SCEJ

22nd SCEJ Students Meeting in Tokyo (2020)

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Most recent update: 2020-02-19 14:23:43

Hall A
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Chemical reaction engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42A01Analysis on mechanism of grain growth of fcc-TiAlN in thermal CVD
(U. Tokyo) *Yamamoto Tetsutaro, Yamaguchi Jun, Hirabaru Tomoko, (Kyocera) Kubo Hayato, (U. Tokyo) Deura Momoko, Momose Takeshi, (Kyocera) Tanibuchi Takahito, (U. Tokyo) Shimogaki Yukihiro
CVD
TiAlN
cutting tool
5-h18
9:42– 9:54A02Development of an electric heating method using etched aluminum wire
(TUAT) *Khalid Mehdy Velayati, Sakurai Makoto
Electric heating
Methanol steam reforming
Etched aluminum wire
5-a131
9:54– 10:06A03Fabrication of SiCf/SiC by chemical vapor infiltration using tetramethulsilane
(U.Tokyo) *Aji Ryosuke, Otaka Yuhei, Sato Noboru, (IHI) Fukushima Yasuyuki, (U.Tokyo) Deura Momoko, Momose Takeshi, Shimgaki Yukihiro
SiCf/SiC
chemical vapor infiltration
tetramethulsilane
5-h29
10:06– 10:18A04Effect of Mg loading to Pt supported zeolite catalyst on light iso-paraffin synthesis from long-chain n-paraffin
(Tokyo Tech) *Saika Takashi, Yagita Yusuke, Fujitsuka Hiroyasu, Tago Teruki
Pt-Mg loaded zeolite
Hydroisomerization
Cracking
5-a90
10:18– 10:30A05Production of propylene by using a hydrogen permselective membrane reactor
(Shibaura Inst. Tech.) *Nagataki Yuhei, Sugimoto Chihiro, Yoshiura Junko, Ota Fumiya, Saitou Yuta, Nagataki Takaya, Ishii Katsunori, Nomura Mikihiro
membrane reactor
hydrogen permselective membrane
propane dehydrogenation reaction
4-a4
10:30– 10:42A06Elucidation of the function of lactic acid bactieria yeast(protease)
(Sakushin Gakuen H.S.) *Nagashima Yume, (Sakushin Gakuin H.S.) *Yoshizawa Aya, (Sacshin Gakuin H.S.) *Tezuka Kazuhito, (Sakushin Gakuin H.S.) *Gouma Seiya
Protease
Curd activity
Enzyme activity
7-h39
10:42– 10:50Break
Chemical reaction engineering, Wide area
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02A08Effects of reaction conditions on hydrolysis of Whitewood in dilute aqueous organic acid solution under hydrothermal conditions
(Chuo U.) *Shindo N., Osone R., Tanaka R., Sakabe J., Funazukuri T.
Whitewood
dilute organic acid solution
hydrothermal
5-g75
11:02– 11:14A09Development of Ni based catalyst for the autothermal dry reforming of methane
(Utsunomiya U.) *Ogura Rei, Mizusima Hitomi, Furusawa Takesi
Ni catalyst
autothermal dry reforming
methane
5-a26
11:14– 11:26A10Effects of radicals on photocatalysis in organicsolutions
(Mito first H.S.) Tsutsui Y.
photocatalysis
radicals
organic solutions
5-a50
11:26– 11:38A11Improvement of stability by changing the substrates of hydrogen permaselective membranes
(Shibaura Inst. Tech.) *Saito Y., Sugimoto C., Yoshiura J., Ota F., Nagataki T., Nagataki Y., Ishii K., Nomura M.
Silica membrane
Hydrothermal stability
Hydrogen permeance
4-a2
11:38– 11:50A12Oxidative ammonia decomposition triggered at room temperature with Ru/MOR catalyst prepared by solid state reaction
(Utsunomiya U.) *Kimura Koji, Matsumoto Rina, Furusawa Takeshi
Ru/MOR catalyst
oxidative ammonia decomposition
room temperature
5-a25
11:50– 12:02A13Survey on Young Student¡Çs Awareness of Exotic Plants ­¶
(Yamanashi Eiwa H.S.) *Sakajiri Hana, *Kato Kaoruko
Exotic plants
Environmental education
Invasive species
14-c68
12:02– 13:00Lunch break
Fundamental properties, Chemical reaction engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12A19Dependence of the crystal structurs of the effects of H2O2 addition to the TiO2 photocatalytic activities.
(NIT Nagaoka) *Asano Wataru, Murakami Yoshinori
Photocatalyst
TiO2
H2O2
5-c9
13:12– 13:24A20Fabrication of phase-separated gel for carbon dioxide absorption and analysis of absorption by gray-scale method
(Tokyo Tech) *Kataoka T, Murakami H, Shimoyama Y
CO2
phase-separated gel
absorption analysis
1-b33
13:24– 13:36A21The applicaition and evaluations of differences of Avogadro constant by the oxidation of metal
(Mito first H.S.) *Yanagida Y., Tsutsui Y.
Avogadro
oxidation
evaluations
1-b51
13:36– 13:48A22Effects of Reaction Conditions and Acid Catalysts on Lignin Depolymerization Behavior with Solvolysis
(U.Niigata) *Hashizume M., Komatsu H., Mikame K., Tajima H., Yamagiwa K.
lignin
solvolysis
acid catalyst
5-g151
13:48– 14:00A23One-step synthesis of phenol using palladium catalyst
(Takezono H.) *Hatogai S., Masuda S.
