23rd SCEJ Students Meeting (2021): Hall program

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

A21

Evaluation of mixing condition during atomization process using Villermaux-Dushman reaction

(Tokyo U.Sci) *Tejima G., Murakami Y., Matsukawa H., Otake K., Shono A.

Villermaux-Dushman reaction
Spray Mixing
Segregation Index

2-b

13:12– 13:24

A22

Complete drawdown of floating particles in a stirring vessel

(Tokyo U.Sci.) *Oikawa Y., Murakami Y., Matsukawa H., Otake K., Shono A.

Complete drawdown
Mixing process
Floating particles

2-b

13:24– 13:36

A23

Experimental study of power and mixing characteristics of multi-stage stirred vessel

(Yokohama Nat. U.) *Takahashi R., Misumi R.

mixing
PIV
multi-stage stirred vessel

2-b

114

13:36– 13:48

A24

Measurement of turbulence velocity 3 components and quantification of turbulent energy around the stirring blade using stereo PIV

(Yokohama Nat. U.) *Yamamoto N., Misumi R.

mixing
PIV

2-b

120

13:48– 14:00

A25

Numerical analysis of large-scale culture of iPS cells in a stirring tank using wings

(osaka univercity) *Kobatake Ryosuke, (osaka graduate school) Isobe Ryosuke, Okano Yasunori, Kinooka Masahiro, (FUJIMORI KOGYO) Tokura Tomohiro, Matuda Hiroyuki

iPS cells
suspension culture

2-b

185

14:00– 14:12

A26

Viscous fluid behavior on inclined dam break problem

(U.Hyogo) *Otani Haruka, Itoh Kazuhiro, Taguchi Shogo, (U. Hyogo) Yamamoto Takuji, Maeda Kouji

non Newtonian fluid
dam break flow
numerical calculation

2-a

14:12– 14:24

A27

About the phenomenon that ice moves on the metal lane

(nirasakiH.S.) *natori kohaku, *asakawa haruku, *moriya syunsuke

ice
surface tension
metal lane

8-b

145

14:24– 14:36

Break

Plenary lecture, É½¾´¿³ºº·ë²ÌÈ¯É½

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

A29

Flow around a two-dimensional rotating cylinder using the generalized interpolation lattice Boltzmann method

(TMU) *Kobayashi Daisuke, Tagawa Toshio

Lattice Boltzmann method
Generalized coordinate system
Rotating cylinder

2-a

14:48– 15:00

A30

Numerical simulation of the formation of droplets from an inkjet nozzle and the impingement of droplets to a substrate

(Saitama U.) *Tada Yuta, Yoshinuma Masaki, Homma Shunji

inkjet
VOF
droplets

2-a

130

15:00– 15:12

A31

Numerical Analysis of glass melts flow with unsteady heat transport

(Saitama U.) *Koyama Ryoya, Chiba Kotaro, Homma Syunji

glass melts
unsteady heat transport
flow in a circular tube

2-a

128

15:12– 15:24

A32

Numerical analysis of natural convection in a cavity for highly viscous fluid

(Saitama U.) *Sasaki Ryuya, Chiba Kotaro, Homma Shunji

highly viscous fluid
natural convection
CFD

2-a

127

15:24– 15:36

A33

Numerical analysis of fluorination reactor

(Saitama U.) *Saito Takeaki, Homma Shunji

Fuel debris
Fluoride volatility method
Numerical analysis

2-a

123

15:36– 15:48

A34

Resonance of Air Columns ~Aiming to improve the efficiency of sound power generation~

(hiroshima kokutaiji H.S.) seike naoya

wavelength
doubled vibration
resonance

2-a

15:48– 16:00

A35

Origin of bathtub vortex

(Kokutaiji H.S.) *Nitta Yuya, *Maeda Yo

flow of different directions
initial velocity
Partition plate

2-g

16:00– 16:10

Break

(16:10–16:55) (Chair: No data )

16:10– 16:55

A37

Creating Something from Nothing through Chemical Engineering

(Tohoku-U.) Shibasaki-Kitakawa Naomi

Plenary lecture

17-a

337

16:55–

Awards examination results

Hall B

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:00–10:24) (Chair: No data , No data )

9:00– 9:12

B01

Thermal flow analysis in a mold during the LCP injection molding filling process

(Osaka U.) *Takayoshi Junya, (Graduate School of Osaka U.) Hu Haotian, (Polyplastics) Hamano Yusuke, Aoki Gen, (Graduate School of Osaka U.) Okano Yasunori

Injection Molding
OpenFOAM
DEM

2-a

206

9:12– 9:24

B02

Numerical Analysis of nozzle flow during 3D bioprinting ink switching

(Osaka U.) *Yamamoto Seishiro, Hidaka Mitsuyuki, Sakai Shinji, Kojima Masaru, Okano Yasunori

VOF model
OpenFOAM
Bioprinting

2-e

282

9:24– 9:36

B03

Study on Particle Size Distribution Prediction Equations for Droplet Atomization

(Gifu U.) *Yada Tokiha, Kamiya Tomohiro, Mizuno Kyohei, Asahara Makoto, Miyasaka Takeshi

atomaization
droplet size distribution
shadow sizing method

2-e

326

9:36– 9:48

B04

Development and optimization of silica hollow particles using microbubbles

(U.Yamagata) *Takahashi M., Makuta T.

silica
microbubbles
hollow particles

2-e

211

9:48– 10:00

B05

Fluid dynamics of liquid rope-coils in micro-channel

(Tokyo U.Sci) *Shinotsuka R., (Office Murozono) Murozono K., (Tokyo U.Sci.) Murakami Y., Matsukawa H., Otake K., Shono A.

Microfluidics
Liquid rope-coil effect
Particle method

2-e

10:00– 10:12

B06

Research Regarding the Fluidization Characteristics of Micro-Fluidized Beds

(NIT Sasebo) *Jones James, Maeda Taisuke, Tsurusaki Yuuto, Hamada Hiroyasu, Johno Yuuki

Fluidized bed
Microreactor
Numerical simulation

2-c

215

10:12– 10:24

B07

Research on Floating Separation of Microplastics

(NIT Sasebo) *Murakami Wataru, Tanabe Shogo, Tanaka Yasuhiko, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki

Fine bubble
Microplastic
Floating Separation

2-e

219

10:24– 10:36

Break

Fluid & particle processing, Thermal engineering

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

B09

Three dimensional numerical Analysis of curtain coating

(Saitama U.) *Togashi Kota, Chiba Kotaro, Homma Shunji

curtain coating
adhesive
CFD

2-a

126

10:48– 11:00

B10

Effects of Preparation Pressures on the Production of Caffeine Microparticles by Spray Drying Using High Pressure CO₂

(Kanazawa U.) *Matsuoka H., Xie B., Yamashita T., Uchida H.

Spray drying
High pressure CO2
Caffeine micronization

2-f

269

11:00– 11:12

B11

Evaluation of dielectric properties of alumina composites with CNT for hybrid heating

(HiroshimaU.) *Yamada M, (JAEA) Segawa T, (HiroshimaU.) Fukasawa T, Ishigami T, Fukui K

CNT
uniformity
Dielectric properties

2-f

203

11:12– 11:24

B12

Development of a novel jet mill and evaluation its milling performance

(Osaka Pref. U.) *Matsunaga Miku, Ohsaki Shuji, Nakamura Hideya, Watano Satoru

Dry grinding
Fluidized bed jet mill
Classification

2-f

232

11:24– 11:36

B13

Numerical analysis for high-speed tableting process

(Osaka Pref. U.) *Imayoshi Yusuke, Ohsaki Shuji, Nakamura Hideya, Watano Satoru

Compression speed
Tableting process
Finite Element Method

2-f

100

11:36– 11:48

B14

Cohesive force in DEM simulation for simulating noodle dough

(Okayama U. Sci.) *Sasaki Yui, Kuwagi Kenya, Hirano Hiroyuki

Powder
Discrete Element Method
Cohesive force

2-f

223

11:48– 12:00

B15

DEM Numerical Analysis of Powder Flow with Liquid Bridging

(NIT Sasebo) *Matsunaga Kanta, Hamada Hiroyasu, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki

Discrete Element Method
Powder
Liquid bridge

2-f

221

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

B21

Synthesis of porous calcium carbonate by adding citric acid

(Muroran Inst. Technol) *Sakawaki Daichi, (Asahi Kohmatsu) Kitano Sayaka, Endo Aimi, Akimoto Yuki, (Muroran Inst. Technol) Yamanaka Shinya

Specific surface area
Modified carbonation process
Amorphous calcium carbonate

2-f

294

13:12– 13:24

B22

Synthesis of porous carbon particles derived from lignin by spray drying and their characteristic evaluation

(Hiroshima U.) *Kitamoto Y., Cao K., Ogi T.

