, modeling and machine learning
(Kyushu U.) *Mori Y., Ishikawa S., Nunoshita K., Kimura N., Inoue G., Tsuge Y.
non-destructive measurement
modeling
machine learning
9-a286
11:38– 11:50L12Preventing polarization of Voltaic battery by hydrogen storage metals
(Mito First H.S.) Kamishima Taimu
Voltaic battery
Nickel plating
Hydrogen storage metals
11-a53
11:50– 12:02L13Solar cells using supramolecular dyes that can be attached anywhere
(Shimane Prefectual Hamada H.S.) *Kihara Moeka, *Kagiyama Souma, *Yaguchi Ren, Kimura Kyousuke
Dye-sensitized solar cell
Supramolecular dye
Rhodamine B
11-a22
12:02– 12:14Lunch break
Electronics
(13:00–14:12) (Chair: Kazuhiro Takeda, Nobuko Hanada)
13:00– 13:12L19Fabrication of Photo-capacitor electrode using layered manganese oxide consisting with two-type metal complexes on bamboo/CNT substrate
(U.Kanto-gakuin) *Abe M., Sato S., Okiguti R., Natsui K., Tomono K.
Manganese oxide
Capacitor material
Transition metal complex PW
9-e80
13:12– 13:24L20Development of electric energy storage device utilizing hybrid MnO2 with Co complex and lipid as interlayer ions
(U.Kantogakuin) *Hanaya Akinobu, Itakura Makoto, Uehara Hiroaki, Tomono Kazuaki
Layered MnO2
Metal complex
Capacitance
11-a64
13:24– 13:36L21Effects of Substrate Surface Conditions on the Production of Ph-BTBT-10 Thin Films by Rapid Expansion of Supercritical Solutions (RESS) Using CO2
(Kanazawa U.) *Mukai M., Kamata W., Uchida H.
RESS
Organic thin films
Substrate surface conditions
11-b153
13:36– 13:48L22Experiment to operate radio and led lamp at the time of a blackout using an electric double layer condenser
(Sakai Technical H.S.) *Asawa U., *Kato M., *Nakwan R., *Fujiki T., *Takaesu O., Okahara M.
Blackout
Relay
Electric double-layer capacitor
11-a251
13:48– 14:00L23Research on hypochlorite acid water generator that can be used even in the happening of a disaster
(saikikakujou H.S.) *oosawa kaito, *ono kyousuke, *gotou kaisinn
hypochlorite acid water
disaster
electrolysis
11-a86
14:00– 14:12L24Development of dye-sensitized solar cells using chalk made of calcium carbonate
(H.Matsuyamachuo) *Akiyama Nene, *Nakano Asuka, Maki Daisuke
solar cell
dye
chalk
11-f8
14:12– 14:20Break
Environmental engineering
(14:20–15:44) (Chair: Shoji Ryo, Tomohide Watanabe)
14:20– 14:32L26Decomposition of volatile organic compounds by metal ion-modified titanium oxide nanoparticles
(NITTC) *Hagiwara T, *Mizuno T, *Wada H, Shiroishi H
酸化チタン
揮発性有機化合物
分解
13-i288
14:32– 14:44L27Performance evaluation of amino-functionalized SBA-15 and nitrided SBA-15 as CO2 adsorbents
(U. Tokyo) Kawano A., (U. Chuo) *Sato A., (U. Tokyo) Ogura M., (U. Chuo) Ishii Y.
amino-functionalized mesoporous silica
carbon dioxide capture and storage
FT-IR spectroscopy
13-g102
14:44– 14:56L28Separation of Microplastics using Fine Bubble flotation
(NIT Sasebo) *Tanabe Shogo, Murakami Wataru, Tanaka Yasuhiko, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki
Fine Bubble
Microplastic
Flotation
13-a195
14:56– 15:08L29Formaldehyde degradation by immobilized formaldehyde dismutase
(NIT Wakayama) *Hashizume C., Matsuda M., Kimoto K., Kishimoto N., Yonemitsu H.