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°ìÃʳ¬¹çÀ®
5-a155
14:00– 14:12A24Preparation of polyimido fine particle by triple tube microreactor with equalling-up
(Yamagata U.) *Yokoyama M., (Hitachi Chemical) Yamazaki S., Ohkoshi M., Izawa H., (Yamagata U.) Kimata M.
polyimido
polyamide acid
spherical particle
5-f98
14:12– 14:20Break
Chemical reaction engineering, Wide area
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32A26The relationship between the amount of sulfuric acid and the reaction rate in the redox reaction.
(Yamanashi Eiwa H.S.) *Usui Miyu, Nakamura Nanase
Oxalic acid
Potassium permanganata
Sulfuric acid
14-e153
14:32– 14:44A27Investigation of the reactivity of char and deposited carbon in a bubbling fluidized bed gasifier in the presence of Heat Carrying Particles
(TUAT) *Hasegawa K., Ismail S. N. B., Uchino T., Murakoshi R., Koyama M., Sakai Y., Fushimi C.
char gasification
tar reduction
fluidized bed
5-a82
14:44– 14:56A28Experimental conditions for sustainable methan fermentation of chicken droppings
(NIT Ichinoseki) *Akazawa S., Sato K.
methan fermentation
chicken droppings
biomass
5-g54
14:56– 15:08A29Proposal of the name of H3O+ used in high school chemistry.
(Hitachi daiichi H.S.) *Terunuma Keiichiro, *Murakami Towa, Yamaguchi Satoru
Oxonium ion
Hydronium ion
14-c37
15:08– 15:20A30Design of Furfural Production Process from Xylose using Carbon-based Catalyst
(TUAT) *Nur Indah Setyorini Putri, Sato Ryu, Fushimi Chihiro
Furfural
Xylose
Carbon-based catalyst
5-g142
15:20– 15:32Break

Hall B
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Biochemical engineering, Energy engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42B01Chemical Engineering-Based Mathematical Modeling of Peritoneal Dissemination DDS focusing on tumor ECM
(U. Tokyo) *kodakamine utanori, ohta seiichi, ito taichi
Peritoneal Dissemination
Drug Delivery System
Modeling
7-e124
9:42– 9:54B02Effect of metal salt addition on dehydration/hydration of La(OH)3
(Chiba U.) *Kono Shunsuke, Maruyama Aya, Kurosawa Ryo, Ryu Junichi
Thermochemical Energy Storage
Lanthanum Hydroxide
Chemical modificaiton
9-b64
9:54– 10:06B03Acceptance of artificial sweetener by organisms
(TGUSHS) *Ishinabe A., *Shinagawa K.
Artificial sweetener
Aspartame
Behavior of living things
7-g15
10:06– 10:18B04Developmento of hydrogen fermentation bacterium flora with robustness
(Yokohama Nat. U.) *Saito E., Nakamura K., Wakui K.
Hydrogen
activated sludge
fermentation
9-f97
10:18– 10:30B05Electrodeposition of the layered MnO2 intercalated with metal complex and ionic lipid and those electrochemical evaluation
(Kanto-GakuinU) *Ou itsuou, Natsui Kota, (YamaguchiUniv) Sumimoto Michinori, (Kanto-GakuinU) Tomono Kazuaki
hybrid film
metal complex
ionic lipid
9-e13
10:30– 10:42B06Research using sorbic acid as a food addictive
(Tamagawa Academy) Yoshimura H.
Sorbic acid
Food addictive
antibacterial
7-h22
10:42– 10:50Break
Biochemical engineering, Energy engineering
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02B08Chemical Synthesis and Hydrogen Absorption Property of TiFe Nanoparticles via Direct Reduction of the Ti-Fe Oxide Precursor
(Waseda U.) *Yamaguchi Shunta, Yamaoka Shohei, Hanada Nobuko, (U. Tokyo) Kobayashi Yasukazu, Tada Syouhei, Kikuchi Ryuji
Hydrogen Absorption
Nanoparticles
Chemical Synthesis
9-e60
11:02– 11:14B09Development of nano vaccines for fish diseases using bacterial outer membrane protein
(NIT Numazu) *Tanaka Yumi, (NIT Ube) Hamada Nagisa, Shinohara Yu, (NIT Numazu) Mitome Noriyo
nano vaccine
bacterial outer membrane protein
fish disease
7-b67
11:14– 11:26B10Effects of gluten properties on confectionery
(Tamagawa Academy H.S.) Honami E.