Lignin
Spray drying
EDLC

2-f

207

13:24– 13:36

B23

AFM measurement of fine particle adhesion to the solid interface in the gaseous phase

(Osaka Pref. U.) *Yamato Yutaro, Nomura Toshiyuki

AFM
Adhesion force
Frictional force

2-f

233

13:36– 13:48

B24

Development of continuous manufacturing system for pharmaceutical solid formulations using a twin-screw extruder

(Osaka Pref. U.) *Matsushita Miu, Ohsaki Shuji, Nakamura Hideya, Watano Satoru

Twin screw granulation
Continuous processes
Hold-up

2-f

194

13:48– 14:00

B25

Design of particles for 3D printer by spray dry

(Osaka Pref. U.) *Ogawa Koki, Ohsaki Shuji, Nakamura Hideya, Watano Satoru

Spray dry
3D printer
Flowability

2-f

151

14:00– 14:12

B26

Analysis of non-combustible heat insulation using sheet plate heat flux meter

(Tokyo U.Sci.) *Iizawa S., (Nanodax Co.,Ltd) Fujita M., Sato N., (Tokyo U.Sci.) Murakami Y., Matsukawa H., Otake K., (Tokyo U. Sci.) Shono A.

thermal conductivity
insulation
porous media

3-b

14:12– 14:24

B27

Research on the conditions of an aqueous solution suitable for eco-cairo

(Mito First high schoolM) *Sugaya Rio, (Mito First H.S.) Kushida Masahiko

super cooling
heat of solidification
eco-cairo

3-f

176

14:24– 14:36

Break

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

B29

Effect of catalyst preparation for silver-supported catalyst on epoxidation of propylene

(Tokushima U.) *Hashimoto K., Okitsu I., Shimoda N., Katoh M., Sugiyama S., (Mitsubishi Chem.) Kato Y., Ninomiya W.

propylene
epoxidation
silver

5-a

14:48– 15:00

B30

Dehydrogenation of isobutane over nickel oxide catalyst supported on alpha-alumina

(Tokushima U.) *Koizumi A., Yoshida T., Shimoda N., Katoh M., Sugiyama S., (Mitsubishi Chem.) Kato Y., Ninomiya W.

isobutane
nickel oxide
dehydrogenation

5-a

15:00– 15:12

B31

Preparation of oxygen-containing compounds by catalytic partial oxidation of propane

(Tokushima U.) *Okawa R., Yoshida M., Shimoda N., Katoh M., Sugiyama S.

propane
partial oxidation
molybdenum-containing catalyst

5-a

15:12– 15:24

B32

Activity behavior of palladium-supported catalyst for hydrogenation dechlorination reaction of 2-chloropropene

(Tokushima U.) *Hiwada Y., Endo S., Shimoda N., Katoh M., Sugiyama S.

palladium
2-chloropropene
hydrogenation

5-a

15:24– 15:36

B33

Preparation of palladium supported catalysts using heat-treated nanodiamond supports and their activity for hydrogenation reaction

(U.Gunma) *Tazawa N., Kannari N., Sato K.

nanodiamond
palladium
hydrogenation

5-a

111

15:36– 15:48

B34

Preferential oxidation of carbon monoxide by copper alumina catalysts prepared using the sol-gel method

(U. Shizuoka) *Shibayama T., Takeishi K.

CO-PROX
copper catalysts
hydrogen

5-a

290

15:48– 16:00

B35

Metal-support interaction effect and structure analysis of alumina supported Ni catalysts

(Tokushima U.) *Takahashi Ryota, Shimoda Naohiro, Katoh Masahiro, Sugiyama Shigeru

 Alumina supported Ni catalyst
 Metal-support interaction
 Hydrogen-temperature programmed reduction

5-i

150

Hall C

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

C02

Development of carbon supported Cu catalyst for selective hydrogenation of Xylose to C5 sugar-alcohol

(Tokyo Tech) *Kanomata Ryokuto, Fujitsuka Hiroyasu, Tago Teruoki

Xylose
Hydrogenation
Carbon supported Cu catalyst

5-g

222

9:24– 9:36

C03

Conversion of fructose to 5-hydroxymethylfurfural with a biomass-derived functional carbon catalyst

(Tohoku U.) *Ogawa Sohei, Guo Haixin, Smith Richard

Humic acid
oxygen groups
ionic liquid

5-a

293

9:36– 9:48

C04

Mechanochemically-prepared amino-Brønsted acid bifunctional catalysts for one-pot conversion of fructose to EMF

(TOHOKU U.) *Higashiguchi Ryota, Guo Haixin, Smith Richard

mechanochemical
bifunctional
one-pot

5-a

297

9:48– 10:00

C05

Evaluation and improvement for laccase multi-layering-immobilization method onto hollow support

(Ariake Kosen) *Nagatani Ayasa, Kitada Soma, Ruyno Nonoka, Okobira Tadashi

laccase
graft polymerization
biodegradation

5-a

10:00– 10:12

C06

Establishment of a Rapid Extraction and Quantification Method for Potassium Constituents in Biomass Fuels

(NITTC) *nishiwaki yuki, shoji ryo

Biomass
Potassium
Quantification

5-g

125

10:12– 10:24

C07

Study on the detergency of the surfactants synthesized from vegetable oils and animal fats

(HITACHI DAIICHI H.S.) *Saito Miki, *Tateyama Airi, *Kawamoto Kotomi, Yamaguchi Satoru

surfactants
detergency
CMC

5-i

174

10:24– 10:36

Break

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

C09

Direct synthesis of dimethyl ether from gasification gas of waste

(U. Shizuoka) *Takada S., Takeishi K.

dimethyl ether (DME)
catalysts
gasification gas

5-a

266

10:48– 11:00

C10

Hydrogenation of carbon dioxide by copper alumina catalysts prepared using the sol-gel method

(U. Shizuoka) *Masuda T., Takeishi K.

dimethyl ether (DME)
carbon dioxide (CO2)
hydrogenation

5-a

249

11:00– 11:12

C11

Optimization of dehydrogenation process of vaporized methylcyclohexane

(Tokyo U.Sci.) *Tomiura K., Murakami Y., Matsukawa H., Otake K., Shono A.

Dehydrogenation
Heat balance analysis
Methylcyclohexane

5-a

11:12– 11:24

C12

Ni-loaded hydroxyapatite catalysts for decomposition of biomass tar at low temperature

(U.Gunma) *Onoduka K., Kannari N., Sato K.

hydroxyapataite
nickel
biomass tar

5-a

110

11:24– 11:36

C13

Development of Zn loaded ZSM-5 catalysts for the selective synthesis of p-Xylene from isobutanol

(Tokyo Tech) *Kojima Taisuke, Fujitsuka Hiroyasu, Tago Teruoki

Isobutanol
Zn loaded ZSM-5
p-Xylene

5-a

230

11:36– 11:48

C14

Establishment of safe esterification using H⁺Yzeolite

(HITACHI DAIICHI H.S.) *Ishikawa Mio, *Takemata Kaede, *Onuki Ayano, *Kimura Haruka, Takahashi Tsuyoshi

esterification
H⁺Yzeolite
acid catalyst

5-a

172

11:48– 12:00

C15

One-step synthesis of phenol using substances learned in high school chemistry

(Takezono H.) Hatogai S

phenol
one-step synthesis
palladium

5-a

239

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

C21

La-doped ZnZrOx catalyst for CO₂ hydrogenation to methanol

(Ibaraki U.) *Ochiai Nagomu, Kinoshita Hiroka, (U. Tokyo) Iyoki Kenta, (Ibaraki U.) Yamauchi Noriko, Kobayashi Yoshio, Tada Shohei