Formaldehyde dismutase
Immobilization
Immobilized metal affinity(IMA) resin
13-b118
15:08– 15:20L30synthesis of alkaline cleaning agent from Na2CO3~aiming for the recycling of used dipers~
(Saijo H.S.) *Sogabe Ryo, *Watanabe Yu, *Murakami Yamato, *Saiki Kana, *Yokoi Ryoto, *Niimoto Yuki
bubbling
sesqui
anti-solvent
13-e33
15:20– 15:32L31Relationship between the degree of ink stain removal and pH
(Tennoji H.S.) *Takeuchi Iroha, *Tamiya Aki, *Kobayashi Motoka, *Sugiyama Yuuna
washing
ballpoint pen ink
pH
13-i256
15:32– 15:44L32Conditions to change pond and muddy water into safe water
(Tennoji H.S.) *Sada Natsuki, *Fukao Sakiko, *Ishii Satoka
water
hardness
COD
13-i266

Hall M
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Environmental engineering
(9:30–10:42) (Chair: Tatsuo Abe, Masaru Ogura)
9:30– 9:42M01Mechanochemical degradation of TCE in soil by ultrasound
(Seikei U.) *Murohisa Chiho, Sugawara Kazuki, Kato Shigeru, Suzuki Seiichi
Trichloroethylene
Mechanochemical degradation
Ultrasound
13-i284
9:42– 9:54M02Evaluation of algae removal property using enzyme preparation
(NIT Ube) *Wakai Miku, Nakano Yoichi
algae
enzyme preparation
13-a287
9:54– 10:06M03Development of lake water purification equipment using floating sprinkling filter equipment
(NIT Ube) *Anan Sumire, Matsumoto Keishi, Nakano Yoichi
lake water purification
floating sprinkling filter equipment
active carbon
13-a306
10:06– 10:18M04Development of technology for reusing hydrogen sulfide generated from organic waste treatment with sulfate-reducing bacteria
(NIT Ube) *Matsumura Miku, Nakagawa Hinaka, Hamawaki Naoya, Sakamoto Sou, Nakano Yoichi
organic waste treatment
sulfate-reducing bacteria
reusing hydrogen sulfide
13-a310
10:18– 10:30M05The study of Brinicle
(Tennoji H.S.) *Kuwada Ayase, *Kobayashi Ryosuke, *Kawai Hitoshi, *Taniguchi Hayato
Brinicle
Freezing point depression
ice
13-i207
10:30– 10:42M06Convection Model of Water Around 4 Degrees Celsius
(Tennoji H.S.) *Matsunaga Ayako, *Kamai Aiko, *Kawai Hitoshi, *Kakihana Kanji
Water
Density
Convection
13-i201
10:42– 10:50Break
Environmental engineering
(10:50–12:02) (Chair: Toshitaka Funazukuri, Atsushi Shono)
10:50– 11:02M08Study of the drying process for the commercialisation of poultry supplements produced from food residues
(HU Eng.) *Mitarai Yukine, Nakai Satoshi, Suenaga Toshikazu, Gotoh Takehiko, Nishijima Wataru
Food residues
Drying
Fatty acids
13-e275
11:02– 11:14M09Production of Cellulose Nanofibers from Multiple Agricultural and Food Waste
(Yokohama Nat. U.) *Mizutani Y., Kanai N., Yamada K., Kawamura I.
cellulose nanofibers
upcycling
agricultural and food waste
13-e106
11:14– 11:26M10Treatment of radioactive waste in nuclear decommissioning using inorganic ion exchanger
(NIT Tsuruoka) *Sugawara Souru, Sato Keiichi, Ito Shinko, Abe Tatsuo
ionexchange
radioactive waste
nuclear decommissioning
13-i285
11:26– 11:38M11Ecological assessment of dissolved organic matter for inorganic chemicals including sodium using Daphnia magna
(NIT Tsuruoka) *Sato Hiroshi, Sato Mei, Ito Shinko, Abe Tatsuo
Daphnia
immobilization test
DOM
13-c279
11:38– 11:50M12Evaluation of the effects of medicines on plant growth and elucidation of growth inhibition mechanisms
(TGUISS) Matsuno Shiho
medicine
plant
growth inhibition
13-c183
11:50– 12:02M13Reuse technology for waste kelps and slags
(H.Matsuyamachuo) *Ogura Msahiro, Maki Daisuke
kelp
slag
13-e300
12:02– 12:14Lunch break
Environmental engineering
(13:00–14:12) (Chair: Yoichi Nakano, Noboru Kishimoto)
13:00– 13:12M19Recovery of palladium by bioreduction using E. coli
(Osaka Pref. U.) *Asada Tohko, Nomura Toshiyuki
Bioreduction
Palladium
E. coli
13-e47
13:12– 13:24M20Combined use of purification agents and solidifiers in the in-situ treatment of soil contaminated with heavy metals
(NITTC) *Matsuhasi K., Abe K., Yokoyama S., (HITACHI CONST.) Tagami M., Kumashiro K., (NITTC) Syoji R.