gluten
protein
confectionery
7-h21
11:26– 11:38B11Conductivity measurement of the graphene oxide membranes by a DC four-terminal method
(Gundairiko) *Uehara Kaito, Ishitobi Hirokazu, Nakagawa Nobuyoshi
Fuel cell
Graphene oxide membrane
Conductivity
9-e101
11:38– 11:50B12Purification of FoF1-ATP synthase ¦Å subunit for analysis of ATP dissociation constant by Isothermal Titration Calorimetry
(NIT Numazu) *Narimatsu Shinnosuke, (NIT Ube) Fujiwara Yume, (NIT Numazu) Mitome Noriyo
FoF1-ATP synthase
Isothermal Titration Calorimetry
Gel filtration
7-b62
11:50– 12:02B13Evaluation of oxygen reduction reaction activity of N-containing carbon nano-dots supported on graphene oxide
(Gunma U.) *Higuti Koko, Ishitobi Hirokazu, Nakagawa nobuyoshi
Fuel cell
ORR
CDs
9-e130
12:02– 13:00Lunch break
Biochemical engineering, Energy engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12B19Effect of ionic strength of aqueous phase on giant vesicle formation in electroformation
(Shinshu U.) *Yamanaka Kanta, Saeki Daisuke, Okumura Yukihisa
giant vesicle
electroformation
ininc strength
7-i73
13:12– 13:24B20Generating power with Stirling heat engine
(Yamanashi Eiwa H.S.) *Otoguro Airi, Isobe Moka, *Ide Yuna
Stirling engine
Waste heat
Power generation
9-d17
13:24– 13:36B21Exploration of New Thermal Storage Materials and Evaluation of Thermal Properties for Multi-stage Latent Heat Storage Type Heat Exchanger Systems-thermal conductivity and specific heat-
(Ibaraki U.) *Asai Kenta, Inagaki Terumi
phase change
fatty acid
thermal properties
9-b135
13:36– 13:48B22Preparation of mutation plasmid of FoF1-ATP synthase from Chlamydomonas chloroplast by In Fusion cloning method.
(NIT Numazu) *Sugisaki Ren, Mitome Noriyo
FoF₁-ATP synthase
Chlamydomonas
In Fusion cloning
7-b69
13:48– 14:00B23Research of koji-mold which made from potatoes
(mizusawa.h.s) *Odashima Yuito, *Iwasaki Touma, Chiba Kazue, Dakiishi Tetuya
Japanese sake
koji-mold
potato
7-h86
14:00– 14:12B24Development of a heat exchange system with latent heat storage and its evaluation changing container installation angle
(Ibaraki U.) *Naoe Takeaki, Inagaki Terumi
Phase Change
Latent Heat Storage
Natural Convection
9-b126
14:12– 14:20Break
Biochemical engineering, Energy engineering
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32B26Cultivation of microorganisms using rotary shaker with inversion.
(Niigata Inst. Tech.) *Hirano E., Kobayashi Y., (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
microorganism
7-a47
14:32– 14:44B27To suppress the maillard reaction by green tea and vitamin C
(mizusawa.h.s) *Sasaki Misora, *Sasaki Maya, *Matumura Chihiro, Takahashi Kazunari
maillard reaction
green tea
vitamin C
7-h89
14:44– 14:56B28Exploration of new thermal storage materials and evaluation of thermal properties for multi-stage latent heat storage type heat exchanger systems -supercooling properties of hydrated salts-
(ibaraki U.) *souma mituomi, inagaki terumi
Supercooling
Phase Change
Latent Heat Storage
9-b129
14:56– 15:08B29Effect of electron beam irradiation condition on the activity of carbon electrodes for vanadium redox flow battery
(Gunma U.) *Obata Ryusuke, Doki Honoka, Ishitobi Hirokazu, (QST) Yamamoto syunya, Okazaki Hiroyuki, (Gunma U.) Nakagawa Nobuyoshi
vanadium redox flow battery
porous carbon electrode
electron beam
9-e81
15:08– 15:20B30Research on fever of lotus
(mizusawa.h.s) *Sasaki Aira, *Sasaki Airi, Chida Kazunori
lotus
fever
bridegroom temperature
7-b85
15:20– 15:32B31Development and Evaluation of a Heat Exchange System with Multistage Latent Heat Storage
(Ibaraki U.) *Sekiyama Tadamasa, Inagaki Terumi
Latent Heat Storage
Phase Change
Heat Exchanger
9-b146
15:32– 15:50Break

Hall C
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Separation processes
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42C01Development of high permselective ion exchange membranes by using heavy ion beams
(Shibaura Inst. Tech.) *Miyashita Taishi, Nomura Mikihiro, (QST) Sawada Shinichi, Koshikawa Hiroshi, Yamaki Tetsuya
Ion exchange membranes
Heavy-ion-track grafting
Graft polymerization
4-a3
9:42– 9:54C02Segregation of polymer during drying in a colloid-polymer suspension.
(TUAT) *Tanaka M, Inasawa S
drying
segregation
colloid-polymer
4-h96
9:54– 10:06C03Investigation of coating methods for the substrates of hydrogen permselective silica membranes
(Shibaura Inst. Tech.) *Nagataki Takaya, Sugimoto Chihiro, Yoshiura Junko, Ota Fumiya, Saito Yuta, Nagataki Yuhei, Ishii Katsunori, Nomura Mikihiro
Membrane
Chemical Vapor Deposition
Intermediate Layer
4-a24
10:06– 10:18C04Research using the combination of fluorine and hydroxyapatite
(Tamagawa Academy) Ohba Hana
Hydroxyapatite
Fluorine
Tooth decay
4-e20
10:18– 10:30C05Development of UCST-type temperature-responsive ionic liquids for forward osmosis
(Nihon U.) *Akiya K, Takahashi T, Matsumoto M, Hoshina T
forward osmosis
ionic liquids
UCST
4-a83
10:30– 10:42C06Evaluation of CO2 capture performance using structured adsorbent made by 3D printing
(TUAT) *Watanabe Yosuke, Sakurai Makoto
Structured adsorbent
Zeolite
3D printing
4-e128
10:42– 10:50Break
Separation processes, Supercritical fluid
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02C08Separation of organic molecules through modified inorganic membranes
(Shibaura Inst. Tech.) *Ota F., Sugimoto C., Yoshiura J., Saito Y., Nagataki T., Nagataki Y., Ishii K., Nomura M.