CO2 hydrogenation
Metal Oxide Catalysts
Zn

5-a

163

13:12– 13:24

C22

Lower olefin synthesis by a tandem catalyst for CO₂ hydrogenation

(Ibaraki U.) *Kinoshita Hiroka, Ochiai Nagomu, (U. Tokyo) Iyoki Kenta, (Ibaraki U.) Yamauchi Noriko, Kobayashi Yoshio, Tada Shohei

CO2 hydrogenation
Zeolite
Lower olefin

5-a

166

13:24– 13:36

C23

Hydrogen permeable flux through the polymer electrolyte in fuel cell

(Kyoto U.) *Kii Tomohito, Balci Beste, Kageyama Miho, Kawase Motoaki

Polymer electrolyte fuel cell
Hydrogen crossover
Gas chromatography

5-a

168

13:36– 13:48

C24

Effect of dissolved gas on dissolution of sparingly soluble solids under ultrasound irradiation

(U.Kagoshima) *Wakita Daisuke, Goshima Takashi, Mizuta Kei, Nii Susumu

uitrasound
cavitation
dissolution

5-b

271

13:48– 14:00

C25

Effect of Dissolved Gas on Ultrasonic Erosion of a Metal Foil

(U. Kagoshima) *Toyama Tomohiro, Goshima Takashi, Mizuta Kei, Nii Susumu

ultrasound
cavitation
erosion

5-b

272

14:00– 14:12

C26

GTBE synthesis by carbon-based solid catalyst method using microwave irradiation

(kumamotoUniversity) *Ogasawara Yuri, (KumamotoUniversity) Kida Tetsuya, Armando T. Quitain

Biodiesel
Global warming
Glycerin

5-g

103

14:12– 14:24

C27

The research on illuminance and emission time of luminol reaction

(Mizusawa H.S.) *Ogura Yukari, *Ishikawa Yuna, *Umehara Ayana, *Obara Miyu, Takahashi Kazunari, Aoi Chiaki

luminol
catalyst
potassium ferricyanide

5-a

270

14:24– 14:36

Break

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

C29

Preparation of Poly(amic acid) Fiber by Microchannel Wet-Spinning Process and Properties Analysis

(Okayama U.) *Okada K., Watanabe T., Ono T.

Microfluidic device
Nanofiber
Tensile test

5-f

107

14:48– 15:00

C30

Preparation of stereocomplex PLA fiber by microchannel wet-spinning process

(Okayama U.) *Matsumoto A., Ono T., Watanabe T.

Microchannel wet-spinning process
Stereocomplex
PLA

5-f

113

15:00– 15:12

C31

Preparation of Cellulose Fiber by Microchannel Wet-Spinning Process Using CNF Dispersion

(Okayama U.) *Michiyuki D., Watanabe T., Ono T.

Microfluidic device
Jet flow
CNF dispersion

5-f

115

15:12– 15:24

C32

Establishment of overall reaction model for polycrystalline SiC-CVD process design

(U. Tokyo) *Moroi K., Deura M., Momose T., Shimogaki Y.

Chemical Vapor Deposition
Silicon Carbide
macrocavity method

5-h

132

15:24– 15:36

C33

Fundamental study on Co thin film growth by atomic layer deposition

(U.Tokyo) *Nagaoka F., Yamaguchi J., Deura M., Momose T., Shimogaki Y.

ALD
Cobalt thin film
initial growth

5-h

255

15:36– 15:48

C34

Formulation of steam gasification rate of pyrolytic carbon

(Kyoto U.) *Matsubara Hitoshi, Minami Ryoga, Kawase Motoaki

CVD
Carbon
Steam

5-h

256

Hall D

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:00–10:24) (Chair: No data , No data )

9:00– 9:12

D01

Development of polyamide membrane for nanofiltration in organic solvent

(Kobe U./MaF Tech C.) *Oda Y., Shintani T., Nakagawa K., Sasaki Y., Kamio E., Yoshioka T., Matsuyama H.

fluorine containing monomer
NF membrane
organic solvent

4-a

171

9:12– 9:24

D02

Study on reduction of aromatic compounds in a molybdenum disulfide nanosheet stacked membrane reactor

(U. Kobe) *Ueno Takumi, Nakagawa Keizo, Yoshioka Tomohisa, Shintani Takuji, Kamio Eiji, Matsuyama Hideto

membrane
nanosheet
catalyst

4-a

257

9:24– 9:36

D03

Investigation on mechanical strength of inorganic/organic composite network ion gel with several kinds of ionic liquids

(Kobe U./MaF Tech Center) *Morihira Kenta, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto

CO2 Separation Membrane
Tough Gel
Ionic Liquids

4-a

183

9:36– 9:48

D04

Optimization of precursor solution of inorganic/organic double-network ion gel for thin gel membrane development

(Kobe U./MaF Tech Center) *Hisataka Riku, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto

Tough Gel
Ionic Liquids
CO2 Separation Membrane

4-a

267

9:48– 10:00

D05

Water/Oil emulsion separation using synthesized silica aerogel on filter paper

(NIT Wakayama) *Ikeda Ryo, Kawaji Takatoshi, (AQUA CHEMICAL) Nakano Shinichi, Kawabata Sayaka, Dei Takehito, (NIT Wakayama) Kishimoto Noboru

Emulsion
Water/Oil separation
Silica aerogel

4-a

248

10:00– 10:12

D06

Adsorption characteristics of porous chitin aerogel with charge-selective adsorption behavior

(NIT Oyama) *Kouya H., Kashima K., (Nihon U.) Imai M.

Chitin
Aerogel
Adsorption

4-e

261

10:12– 10:24

D07

Molecular screening characteristics of calcium alginate membrane with regulated mass transfer channels

(NIT Oyama) *Kuroda R., Kashima K., (Nihon U.) Imai M.

alginate
membrane
nanofiltration

4-a

262

10:24– 10:36

Break

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

D09

Effects of alkoxiside tretments on MFI zeolite membranes

(Shibaura Inst. Tech.) *Katano Maki, Kamata Kazuki, Ishii Katsunori, Nomura Mikihiro

membrane
zeolite
alkoxiside tretments

4-a

10:48– 11:00

D10

Effects of smooth surface substrates on synthesis of zeolite membranes

(Shibaura Inst. Tech) *Kimura Yuka, Kamata Kazuki, Ishii Katsunori, Nomura Mikihiro

zeolite
membrane
substrates

4-a

133

11:00– 11:12

D11

Effect of organic acid on dehydration performance of zeolite membrane

(Yamaguchi.U.) *Shimada Yu, Maruo Yusuke, Yamada Mamoru, Kumakiri Izumi

membrane
dehydration
bioethanol

4-a

288

11:12– 11:24

D12

effect of hydrothermal treatment on dehydration performance of zeolite membrane

(yamaguchi.U.) *Ooyama Souta, (Zaragoza.U.) Menenndezu Migeru, (yamaguchi.U.) Kumakiri Izumi

zeolite membrane
dehydration performance
hydrothermal treatment

4-a

289

11:24– 11:36

D13

Development of carbon dioxide permselective zeolite membranes

(Shibaura Inst. Tech.) *yano yuta, takayama daisi, Gabriel G d S F., isii katunori, nomura mikihiro

zeolite membrane
CO2
CCU

4-a

330

11:36– 11:48

D14

Olefin synthesis through contactor type zeolite membranes

(Shibaura Inst. Tech. or Saitama Inst. Tech. or Shonan Inst. Tech.) *Maehara Sota, Tanizume Shusei, Isii Katsunori, Nomura Mikihiro, (Sumitomo Electric Ind.) Onoki Takamasa, Okuno Takuya, Tawarayama Hiromasa, Ishukawa Shinji

membrane contactor
Zeolite
Olefin

4-a

11:48– 12:00

D15

Differences in properties depending on the synthesis conditions of zeolite

(Hiroshima kokutaiji H.S.) *abe shohei, *isizaki aturou, *hujikame kana, *hujikawa ryugo, *yamanisi hiroko

zeolite
adsorption
metal ions

4-e

12:00– 12:12

Lunch break

(13:12–14:24) (Chair: No data , No data )