soil pollution
soil purifier
portland cement
13-c59
13:24– 13:36M21Chemical recycling of waste plastics using metal oxide
(Tokyo U. Sci.) *Ozeki Ryotaro, Sakashita Ryosuke, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi, (Taiyo Koko) Yoshinaga Hideo
chemical recycling
metal oxide
plastic
13-e277
13:36– 13:48M22Ecological assessment of inorganic chemicals including sodium using Daphnia magna
(NIT Tsuruoka) *Sato Mei, Sato Hiroshi, Ito Shinko, Abe Tatsuo
Daphnia
immobilization test
inorganic chemicals
13-c280
13:48– 14:00M23A Study on the RpH(Reserved pH) of Rivers near My School
(Osaka Pref. Nagao H.S.) Aota Akihiro
RpH
river
water quality
13-i255
14:00– 14:12M24A Development of a Microscale Experiment of Stoichiometry by Active Learning in High School, Part 3
(Osaka Pref. Nagao H.S.) Aota Akihiro, *Itakura Masashi
micro scale experiment
brain storming
active learning
13-i246
14:12– 14:20Break
Environmental engineering
(14:20–15:44) (Chair: Seiichi Suzuki, Toshikazu Suenaga)
14:20– 14:32M26Examination of economic feasibility of DME plant using electric power derived from renewable energy
(Shizuoka U.) *Yamaguchi Tomoko, Takeda Kazuhiro
CO2
DME
renewable energy
6-g2
14:32– 14:44M27Reaction conditions for recycling poly(ethylene terephthalate) and poly(vinyl chloride) composites in hydrothermal ammonia solution
(U. Chuo) *Kawakami S., Sekiguchi K., Endo J., Funazukuri T.
Hydrothermal
Recycling
PET/PVC
13-e152
14:44– 14:56M28Comparison of contamination of microplastics in Yamaguchi Prefecture (inside Setouchi / Sea of &8203;&8203;Japan side)
(NIT Ube) *Asari Syuntaro, Imachi Arina, Endo Mayu, Nakano Yoichi
microplastics
Yamaguchi Prefecture
13-f311
14:56– 15:08M29Recovery of ammonia from a composting plant
(Saitama U.) *Haneda Hiroki, Homma Shunji, (ISRD Center) Takakura Mitsuru
ammonia
compost
Flowsheet
6-b196
15:08– 15:20M30Research on water registance and decomposition of paper coated with natural materials ~aiming for a coating agent that replaces plastic~
(H.Tsuyama) *Odaka Sae, *Ito Akari, *Takeuchi Mizuki, *Matoba Chika, Minami Hiroaki
Natural materials
Coating reagent
Plastic alternative
13-f95
15:20– 15:32M31Does the Microplastics exist in Oze Marshland? -Research targeted at 5points rivers-
(Oze H.S.) Komiya Haruta
Microplastic
Oze Marshland
13-c49
15:32– 15:44M32Reuse and Chemical recycling using waste PET bottles
(odatehomeih) *Takahashi Shota, *Sato Rina, *Watanabe Yukina, *Murakami Kotaro
PET bottles
Scallop shell
Recycle
13-e99
Technical program
24th SCEJ Students Meeting (online, 2022)
© 2022 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2022-03-09 15:56:08
For more information contact Organizing Committee, 24th SCEJ Students Meeting (online, 2022)
E-mail: inquiry-stu24www3.scej.org
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