Inorganic membrane
Silica
Organic silvent
4-a1
11:02– 11:14C09To enjoy the scent of coffee the most
(Sakushin Gakuin H.S) *Otake Yuto, *Sakurai kosuke, *Tamura Momona, (sakushin Gakuin H.S) *Yomogita Manato, (Sakushin Gakuin H.S) *mituhasi Ai
Taste
Fragrance
7-h71
11:14– 11:26C10Measurement of diffusion coefficients of Platinum(II)acetylacetonate in supercritical carbon dioxide by chromatographic impulse response method
(Chuo U.) *Iwata E., Onodera N., Sakabe J., Funazukuri T., (Shizuoka U.) Kong C. Y.
Diffusion coefficient
Supercritical carbon dioxide
Platinum(­¶)acetylacetonate
8-b118
11:26– 11:38C11Glucoamylase-catalyzed dehydration condensation of glucose in supercritical carbon dioxide
(NIT Oyama) *Kanayama Yuka, Kashima Keita, (Nihon U.) Imai Masanao
supercritical carbon dioxide
glucoamylase
dehydration condensation
8-d144
11:38– 11:50C12Effects of operating parameters on defluorination of 1-fluorooctane in aqueous basic solution under hydrothermal conditions
(Chuo U.) *Sekiguchi K., Kikuchi M., Endo J., Sakabe J., Funazukuri T.
hydrothermal
defluorination
1-Fluorooctane
8-d116
11:50– 12:02C13Adsorption removal of cationic dye using calcium alginate membrane immobilizing montmorillonite
(NIT Oyama) *Watanabe Yui, Kashima Keita, (NIT Fukushima) Hagiri Masahide, (Nihon U.) Imai Masanao
montmorillonite
calcium alginate membrane
Methylene blue
4-e143
12:02– 13:00Lunch break
Separation processes, Supercritical fluid
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12C19Research on Absorptive Condition of Copper(II) Ion Using Egg Film(Ver.2)
(mizusawa.h.s) *Oikawa Miyu, *Sato Asami, *Suzuki Moa, *Toyoshima Naruha, *Murakami Momo, Takahashi Kazunari
egg film
absorptive
cooper (­¶) ion
4-e84
13:12– 13:24C20Effective regulation of molecular sieving performance of calcium alginate membrane via nano-structural design using oligoethylene glycol
(NIT Oyama) *Yoshida Kaito, Kashima Keita, (Nihon U.) Imai Masanao
Calcium alginate
Membrane separation
Oligoethylene glycol
4-a106
13:24– 13:36C21Formation of polymer thin films on porous substrate surface by surface-initiated ATRP and evaluation as water treatment membranes
(Shinshu U.) *Mine Chikara, Saeki Daisuke, Okumura Yukihisa
Water purification
surface-initiated atom transfer radical polymerization
polymer thin film
4-a56
13:36– 13:48C22Interfacial tension of CO2/PMMA binary system
(Tokyo U. Sci.) *Nozawa Yoshiaki, Matsukawa Hiroaki, Naya Masakazu, Shono Atsushi, Otake Katsuto
Interfacial tension
Carbon dioxide
Polymethyl methacrylate
1-a58
13:48– 14:00C23Preparation and characterization of chitin/chitosan porous aerogel for dye adsorption process
(NIT Oyama) *Koya Haruki, Kashima Keita, (Nihon U.) Imai Masanao
chitin
chitosan
aerogel
4-e150
14:00– 14:12C24Relationship between Initial and Final morphology in Polymer foam preparation with Carbon dioxide/Alcohol mixed gas
(Tokyo U. Sci) *Niikawa K., Matsukawa H., Naya M., Shono A., Otake K.
Polymer foam
Carbon dioxide
Alcohol
8-g57
14:12– 14:20Break
Separation processes, Supercritical fluid
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32C26Synthesis of metal-supported oxygen nanocarriers in methane reforming
(U.Tohoku) *Furuya K., (IMRAM) Tomai T., (NICHe) Seong G., (WPI-AIMR) Yoko A., Adsciri T.
oxygen nanocarrier
metal supported ceria
chemical loop methane reforming
8-e105
14:32– 14:44C27Study on dark brown material formed in ionic liquid which dissolved cellulose
(Takezono H.) *Sakaki T., Masuda S.