13:12– 13:24

D22

Effect of molecular weight of branched copolymer-based draw solute on reverse solute permeation in forward osmosis process

(Kobe U./MaFTech Center) *Fukushima M, Yumiya K, Inada A, Matsuoka A, Kamio E, Matsuyama H

Forward osmosis
Draw solution
Branched copolymer

4-a

142

13:24– 13:36

D23

Development of forward osmosis membranes for NH₄⁺ concentration and its performance evaluation

(Kobe U./MaF Tech C.) *Miyake T. ,, Sasaki Y. ,, Nakagawa K. ,, Shintani T. ,, Kamio E. ,, Matsuyama H. ,

Forward osmosis membrane
Ammonium
Separation

4-a

246

13:36– 13:48

D24

Effect of surface structure of polyketone membrane on separation of water in oil emulsion

(Kobe U.) *Watanabe T. ,, Nakagawa K. ,, Shintani T. ,, Sasaki Y. ,, Yoshioka T. ,, Kamio E. ,, Matsuyama H. ,

membrane
polyketone
emulsion

4-a

258

13:48– 14:00

D25

Liquid permeation through surface treated inorganic membranes

(Shibaura Inst. Tech) *Nakagaki Yusuke, Ota Fumiya, Yoshiura Zyunko, Ishii Katsunori, Nomura Mikihiro

membrane
inorganic
ceramic

4-a

14:00– 14:12

D26

Interplay between CO₂ separation performance and morphology of amine-containing polymeric membranes

(Chikushi Jogakuen Senior H.S.) *Nakashima Ayaka, (WPI-I2CNER, Kyusnu U.) Taniguchi Ikuo

amine
CO2
polymeric membrane

4-a

14:12– 14:24

D27

Search for acidic substances possessed the effect of removing stains

(HITACHI DAIICHI) *Kanao Yui, *Kawai Shiho, *Nagayama Maaya, *Sato Misaki, Yamaguchi Satoru

Stain removal
Acidic substance
tannin acid

4-b

188

14:24– 14:36

Break

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

D29

Mass transfer characterization of collagen made casing membrane to apply selective separation of water-soluble components

(Nihon-U.) *Nishida Ibuki, Tao Kei, Imai Masanao

Effective diffusion coefficient
Molecular size recognition
Artificial casing membrane

4-a

236

14:48– 15:00

D30

Effect of Factors Affecting on Emulsion-phase in "Emulsion-flow" Method for Solvent Extraction

(U.Kagoshima) *Makishima Miki, Hirayama Mikiro, Goshima Takashi, Mizuta Kei, Nii Susumu

Emulsion
Extraction
Column

4-f

281

15:00– 15:12

D31

Improvement of reaction rate in solvent extraction of Pd using surfactants.

(OPUCT) *Kanamura Hideo, Kurahashi Kensuke, (ICR) Sohrin Yoshiki

solvent extraction
surfactants
Pd

4-f

204

15:12– 15:24

D32

Characterization of Porphyrin Catalyst-loaded CD-MOF

(Ariake Kosen) *Hayashi Erika, Koga Akihiro, (Sojo U.) Kusakabe Tadashi, (Ariake Kosen) Okobira Tadashi

cyclodextrin
MOF
catalysis

4-j

254

15:24– 15:36

D33

Separation of photosynthetic pigments contained in cyanobacteria

(Hiroshimakokutaiji) *Oka Jumpei, *Ishibashi Hina

ficobilin
cyanobacteria
photosynthetic pigment

4-f

15:36– 15:48

D34

Study of the Concentration Effect of Solution Coagulation-Melting

(Hokkai H.S.) *Miyashita Ayane, *Sugai Ryuta, (Hokkai H.S) Kato Tatsuo

Coagulation
Solution Concentration
melting

4-j

Hall E

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

E02

Separation properties of carbon dioxide by silicalite membranes prepared on porous SUS tube

(Tokushima U.) *Akagi S., Yamauchi T., Katoh M., Shimoda N., Sugiyama S., (MIcrotracBEL) Nakai K.

silicalite membrane
carbon dioxide
separation property

4-a

9:24– 9:36

E03

Search of zeolite particles introduced on porous SUS tubes for preparation of palladium thin membranes

(Tokushima U.) *Kozai T., Terasaki K., Katoh M., Shimoda N., Sugiyama S.

Pd thin membrane
zeolite particle
porous SUS tube

4-a

9:36– 9:48

E04

Preparation of dense Pd membranes by vacuum-assisted electroless plating on porous SUS tube with spherical silica particles

(Tokushima U.) *Tanaka C., Inadu Y., Katoh M., Shimoda N., Sugiyama S.

Dense Pd membrane on porous SUS tube
Vacuum-assisted electroless plating
Spherical silica particle

4-a

9:48– 10:00

E05

Separation of organic liquids through silica membranes

(Shibaura Inst. Tech.) *Takeyama Taiki, Ishii Katsunori, Nomura Mikihiro

aceticacid
iodomethane
acetaldehyde

4-a

10:00– 10:12

E06

Fabrication of polyamide-TFC membrane using porous ceramic substrate

(MaF¡¦Tech¡¦C) *Takahashi Ryosuke, Yoshioka Tomohisa, Shintani Takuzi, Nakagawa Keizo, Matsuoka Atsushi, Sasaki Yuji, Kamio Eiji, Matsuyama Hideto

Polyamide
Ceramic membrane
Nanofiltration

4-a

146

10:12– 10:24

E07

Examination of Zeolite-TiO2 composite membrane aiming at decomposition of dissolved organic matter

(Yamaguchi U.) *sakai hiroshi, murasaki kouhei, kumakiri izumi

membrane
Zeolite
TiO2

4-a

286

10:24– 10:36

Break

(10:36–11:36) (Chair: No data , No data )

10:36– 10:48

E09

Adsorption characteristics of acid clay as adsorbent for caffeine

(U. Hyogo) *Ouchi Shuhei, Matsuda Toru, Taguchis Shogo, Maeda Kouji, Yamamoto Takuji

caffeine
acid clay

4-e

102

10:48– 11:00

E10

Characterization of Multimodal Chromatographic resins using Design of Experiments

(Kyoto Inst.Tech.) *Kobayashi Ryo, Ohara Ayaka, (YMC) Takahashi Ryosuke, Takai Takatomo, (Kyoto Inst.Tech.) Horiuchi Jun-ichi, Kumada Yoichi

Multimodal chromatography
Design of Experiments
protein adsorption

4-e

299

11:00– 11:12

E11

Development of Zn plating wastewater by adsorption separation system using ion exchange/chelate fibers

(NIT Nara) *Kinooka K., Hayashi K., Nakamura H.

Adsorption separation
Ion exchange/chelate fibers
Plating wastewater

4-e

201

11:12– 11:24

E12

Preparation of activated carbon from waste orange peels by microwave heating

(NIT Wakayama) *Wada Kazuma, Kishimoto Noboru

Microwave
Activated carbon
Orange peel

4-e

273

11:24– 11:36

E13

Applying chlorophyll to sunscreen cream

(Osaka Pref. TENNOJI H.S.) *Mori A., *Shinohara M., *Okada M.

Synergy
Sunscreen cream
Persistence

14-e

137

12:00– 12:12

Lunch break

Supercritical fluid

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

E21

Mechanochemical effect on cocrystal formation in high-pressure CO₂

(Tokyo Tech) *Kobayashi K, Orita Y, Shimoyama Y

high-pressure CO2
mechanochemical effect
cocrystallization

8-e

199

13:12– 13:24

E22

Fabrication of visible light responsive photocatalyst by supporting CuO fine particles on TiO₂ thin film using supercritical fluid deposition

(U.Tokyo) *Sato S., Aji R., Deura M., (Tokyo Tech) Shimoyama Y., (U.Tokyo) Shimogaki Y., Momose T.

supercritical fluid deposition
visible light responsive photocatalyst

8-e

141

13:24– 13:36

E23

Effects of equipment factors on production of microparticles by supercritical anti-solvent recrystallization (SAS) in micro-space

(Kanazawa U.) *Hada T., Kasahara N., Uchida H.