ionic liquid
cellulose
dark brown material
4-f156
14:44– 14:56C28Enhanced cocrystal formation of antimicrobial drug by supercritical CO2 with cosolvent
(Tokyo Tech) *Akiyama S, Hao Y, Shimoyama Y
supercritical CO2
cocrystal
antimicrobial drug
8-b31
14:56– 15:08C29Search for new lectins using cactus and lotus root
(Sakushin Gakuin H.S) *Konno Maya, *Shikata Minori, *Suzuki Aoi, (sakushin Gakuin H.S) *Kamoshida Airi
Lectin
Cactuc
Lotus root
7-h72
15:08– 15:20C30Development of organic modified mixed oxide nanoparticle oxygen carrier
(Tohoku U.) *Kamonvarapitak Thunyapong, (IMRAM) Tomai Takaaki, (WPI-AIMR) Yoko Akira, (NICHe) Seong Gimyeong, (WPI-AIMR) Adschiri Tadafumi
organic modified nanoparticle
mixed oxide nanoparticle
oxygen carrier
8-e107
15:20– 15:32Break

Hall D
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Fluid & particle processing, Electronics
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42D01Intercalated of two kinds of metal complexes in the layered MnO2 and vacuum heat treatment for improved pseudocapacitive properties
(Kanto-GakuinU) *Natsui Kouta, Ou Istuou, Itakura Makoto, Utsumi Runa, Satoh Suzunosuke, (YamaguchiUniv) Sumimoto Michinori, (Kanto-GakuinU) Tomono Kazuaki
pseudocapacitive properties
vacuum heat treatment
metal complex
12-k12
9:42– 9:54D02Numerical analysis of Marangoni convection considering the deformation of Liquid-gas Interface
(TMU) *Maki Seiya, Tagawa Toshio
two phase flow
Marangoni convection
Numerical analysis
2-a61
9:54– 10:06D03Fabrication and electrochemical evaluation of Si anode using bamboo charcoal and CNT mixed thin film
(Kanto-Gakuin U.) *Itakura Makoto, Yoshinaga Yusuke, Okiguti Riku, Hasegawa Kei, Tomono Kazuaki
Si anode
bamboo charcoal
Carbon nanotube
13-e14
10:06– 10:18D04Development of TiO2 nanoparticle mixed plastic decomposed in the environment by light irradiation
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITechTC) *Shinoku Kota, *Kashimura Kazuaki, Shiroishi Hidenobu
TiO2 nanoparticle mixed plastic
polyethylene
UV irradiation
13-f87
10:18– 10:30D05Evaluation of liquid spray characteristics using air assist atomizer
(Tokyo U.Sci) *Sakamoto Ryotaro, Naya Masakazu, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Spray
Air assist atomizer
PIV
2-g112
10:30– 10:42D06Reaction mechanism analysis of polycrystalline SiC-CVD and process design for high-speed uniform growth
(U.Tokyo) *Oku T., Deura M., Momose T., Shimogaki Y.
Reaction model
SiC
CVD
5-h48
10:42– 10:50Break
Fluid & particle processing, Systems, information, and simulation technologies
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02D08Observation of bubble generation and evaluation of bubble growth rate in alkaline water electrolysis
(Yokohama. Nat. U.) *Ikeda H., Kojima Y., Misumi R., Kaminoyama M., Mitsushima S.
Alkaline water Electrolysis
bubble growth rate
hydrogen
2-a74
11:02– 11:14D09Active approach to fault diagnosis of chemical process
(TUAT) *ishihara S., Yamashita Y.
fault diagnosis
active approach
auxiliary signal
6-b79
11:14– 11:26D10Model Study of the influence of phosphorus in the combustion ash on High Temperature Adhesion
(TUAT) *Ito Atsuki, Horiguchi genki, Fujii Ryosuke, (SANKI Eng.) Ito Masahiro, (TUAT) Okada yohei, Kamiya Hidehiro
Ash
Sewage sludge
Adhere
2-f114
11:26– 11:38D11Development of a numerical simulation code for curtain coating
(Saitama U.) *Chiba Kotaro, Chiba Takumi, Nakajima Ryota, Honma Syunji
Coating
Numerical Simulation
12-h110
11:38– 11:50D12Flow analysis of high viscosity fluid in tank and verification by torque and PIV measurement
(Yokohama Nat. U.) *Ogawa N., Misumi R., Kaminoyama M.
mixing
PIV
CFD
2-b11
11:50– 12:02D13Application of machine learning for the control of chemical process with dead time
(U.Noko) *Ohashi Y., Yamashita Y.
dead time
neural network
6-d93
12:02– 13:00Lunch break
Fluid & particle processing, Systems, information, and simulation technologies
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12D19Validations of Revolving Rupture Angle and Repose Angle by DEM
(Yamagata U.) *Aita J., Kimata M.
angle of repose
rupture angle
DEM
2-f102
13:12– 13:24D20Recurrent Neural Networks for fault detection and diagnosis of chemical processes
(U.Noko) *Taosamaru M., Yamashita Y.
Chemical process
Fault detection and diagnosis
Neural Networks
6-d91
13:24– 13:36D21Capacitive deionization using a flow electrode system for lithium recovery
(U. Tokyo) *Nishimura Taku, Akiyama Daiki, Fujiwara Naoya, Tada Shohei, Kikuchi Ryuji
Capacitive deionization
Flow electrode
Lithium
2-e109
13:36– 13:48D22Suppression of re-entrainment of particles from HEPA filter media under a high loading condition
(Kogakuin U.) *Shimizu Yuri, Namiki Norikazu, Nakayama Ryoichi, (Nihon Muki) Bao Ri
HEPA filter
nuclear power plant
Double layer
2-g38
13:48– 14:00D23Time domain synchronization of the monitoring for batch chemical process
(U.Noko) *Matsumura T., Yamashita Y.
batch process monitoring
6-d92
14:00– 14:12D24Influence of the Injection Point on Mixing Performance with FULLZONE using CFD
(Chiba Inst. Tech.) *Oishi Mayuko, Sakata Keisuke, Nishi Kazuhiko
FULLZONE
Mixing Performance
CFD
2-b42
14:12– 14:20Break
Fluid & particle processing, Electronics
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32D26Charge-discharge characterization of organic active species for aqueous redox flow battery
(Seikei U.) *Takahashi Masaru, (Seikie U.) Sugawara Kazuki, (Sekiei U.) Kato Shigeru, (Seikei U.) Suzuki seiichi
Redox flow battery
Organic active species
Coulomb efficiency
11-a104
14:32– 14:44D27Numerical simulations of droplet formation from an inkjet nozzle
(Saitama U.) *Kato Yuka, Yoshinuma Masaki, (Saiama U.) Homma Shunji
inkjet nozzle
droplet formation
VOF
2-a70
14:44– 14:56D28Change in electromotive force due to difference of salt bridge in Daniell cell
(Mito first H.S.) *Takada Y., Tsutsui Y.
Daniell cell
salt bridge
electromotive force
11-a52
14:56– 15:08D29Study on dynamic contact angle model for droplet impact simulations
(Saitama U.) *Murakami Kenta, Chiba Takumi, Homma Shunji
droplet impact
dynamic contact angle model
simulation
2-a65
15:08– 15:20D30Effect of excess lithium on the lithium-ion conductivity of garnet-type LLZ solid electrolytes
(Chuo U.) *Ohera Anna, Sakabe Junichi, Funazukuri Toshitaka, (NIMS) Ohta Narumi, Ohnishi Tsuyoshi
all-solid-state lithium ion batteries
garnet-type electrolytes
lithium-ion conductivity
11-a108
15:20– 15:32Break

Hall E
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Materials engineering & interfacial phenomena
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42E01Encapsulation of complex gel using sodium alginate and chitosan and characterization of the complex gel capsule
(Tokyo U.Sci) *Suzuki Yusei, Naya Masakazu, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
complex gel capsule
alginate
chitosan
12-e111
9:42– 9:54E02Preparation of microcapsules - liquid curing coating method -
(Tamagawa Academy) Umezono S.
microcapsules
sodium alginate
achievement
12-f23
9:54– 10:06E03Influence of the electrolyte concentration on the bands crystallized by Liesegang phenomenon
(Waseda U. Senior H.S.) *Kawai Kota, Kumashiro Mizuki
Liesegang phenomenon
crystallization
bands distance
12-g7
10:06– 10:18E04Control of energy transfer in photosensitizer-encapsulating nanoparticle assemblies for photodynamic therapy
(U.Tokyo) *Matsuda Koudai, Ito taichi, Ohta Seiichi
Nanoparticle assembly
Energy transfer
Photodynamic therapy
12-d123
10:18– 10:30E05Reinforcement of bio-based epoxy resin with agricultural wastes
(U. Yamanashi) *Haibara S., Morinaga H., (Yamanashi Pref.) Ashizawa S.
limonene
cellulose nanofiber
epoxy resins
12-j6
10:30– 10:42E06Enzymatic synthesis of electro-conductive polyaniline through industrial laccase/O2-catalyzed oxidation of aniline/PADPA in the presence of soft templates
(NIT Oyama) *Fujisaki Tomoyuki, Kashima Keita, (ETH Zurich) Walde Peter
soft template
conductive polyaniline
enzymatic synthesis
12-j145
10:42– 10:50Break
Materials engineering & interfacial phenomena
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02E08Evaluation of particle collection performance of charged filter media for suppression of UFP formation from laser printers.
(Kogakuin U.) *Kubota Atsuko, Namiki Norikazu, Nakayama Ryoichi, (Japan Vilene Co.,Ltd) Muramoto Yoshiro, Nagashima Masaaki, Tomioka Takahiro, (Tokyo Tech) Kagi Naoki
Charged filter media
UFP formation
Laser printer
12-d36
11:02– 11:14E09Influence of the addition of sodium carbonate on the nucleation of sodium acetate trihydrate
(Waseda U. Senior H.S.) *Kijima Haruto, Kumashiro Mizuki
crystallization
induction period
sodium acetate trihydrate
12-g8
11:14– 11:26E10Modification of the surface of dolomite particles with polyacrylic acid
(Utsunomiya U.) *Makino K., Sato T., Itoh N.
Dolomite
Surface modification
Polyacrylic Acid
12-c19
11:26– 11:38E11Study on wide range of change of metal in chemical reaction
(Tochigi highschool) *Umeyama T, *Kobayashi H, *Kobayashi I, (Tpchigi highscool) *Hashimoto R, (Tochigi highschool) Suto M
chemical reaction
alminium
12-m152
11:38– 11:50E12Preparation of hydrogel-supported giant vesicles using an oil/water interface
(Shinshu U.) *Homma Kazuyuki, Ikejima Shintaro, Saeki Daisuke, Okumura Yukihisa
giant liposome
hydrogel
oil/water interface
12-b55
11:50– 12:02E13One-step surface hydrophobization of rice husk ash silica powder
(NIT Fukushima) *Yamauchi Kyouya, Arakawa Fumiya, Kurumada Kenichi
surface hydrophobization
rice husk ash powder
reaction medium
12-a113
12:02– 13:00Lunch break
Materials engineering & interfacial phenomena
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12E19Shape control of ¦Åcaprolactam crystals using melting phenomenon
(MIT Suzuka Col.) *Tashiro N, Funakoshi K
additive
melting phenomenon
crystal shapes
12-g119
13:12– 13:24E20Purification mechanism of agglomerated crystals for solid solution system
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITechSuzuka Col.) *maezawa keisuke, funakoshi kunio
agglomerated crystals
sweating method
solid solution system
12-g117
13:24– 13:36E21Preparation of Mg Dope Silica Particle by Metal Alkoxide Method
(Yamagata U.) *Fujita Y., (Mitsubishi Chemical) Yamaguchi E., Kawakami K., (Yamagata U.) Kimata M.