SAS
Micro device
Sulfathiazole

8-e

265

13:36– 13:48

E24

Preparation of ionic liquid impregnated mesoporous silica material using supercritical fluid method

(Hiroshima U.) *So Ryosuke, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki

Supercritical carbon dioxide
Mesoporous silica
Ionic liquid

8-e

184

13:48– 14:00

E25

Measurement and modeling of adsorption equilibria of ester VOCs in supercritical CO2 for regeneration of high-performance activated carbon

(Hiroshima U.) *Ueno Yuji, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki, (DAI-DAN Co) Ito Yasuyuki, (Tohoku U.) Inomata Hiroshi

Supercritical carbon dioxide
Activated carbon
Adsorption

8-c

197

14:00– 14:12

E26

Heat transport behavior of supercritical nano fluid

(U.Tohoku) *Chiba N, (WPI-AIMR) Yoko A, (NICHe) Seong G, (IMRAM) Tomai T, (WPI-AIMR) Adsciri T

supercritical water
nano fluid
heat transfer

8-b

14:12– 14:24

E27

Effect of coexisting ions and pH on the decomposition of dibutyl phosphate in high-pressure and high-temperature water

(NIT Hachinohe) *Chiba Fumie, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (Utsunomiya U.) Satou Takafumi, (NIT Hachinohe) Honma Tetsuo

Dibutyl phosphate
Coexisting ions
Reaction rate analysis

8-d

158

14:24– 14:36

Break

Supercritical fluid

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

E29

Development of Medical Nanoparticles using The Technology of Extractions of Emulusions

(Fukuoka U.) *Yashima Nanako, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Nanoparticles
Supercritical carbon dioxide
Emulsion

8-e

274

14:48– 15:00

E30

Extraction of Flavones from natural plants

(Fukuoka U.) *Asao Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

High pressure carbon dioxide
Luteolin
Apigenin

8-c

275

15:00– 15:12

E31

Development of New Pesticides

(Fukuoka U.) *Ema Konoka, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Pyriproxyfen
Supercritical carbon dioxide
Pesticides

8-e

276

15:12– 15:24

E32

Development of Medical Devices by PGSS Method

(Fukuoka U.) *Nakamoto Yuki, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Supercritical carbon dioxide
Caffeine
Micro coating

8-e

277

15:24– 15:36

E33

Microencapsulation of Levofloxacin

(Fukuoka U.) *Tamaoki Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Microcapsule
Supercritical Carbon Dioxide
Levofloxacin

8-e

278

15:36– 15:48

E34

Liquefaction of Sake Lees by Subcritical Water Treatment and Evaluation as a Vinegar Manufacturing Additives

(kumamoto U.) *murakai daigo, (GSST,kumamoto U.) minami katsuya, yamato kazuharu, (MAFT) hirayama syouji, hoshino yuriko, (Maruboshi Vineger Co.) hoshino munehiro, (FAST,kumamoto U.) kida tetsuya, (IINa,kumamoto U.) sasaki mitsuru, (Craftman Co.) matsumori yukihiro

Subcritical Water
Liquefaction
Sake Lees

8-f

202

15:48– 16:00

E35

Decomposition of dibutyl phosphate in high temperature and high pressure water using metal oxide catalysts

(NIT Hachinohe) *Shimosawa Mayu, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (NIT Hachinohe) Honma Tetsuo

dibutyl phosphate
high temperature and high pressure water
solid catalyst

8-d

157

Hall F

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

F02

Formation of bio-compatible micro-capsules by atomization of o/w emulsion

(Tokyo U.Sci.) *Fukuda R., Murakami Y., Matsukawa H., Otake K., Shono A.

Bio compatible microcapsules
Atomization
Emulsion

7-h

9:24– 9:36

F03

Construction of Polyethylene Glycol-Modified Titanium Peroxide Nanoparticles and Use for Cell Damage

(U. Kobe) *Morishita T., Kawamoto K., Koterasawa S., Ooya T., Nishimura Y., Morita K., Kondo A., Ogino C.

Titanium peroxide nanoparticles
Glucuronic acid
Polyethylene glycol

7-e

312

9:36– 9:48

F04

Evaluation of mucin solution lubrication by sliding friction device

(NIT Oyama colledge) *Ozeki Kosei, Nasu Yuki, Yajima Natsumi, (NIT Gunma colledge) Ooka Hisako, (Nagaoka U. Tech.) Kuwahara Takashi, (NIT Oyama colledge) Tanaka Takakuni

Friction
mucin
lubrication

7-i

170

9:48– 10:00

F05

about maillard reaction by different kinds of suger

(hiroshimakokutaiji) *Noda Momoka, *Naka Hinata, (hiroshimakokoutaiji) *Hamai Nanaha, (hiroshimakokutaiji) *Matsuura Keita, *Tango Akira

maillard
suger
the depth of a color

7-h

10:00– 10:12

F06

Possible factors which influence the Melanoidine formation on Maillard reaction.

(Nanao H.S.) *Suzuki Ayaka, *Taniguchi Reku, *Futamata Jyunsei, *Matsuo Nozomi

Maillard reaction
Melanoidine formation
influence factor

7-h

10:12– 10:24

F07

The tendency of character recognition influenced by personality

(tennoji-hs) *Hamada N., *Hashimoto M., *Kawamura R., *Nishizawa C.

character recognition
personality
character realm

7-i

10:24– 10:36

Break

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

F09

Tyrosine kinase responsive peptide lipids for selective cancer cell killing

(Kobe U.) *Shimizu Natsumi, Kanemitsu Sayuki, Yashiro Tomoko, Maruyama Tatsuo

cancer cells
peptides
tyrosine kinase

7-b

10:48– 11:00

F10

Domain-Selective Membrane Decoration with Protein using Enzymatic Lipid Modification

(Kyushu U.) *Uchida Kazuki, Obayashi Hiroki, Minamihata Kosuke, ¥ï¥«¥Ð¥ä¥· ¥ê¥¨, Goto Masahiro, (JAIST) Shimokawa Naofumi, Takagi Masahiro, (Kyushu U.) Kamiya Noriho

Enzymatic lipidation
Lipid-protein conjugate
Lipid domain

7-i

117

11:00– 11:12

F11

The effect of temperature and saccharides in fermentative activity in Metschnikowia pulcherrima and Candida apicola

(Tamagawa U.) *Osawa Akuru, Katsumata Miki, Seki Hiroko

natural yeast
Bread

7-h

328

11:12– 11:24

F12

Creating cockroach attractants

(Hiroshimakokutaiji) *Kimura Takumu, *Takimoto Yuta, *Nakamura Haruko

cockroach
food
Attractant

7-b

11:24– 11:36

F13

What the hell does ant really like!

(Hiroshimakokutaiji) *Ueno Masami, *Kotani Shu

ant
preference
history of evolution

7-b

11:36– 11:48

F14

Chemical chemotaxis of P.bursaria against attractants.

(tennoji-hs) *Masago Y., *Tsudaka K., *Oda S.

P.bursaria
Symbiosis
Microorganisms

7-b

11:48– 12:00

F15

The Relationship between the way of the preservation and incubation of dry eggs of Artemia

(tennoji-hs) *Nshikawa K., *Mizobuchi Y., *Takimoto S., *Tachibana M.

Artemia
Dried egg
Incubation environment

7-a

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

F21

Verification of BALM Hypothesis

(tennoji-hs) *Saeki K., *Deguchi T., *Naka R., *Okihashi M.

woodlice
BALM Hypothesis
Nylon

7-a

13:12– 13:24

F22

Spatial Awareness in Woodlice.

(tennoji-hs) *Sakaguchi A., *Nishimura N., *Kobayashi A., *Shiroyama K.

Woodlice
Spatial Awareness
Antenna

7-f

13:24– 13:36

F23

Behavioral changes of woodlice in the colors of light.