Mg dope silica
metal alkoxide
composite particle
12-c100
13:36– 13:48E22Production of positive electrode materials for high performance nickel metal hydride secondary batteries with mechanochemical processings
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITechSuzuka Col.) *imaya tomoki, funakoshi kunio
mechanochemical processings
nickel hydroxide
cobalt hydroxide
12-g115
13:48– 14:00E23Preparation of alginate hydrogel fibers using a microfluidic device
(Shinshu U.) *Takeda Honami, Saeki Daisuke, Okumura Yukihisa
Microfluidics
Alginate hydrogel
Micro fiber
12-e59
14:00– 14:12E24Formation of supported lipid bilayers on a anionic flat surface
(Shinshu U.) *Ryoto Keisuke, Saeki Daisuke, Okumura Yukihisa
supported lipid bilayer
electrostatic interaction
anionic solid surface
12-a76
14:12– 14:20Break
Materials engineering & interfacial phenomena
(14:20–15:20) (Chair: No data , No data )
14:20– 14:32E26A new and safe method for the synthesis of azo dyes.
(Hitachi daiiti H.S.) *Mimori Yuuki, *Gomi Yuuki, Yamaguchi Satoru
Azo dyes
Diazo coupling reaction
New & safety reaction
7-h27
14:32– 14:44E27System of supercooling by casein and monosaccharide aqueous solution
(TakaokaMinamiHighSchool) *Nakayama Shu, *Ichino Haruki, Kyougaku Masanori, Fujii Eitetsu, *Shimada Rei
supercooling
casein
micelle colloid
12-g16
14:44– 14:56E28Effect of solvents on crack formation in polymer nanocomposite thin films during film preparation
(Tohoku U.) *Saito Misaki, Yagawa Shogo, Kobayashi Naoto, Kubo Masaki, Shoji Eita, Tsukada Takao, Tomai Takaaki, Adschiri Tadafumi
nanocomposite thin films
solution casting method
cracks
12-h40
14:56– 15:08E29Study on synthesis and physical properties of phthalic ester
(Iwaki H.S.) *Yokoyama S., *Noguchi A.
phthalic ester
12-m44
15:08– 15:20E30Supercritical segmented-flow process for liposome formation and its size control
(Tokyo Tech) *Akiyama R, Inoue K, Murakami Y, Shimoyama Y
liposome
flow process
supercritical CO2
12-k32
15:20– 15:32Break

Hall F
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Environmental engineering
(9:30–10:42) (Chair: No data , No data )
9:30– 9:42F01Effects of basic additive and reaction time on product yields in hydrothermal depolymerization of nylon 6
(Chuo U.) *Koizumi H., Endo N., Hatano K., Sakabe J., Funazukuri T.
hydrothermal
nylon 6
basic additive
13-e99
9:42– 9:54F02Adsorption-enhanced photocatalysis of titanium dioxide/ZIF-8 composite
(Toho U.) *Wada Misato, Kawamata Ryouta, (HIroshima U.) Maeda Makoto, (Toho U.) Konno hiroki
Wastewater treatment
Photocatalysis
Porous materials
13-a66
9:54– 10:06F03Extraction of Cellolose from Rice Husks and Synthesis a bioplastic using acetllated cellulose
(Tokyo Tech HST) *Suzuki Tai, *Tashiro Mahiro, Moriyasu Masaru
rice husk
acetylcellulose
bioplastic
13-e41
10:06– 10:18F04Effects of reaction conditions on decomposition of resins in carbon fiber reinforced plastics in dilute amine solution under hydrothermal conditions
(Chuo U.) *Yokotsuka K., Iketani T., Endo J., Sakabe J., Funazukuri T.
hydrothermal
CFRP
amine
13-e122
10:18– 10:30F05Does biodegradable plastic around me really break down?
(NIT Tsuruoka) *Iseki K, Kobayashi A, Sato T
biodegradable plastic
hydrolysis
plastic waste
13-e120
10:30– 10:42F06Synthesis of Metal-Organic Frameworks using Femto-Reactor
(Toho U.) *Gotou M., Omata M., (AIST) Wakisaka A., (Toho U.) Konno H.
Metal-Organic Frameworks
Zelitic Imidazolate Frameworks
Femto-Reactor
13-a88
10:42– 10:50Break
Environmental engineering
(10:50–12:02) (Chair: No data , No data )
10:50– 11:02F08Enrichment of anammox bacteria from river sediments
(Toyo U.) *Iwasaki Nanami, Okubo Eri, Isaka Kazuichi, (Center for Environmental Sci. in Saitama) Mishima Iori
Anammox
Environment
Enrichment
13-a77
11:02– 11:14F09Effects of high temperature conditions on nitrification performance
(Toyo U.) *Matsuoka Hidemi, Isaka Kazuichi, (Tokyo Women's Medical U.) Osaka Toshifumi, (Waseda U.) Tsuneda Satoshi
Nitrification
High temperature
continuous test
13-a95
11:14– 11:26F10Removal of indoor ultrafine partcle using ultrasonically atomized droplets
(Kogakuin U.) *Kaneko Ryusei, Namiki Norikazu, Nakayama Ryoichi, (Saitama U.) Sekiguchi Kazuhiko, (Kagoshima U.) Nii Susumu
Ultrafine partcle
Ultrasonic atomization
Electrostatic collection
13-i53
11:26– 11:38F11the change of a radiation rate since the Great East japan Eathquake
(H.Sakushingakuin) *Arai S., *Ando S., *Emoto C., *Takahashi Y., Sakamoto C., Sakamoto H., Shimada M., Yoshizawa J.