(tennoji-hs) *Omura R., *Otsuka N., *Morimoto S., *Yamagishi S.

woodlice
colors of light
behavior

7-f

13:36– 13:48

F24

Characterization of separation behavior of monolith chromatography with polymeric ligand

(Yamaguchi U.) *Yoshimura Yusuke, Yoshimoto Noriko

monolith
chromatography
adsorption

7-a

322

13:48– 14:00

F25

Thermodynamics of antibody adsorption on protein A chromatography resin

(yamaguchi U.) *Yoshii Hidekazu, Yoshimoto Noriko

IgG
protein A
adsorption

7-a

259

14:00– 14:12

F26

Development of stable affinity ligands from naive VHH library

(Kyoto Inst.Tech.) *Takahashi Asuka, (ARK resource) Kiyose Norihiko, Miyazaki Nobuo, (Kyoto Inst.Tech.) Horiuchi Jun-ichi, Kumada Youichi

VHH
naive library
affinity ligands

7-d

301

14:12– 14:24

F27

Creation of next-generation diagnostic devices based on the diversity of VHH naive liblary

(Kyoto Inst. Tech.) *Kawaguchi Taiki, (ARK resource) Kiyose Norihiko, Miyazaki Nobuo, (Kyoto Inst. Tech.) Horiuchi Jyun-ichi, Kumada Yoichi

VHH
naive library
screening

7-d

287

14:24– 14:36

Break

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

F29

Cultivation of fungi using rotary shaker with inversion.

(Niigata Inst. Tech.) *Ishizaka Y., 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
Aspergillus oryzae

7-a

242

14:48– 15:00

F30

Effect of nitrogen source on cell growth of lipid assimilating yeast.

(Niigata Inst. Tech.) *Yamashita M., Kobayashi Y., Endoh K., Takesono S., (Tsukuba U.) Nakajima T., (Lab. Tsukuba Env. Microb.) Shigeno T., (Niigata Inst. Tech.) Onodera M.

nitrogen source
cell growth
lipid assimilating yeast

7-a

247

15:00– 15:12

F31

Production of biodegradable plastics from palm industrial waste as a carbon source by oleaginous yeast Lipomyces starkeyi

(U.Kobe) *Nakamura Y., Tsuboi H., Prihardi Kahar, (I.Kobe) Kondo A., (U.Kobe) Ogino C.

Lipomyces starkeyi
PHA
PhaC1

7-d

296

15:12– 15:24

F32

Construction of a metabolic model of thermophilic actinomycetes and examination of its application to substance production

(U.Kobe) *Kobayashi Tomoya, Ota Katsumi, Saito Akane, Watanabe Naoki, Takenaka Musashi, Kondo Akihiko, Ogino Chiaki

Streptomyces
Flux Balance Analysis
metabolism

7-a

250

15:24– 15:36

F33

Antibacterial action of pungency ingredient(AITC)

(nirasaki H.S.) *uchida momoka, *moriya kaito, *sinohara daiti

pungency ingredient
antibacterial action
allyl isothiocyanate

7-g

143

15:36– 15:48

F34

Antimicrobial effects of metals and other substances on hand fungus

(Hiroshima kokutaiji H.S.) *Shigenobu Hana, *Suga Shoei, *Sugimoto Sena, *Matsumoto Taichi, *Morimoto Yoshinori

agar
culture
antibacterial

7-g

15:48– 16:00

F35

The best way to sanitize various types of the cloth.

(tennoji-hs) *Yamamoto S., *Yoshimura M., *Tanioka M., *Nakanishi M.

sanitization
sports
cloth

7-e

Hall G

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:00–10:24) (Chair: No data , No data )

9:00– 9:12

G01

Efficient production of lactic acid using thermotolerant Bacillus smithii by simultaneous saccharification and fermentation at high temperature

(Kyoto Inst. Tech.) *Nomura Kanari, Horiuchi Jun-ichi, Kumada Yoichi

biomass
corn cobs
lactic acid

7-a

212

9:12– 9:24

G02

Cultivation of microalgae by utilization of unused nutrients discharged from a sewage treatment plant

(U.Hiroshima) *Nakagochi Yuki, Gotoh Takehiko, (U. Hiroshima) Nishijima Wataru, Nakai Satoshi

Nannochloropsis oceania
STS
ADE

7-g

311

9:24– 9:36

G03

Planarian tactics

(tennoji-hs) *Tahara Y., *Kawamoto E., *Hamate A., *Okane Y., *Yamawaki H.

planarian
tactics

7-b

9:36– 9:48

G04

effective ways to clean up spider web

(tennoji-hs) *Minami T., *Ueda Y., *Matsui Y., *Yarino K., *Yoshioka K.

spider web
base
dissolve

7-b

9:48– 10:00

G05

How to efficiently grow broccoli sprouts hydroponically

(Hiroshimakokutaiji) *Nishizaki Yuki, *Katsuragi Kei, *Hamano Harune

water cultivation
Plant Growth Regulator
Microgreens

7-h

10:00– 10:12

G06

Effect of microplastics on oysters¡¡~Let's save oysters of Hiroshima~

(Hiroshimakokutaiji) *Ishida Asumi, *Ishida Wako, *Kadowaki Ryusei

microplastic
oyster
interrelationship

7-a

10:12– 10:24

G07

Hi^Planarian¡¡Do you want to bend?

(Hiroshimakokutaiji) *Manabe Miyu, *Kuyama Asaki, *Kouno Mizuki, *Sedo Kotomi

planarian
sound
light

7-b

10:24– 10:36

Break

(10:48–12:00) (Chair: No data , No data )

10:48– 11:00

G10

Examination of the force affecting plasmid conjugation transmission in bacterial cells in fluid

(U.Shizuoka) *Hashimoto A., Takeda K.

plasmid conjugation
force
fluid

6-g

180

11:00– 11:12

G11

Inactivation of fungal and bacterial spores in ozonated water produced by electrolysis system.

(NIT Kochi) *Shimomoto Ami, Doi Toshifusa

spore
inactivation
ozoned water

7-i

144

11:12– 11:24

G12

Habitat survey of Japanese eels using environmental DNA.

(tennoji-hs) *Monguchi Y., *Watanabe S., *Oda K., *Sakiguchi A.

environmental DNA
Anguilla japonica
Yodo river

7-d

11:24– 11:36

G13

Germination Suppression by Cherry Leaves2 ¡Á close the secret of coumarin ¡Á

(chienkan) Kubushiro takatsugu, Tsuchihashi Ami, Moronaga Kazuma, Chiwata tamaki, *Noda Mitsuki, *Hirose Ayane, *Nakahara Nana

coumarin
lactone
gibberellin

7-i

11:36– 11:48

G14

Genetic analysis of Japanese firefly (Southern Alps group) and determination area

(nirasaki H.S) *akiyama shion, *oikawa seiki

DNA
firefly
environmental protection

7-d

280

11:48– 12:00

G15

Bacteria in the insectivorous plant's pitcher

(Hiroshimakokutaiji) *Fujimoto Iori, *Eki Haruto, *Kimura Issin, *Imaoka Yuuki

insectivorous plants
germs
aphids

7-a

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

G21

High cell density culture of recombinant E. coli by DO-stat fed-batch culture and its application to single-chain antibody production

(Kyoto Inst. Tech) *Suzuki Takahiro, Kumada Yoichi, Horiuchi jun-ichi

fed-batch
E.coli
DO-stat

7-a

218

13:12– 13:24

G22

Effect of oxygen transfer rate on single-chain antibody production using recombinant E. coli

(Kyoto Inst. Tech) *Yukawa Chuji, Kumada Yoichi, Horiuchi Jun-ichi

DO-stat
fed-batch culture
E. coli

7-a

253

13:24– 13:36

G23

Efficient of glycerol production from CO₂ using Dunaliella tertiolecta

(Kyoto Inst. Tech.) *Tatebayashi Naoto, Kumada Yoichi, Horiuchi Jun-ichi

Airlift bioreactor
Dunaliella tertiolecta
Glycerol

7-a

292

13:36– 13:48

G24

Analysis of secretory production characteristics of exogenous redox enzyme using filamentous fungi

(U.kobe) *Ono Taiki, Kondo Akihiko, Ogino Chiaki, Sakuragawa Taku, Tsujino Yoshio, (Ozeki) Semba Hironori, Tsuboi Hirokazu, Bogaki Takayuki

Filamentous Fungi
Enzyme
Fermentation

7-a

291

13:48– 14:00

G25

Online measurement of bacterial concentration by Raspberry Pi

(NIT Oyama colledge) *Ito Kota, Nishihara Yusuke, Degawa tsuyoshi, Kobayashi Yasuhiro, Tanaka Takakuni

Raspberry Pi
Image analysis
bacterial concentration

7-a

156

14:00– 14:12

G26

The attempt at remote experimentation for students, producing a microbial growth curve

(Dep.Chem.Eng.TNCT) *Kamo Airi, (Chem.Eng.TNCT) Itoh Atsuko

microbial growth curve
remote experimentation

14-c

14:12– 14:24

G27

Study about DLA by computer simulation

(Hitachi daiiaochi H.S.) *Funabashi Ituni, *Uchida Kouki

DLA
computer simulation

6-g

310

14:24– 14:36

Break

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

G29

Development of transdermal malaria vaccine

(kyushu U.) *Tanaka Keisuke, Minamihata Kosuke, Higashizima Koki, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro

Drug delivery system
Vaccine
Transdermal

7-e

14:48– 15:00

G30

An investigation on the sensitivity of fluorescence anisotropy immunosensor

(Seikei U.) *Wen Liping, Suzuki Seiichi, Sugawara Kazuki, Kato Shigeru

Fluorescence Anisotropy
Immunosensor

7-e

124

15:00– 15:12

G31

Model gliding tests of eagles and albatross, for the purpose of examining differences between land birds and seabirds.

(tennoji-hs) *Irie R., *Wakitani S., *Karinaga A., *Shimizu K.

Gliding test
Model bird
Biomechanics

7-i

15:12– 15:24

G32

The difference of the amount of feed when the color of the light changes.

(tennoji-hs) *Ito H., *Kawamura T., *Ushirokawa K., *Kobayashi S.

goldfish
food intake
light color

7-b

15:24– 15:36

G33

Research on improving the effect of green curtains

(tennoji-hs) *Umakoshi D., *Takayama S., *Nakartani R., *Tomioka K.

green curtain
leaf
chloroplast

7-g

15:36– 15:48

G34

Secret of the deliciousness of the Wagyu beef

(Sakushin Gakuin H.S.) *Ueda Ayana, (Sakushin Gakuin High Schooli) *Sakamoto Aika, (Sakushin Gakuin H.S.) *Tabusi Airi, *Ohfusa Ayano, *Kuwasima Rin

Wagyu beef
amino acid

7-h

Hall H

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

H02

Control of the desorption of ¦Ð-Conjugated Ru Complexes from Layered Manganese Oxides and their Electrochemical Properties

(kanto gakuin U.) *Utsumi Runa, Ou Itsuou, Itakura Matoko, Okiguti Riku, Nagashima Yuya, Tomono Kazuaki

¦Ð-Conjugated Ru Complexes
Manganese Oxides
Electrochemical Properties

11-a

138

9:24– 9:36

H03

Capacitor with variable capacitance by carbon fixed electrode/carbon slurry electrode

(Gunma U.) *Hirosaki Yurika, Ishitobi Hirokazu, (Nihon U.) Teramoto Kazunori, (AION) Tsukada Hidehiko, Tomita Natsumi, (Gunma U.) Nakagawa Nobuyoshi

super capacitor
seamless porous carbon
carbon slurry

9-a

9:36– 9:48

H04

Gel Daniel Battery

(Kumamoto H.S.) *Yamada Taiga, *Morikawa Kanta, *Hatanaka Airi, *Nakano Kaneki

Battery
Gel

11-a

190

9:48– 10:00

H05

Higher efficiency of dye-sensitized solar cells

(MITA International School) *Motomura Ryushin, *Asano Kai, *Takahashi Leon Lothar, *Tsurunosono Teppei

Dye-Sensitized Solar cells
Natural dye

9-a

336

10:00– 10:12

H06

Improving Performance of Mg-Air Batteries by Activation of Charcoal as a Positive Electrode

(Ehime prefectual Saijo H.S./Ehime U. GSC) *Nochi K., (Ehime prefectual Saijo H.S.) *Terada N., *Fujita M., *Murakami T., *Takahashi S.

Mg-Air Battery
activation
charcoal

14-e

205

10:12– 10:24

H07

(withdrawn)

100

224

10:24– 10:36

Break

(10:48–12:00) (Chair: No data , No data )

10:48– 11:00

H10

Preparation of silica microcapsules with sugar alcohol for thermal storage and effect of silica precursor reaction field

(U.yamagata) *Takahshi R., Makuta T.

Thermal storage
Microcapsule
Silica

9-b

217

11:00– 11:12

H11

Improvement of specific capacitance of multilayered MnO₂ by using metal complexes having different absorption wavelengths

(Kanto gakuin U.) *sato suzunosuke, okiguti riku, abe mayumi, natui kouta, tomono kazuaki

Manganese oxide
Capacitor material
Transition metal complex

11-b

11:12– 11:24

H12

Optimization of the electrodeposition of a novel Co complexes/layered-MnO₂ and the influence of scanning speed of the films

(Kanto Gakuin U.) *Okiguchi Riku, Yoshinaga Yusuke, Satou Takumi, Tomono Kazuaki

Co complexes
Layered manganese oxide
scanning speed

11-b

11:24– 11:36

H13

Fabrication and optimization of alternating layered manganese oxides with interlayer ions of functional molecules

(Kanto gakuin U.) *Hasegawa Kei, Itakura Makoto, Ou Ituou, Inaba Kosuke, Tomono Kazuaki

Layered manganese oxide
Layered lipid
Layered cobalt

11-a

11:36– 11:48

H14

Electrophoresis¡¼We find how to appeare band¡¼

(TakaokaMinami) *Shimada R., *Kawaguchi Y.

electrophoresis
supercooling
casein sodium

11-a

325

11:48– 12:00

H15

Creating a copper-plated oxide film on iron

(Osaka Pref. Tennoji H.S.) *Iwai Mayu, *Okura Kanade, *Honda Riko, *Kawahara Ito

Plating
Oxide film
Coloring

14-e

160

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

H21

Dehydration of Alkali Metal Compounds Added Magnesium Hydroxide as a Thermochemical Energy Storage Material

(Chiba U.) *Aoyama Saya, Kurosawa Ryo, Ryu Junichi

Dehydration Kinetics
Magnesium Hydroxide
Thermochemical Energy Storage

9-b

13:12– 13:24

H22

Composition optimization of magnesium hydroxide as a chemical heat storage material by machine learning

(Chiba U.) *Nagano Mizuki, ¥¦¥á¥Ä ¥¿¥¯¥ß, Kurosawa Ryo, Ryu Junichi

Thermochemical Energy Storage
Bayesian Optimmization
Machine Learning

9-b

13:24– 13:36

H23

Growth mechanism and reaction promotion for carbon nanotubes in chemical looping methane cracking process

(UTokyo) *Ishida Haruto, Matsuo Hiroki, Otomo Junichiro

Methane cracking
Carbon nanotube
Chemical looping

9-c

317

13:36– 13:48

H24

Preparation of thermoelectric materials based on metal fixed carbon nanotube sheet

(NIT Gunma Kosen) *Tomaru Taisei, Kudo Shoji, Ota Michiya

Thermoelectric materials
Carbon nanotube
Metal fixed carbon nanotube

9-d

313

13:48– 14:00

H25

Preparation of thermoelectric materials based on Ag nanoparticle-fixed carbon nanotube sheet