radiation rate
radioactive substance
Utsunomiya
13-f94
11:38– 11:50F12Effect of trace element limitation on Anammox activity
(Toyo U.) *Yoneda Yuri, Sugawara Daichi, Isaka Kazuichi, (Tokyo Women's Medical U.) Osaka Toshifumi, (Waseda U.) Tsuneda Satoshi
Anammox
trace element
limitation
13-b43
11:50– 12:02F13Water purification by fly ash-based materials
(Iwaki H.S.) *Shida T., *Udo R., *Hirose T., *Sagi R., *Shibata J., *Igari K., *Sato H.
fly ash
water purification
geopolymer
13-b46
12:02– 13:00Lunch break
Environmental engineering
(13:00–14:12) (Chair: No data , No data )
13:00– 13:12F19Establishment of the method for the evaluation of oil deterioration using the soap method.
(Hitachi daiichi H.S.) *Sato Hiromichi, Suzuki Kouhei, Kobori Takuma, Yamaguchi Satoru
Soap
Oil deterioration
Saponification
13-i28
13:12– 13:24F20Simultaneous removal of selenate and nitrate by moving bed bioreactor
(Toyo U.) *Sakamoto Yuse, Sakamoto Sayo, Isaka Kazuichi, (Organo) Yui Hironori, Toba Yuichiro, (Tokyo women's medical U.) Osaka Toshifumi, (Waseda U.) Tsuneda Satoshi
Selenate
Denitrification
Simultaneous
13-b80
13:24– 13:36F21Toward a resolution of marine plastic problems
(Iwaki H.S.) *Miyakoshi K., *Yoshida T., *Ito Y., *Yada K., *Nemoto H., *Ishiyama R., *Yokoyama S., *Noguchi A.
marine plastic
13-f45
13:36– 13:48F22Molecular behavior of fenitrothion in the layered MnO2 having the bilayer membrane structure
(Kanto-Gakuin U.) *Nagashima Yuya, Takahashi Kouta, (YamaguchiUniv) Sumimoto Michinori, (Kanto-Gakuin U.) Kamata Motoyuki, Tomono Kazuaki
Layered MnO2
bilayer membrane structure
fenitrothion
13-c10
13:48– 14:00F23Effect of pH on polylactic acid
(mizusawa.h.s) *Ozawa Chise, *Kumagai Shunsuke, *Sasaki Haruna, *Nasukawa Mei, Aoi Chiaki
biodegradable plastic
polylactic acid
power of hydrogen
13-g35
14:00– 14:12F24Effect of main element limitation on anammox reaction
(Toyo U.) *Sakamoto Yusuke, Isaka Kazuichi
Anammox
sulfur
phosphorus
13-b63
14:12– 14:20Break
Environmental engineering
(14:20–15:32) (Chair: No data , No data )
14:20– 14:32F26Investigation of water environment around Iwaki High School
(Iwaki H.S.) *Endo H., *Sato K., *Sonobe N., *Taniguchi D., *Hayashi R., *Ageishi M., *Sato T., *Nozaki M.
COD
13-a49
14:32– 14:44F27Effect of a separator with nitrifying biofilm on power generation and nitrogen removal in a single chamber MFC
(Gunma U.) *Irisawa Tomoki, Kubota Keiichi, Watanabe Tomohide
microbial fuel cell
air cathode
nitrogen removal
13-b147
14:44– 14:56F28Evaluation of nitritation activity under trace elements limitation
(Toyo U.) *Kuriyama Manabu, Isaka Kazuichi, (Tokyo Women's Medical U.) Osaka Toshifumi, (Waseda U.) Tsuneda Satoshi
Waste water treatment
Nitrification
Trace element
13-b78
14:56– 15:08F29Will Mt.Fuji¡Çs Yamanaka Picea.Polita Forest Continue to Decline?
(Yamanashi Eiwa H.S.) *Gomi Manami, *Nakagawa Haruna, Naitou Amii, Tutiya Wakaba, Nozawa Maho
Picea.Polita
extinct
Soil animals
13-f149
15:08– 15:20F30Effectiveness of electric field application for improvement of tree fixation rate on abandoned mine
(Seikei U.) *Murakami Koudai, Sugawara Kazuki, Kato Sigeru, Suzuki Seiichi
electric field application
growth promotion
abandoned mine
13-f103
15:20– 15:32F31Purification agents and solidification materials for in situ stabilization of soil contaminated with environmental pollutants
(TOKYO KOSEN) Shoji Ryo, Miyamura Hikari, *Yokoyama Shota, (Hiroshima Inst. Tech. or Hachinohe Inst. Tech.ACHI) Kumashiro Koichiro, Tagami Minoru
In situ treatment
Contaminated soil treatment technology
Solidification material of soil
13-c5
15:32– 15:50Break

Hall G
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
17, 18
(15:50–16:50) (Chair: No data )
15:50– 16:50G33Challenge for restoration of tropic coastal ecosystems -Sequestration of CO2 and international exchange through mangrove planting-
(Seikei U.) Kato Shigeru
Plenary
17-a154
16:50– 17:20Awards ceremony

Hall H
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
19
17:30– 19:00Exchange meeting
Technical program
22nd SCEJ Students Meeting in Tokyo (2020)
© 2020 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2020-02-19 14:23:43
For more information contact Organizing Committee, 22nd SCEJ Students Meeting in Tokyo (2020)
E-mail: inquiry-stu22ewww3.scej.org
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