(NIT Gunma Kosen) *Matsuda Rame, Tomaru Taisei, Kudo Shoji, Ota Michiya

Thermoelectric materials
Carbon nanotube
Ag nanoparticle

9-d

318

14:00– 14:12

H26

Study of friction between ground surface and object surface

(Kokutaiji H.S. Physics team) *Urabe Taiga, *Aruta Sougo, *Fuzii Takumi

dynamic friction
state of the interface
kinetic energy

9-f

14:12– 14:24

H27

The study of flame reaction using their spectrum

(Tsuyama H.S.) *Takatori Yuzuka, *Hikasa Miaki, *Haruki Eri, *Fukui Asumi, Shiota Ryosuke, *Matsuno Kouta, Niinou Kenji

spectrum
flame reaction
electron spectrometer

9-f

225

14:24– 14:36

Break

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

H29

Electrochemical behaviors of sodium borohydride for energy devices

(Gunma U.) *Wakasugi Takuma, Ishitobi hirokazu, (SEE-I) Sato Kanzi, (LE System) Shimato kouzi, Sugita Takeshi, (Gunma U.) Nakagawa Nobuyoshi

electrochemical energy devices
multi-electron electrochemical reaction
sodium borohydride

9-e

140

14:48– 15:00

H30

Electrochemical Characterization of Titania Anode Material for Magnesium Ion Batteries

(Shizuoka Inst. Sci. Tech.) *Kurata Takami, Tojo Tomohiro

Magnesium Ion Batteries
Titania
Electrode

11-a

15:00– 15:12

H31

Preparation and performance evaluation of activated carbon for EDLC electrode using bamboo

(NIT or Nippon Inst. Tech. or NITechAnan Col.) *Naoe Shouta, (Tokusima Unly) Hironaka Kousuke, (NIT or Nippon Inst. Tech. or NITechAnan Col.) Kouzai Takanori, Fujihara Takeshi, Konishi Tomoya, Kamano Masaru, Zheng Tao

activated carbon
micropores
capacitor electrode

9-c

319

15:12– 15:24

H32

Study of the relation between¡¡electric discharge and sound

(Kokutaiji H.S. Physics Team) *Tadou Hinata, *Shibata Kento, *Ikadatsu Kei

Voltage
Electrical
Sound

9-f

15:24– 15:36

H33

Manufacture and performance improvement of magnesium batteries

(Akita senior H.S.) *Nagao Hana, *Kanda Shin, *Mimori Kai, *Ooyama Rihito

battery
MAFC
fuel cell

11-a

252

15:36– 15:48

H34

Changes in electromotive forces due to salt bridge in Daniell cell

(Mito First H.S.) *Takada Yuka, Kushida Masahiko

Daniell cell
salt bridge
electromotive forcesl

11-a

175

15:48– 16:00

H35

Research of resonance in the half landing (Part3)

(nirasaki H.S.) *Uchiyama Jyoutaro, *Asakawa Ten, *Igawa Kenzo, *Nakajima Oh

stationary wave
normal modes harmonics
sound attenuation

9-f

241

Hall I

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

I02

Solubilization mechanism of poorly water-soluble drugs triggered by ZIFs

(Osaka Pref U.) *Ohshima Kazuki, Ohsaki Shuji, Nakamura Hideya, Watano Satoru

Solubilization
Metal-Organic Framework
Poor water-soluble drug

12-c

181

9:24– 9:36

I03

Development of pH responsive permeation system with polyacrylic acid coated alumina particle layer

(Utsunomiya U.) *Ogino Ryuya, Makino Kotomi, Sato Takafumi, Itoh Naotsugu

Alumina particle
pH responsive permeation
polyacrylic acid

12-c

9:36– 9:48

I04

Synthesis of ZnO/SiO₂ composite particles via spray method and their acid resistance properties

(Hiroshima U.) *Kaseda Shogo, Hirano Tomoyuki, Ogi Takashi

ZnO
acid resistance
UV absorption

12-c

209

9:48– 10:00

I05

Preparation of calcium carbonate coated micro particles with amphipathic block copolymer

(Tokyo U. Sci.) *Ito Hideto, Matsukawa Hiroaki, Murakami Yuya, Shono Atsushi, Otake Katsuto

functional particle
calcium carbonate
amphipathic block copolymer

12-c

179

10:00– 10:12

I06

Preparation and evaluation of nanoporous carbon-coated TiO₂ nanoparticles by vapor polymerization method

(NIT or Nippon Inst. Tech. or NITechAnan Col.) *Kondo Sho, (Tokushima Unly) Hironaka Kousuke, (NIT or Nippon Inst. Tech. or NITechAnan Col.) Kouzai Takanori, Fujihara Takeshi, Konishi Tomoya, Kamano Masaru, Zheng Tao

carbon-coated
nanoporous
vapor polymerization method

12-c

323

10:12– 10:24

I07

Synthesis of Li₄Ti₅O₁₂ nanoparticles as an negative electrode material for Lithium ion battery

(NIT Anan,Col.) *Moriyoshi Eriko, (Tokushima U.) Hironaka Kusuke, (NIT Anan,Col.) Kouzai Takanori, Fijihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya

Li4Ti5O12
TiO2
Lithium ion battery

12-c

321

10:24– 10:36

Break

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

I09

Kinetic analysis of adsorption-induced structural transition behavior on flexible metal-organic frameworks

(Kyoto U.) *Sugawara I., Sakanaka Y., Hiraide S., Miyahara M.

metal-organic frameworks
gate adsorption
kinetic analysis

12-a

245

10:48– 11:00

I10

Structure design for improving mechanical properties of CFRTP

(Nagoya U.) *Kira Kouei, Kim Seulchan, Yamamoto Tetsuya

CFRTP
Interface control
Material structure

12-a

11:00– 11:12

I11

Surface and interface control of high thermal conductivity h-BN filler by hydrothermal treatment

(U.Tohoku) *Onuma H., (IMRAM) Tomai T., (NICHe) Seong G., (WPI-AIMR) Yoko A., Adsciri T.

h-BN
hydrothermal
surface modification

12-a

11:12– 11:24

I12

Collective motion of catalytic particles in various types of organic fuels

(Doshisha U.) *Shinano Hiroki, Okamoto Yasunao, Yamamoto Daigo, Shioi Akihisa

collective motion
catalytic particle
organic fuel

12-a

304

11:24– 11:36

I13

Preparation of Liquid Marble and volatile properties from the interface involved with correlation between surface characteristics of supporting flat plate and droplet stability

(Nihon U.) *Tsugifuji Homare, Tao Kei, Imai Masanao

Liquid Marble
Volatile properties
Droplet stability

12-a

191

11:36– 11:48

I14

Valuation of the detergency of Soap molecules

(Tamagawa Academy) Imatoki Erena

soap
detergency

1-e

327

11:48– 12:00

I15

Study of the cost performance of the commercial pump-type hand soaps

(HITACHI DAIICHI) *Ooya Hayami, *Ema Yuki, Yamaguchi Satoru

hand soaps
cost performance
foam type

14-b

173

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

I21

High internalization and controlled release of water-soluble ingredients into gel microcapsules

(U.Miyazaki) *Tamarimizu Yamato, Matsune Hideki, (NIT.Miyakonojo Col.) Kiyoyama Shirou, (U.Kagoshima) Takei Takayuki, Yoshida Masahiro, (U.Miyazaki) Shiomori Kouichirou

gel microcapsule
high entrapment
release control

12-b

324

13:12– 13:24

I22

Characterization of assembled property of fatty acid/detergent bicelle

(U. Hyogo) *Tachibana Yasuaki, Kimura Yuta, Taguchi Shogo, Maeda Kouji, Yamamoto Takuji

fatty acid
bicelle

12-i

106

13:24– 13:36

I23

Cultivation of microorganisms in Pickering emulsion stabilized by stearate microparticles

(NIT Nara) *Mazlan Muhammad Waffieq Syarafuddin, Aiki Kazuma, (Kanagawa Inst. Tech.) Sawai Jun, (NIT Nara) Naoe Kazumitsu, (Nihon U.) Imai Masanao

Pickering emulsion
stearate
cultivation

12-b

167

13:36– 13:48

I24

Study on time dependence of solubilization control in an aqueous solution of amphoteric surfactant

(NIT.Ube) *Uchikura A., Takata Y.

amphoteric surfactant
solubilization
pH

12-a

13:48– 14:00

I25

Research of under water soap bubbles IV

(nirasaki H.S.) *ogata kento, *kato takaharu

Underwater soap bubbles
Interference fringes
heat

12-a

165

14:00– 14:12

I26

A soap bubble which is hard to break

(Osaka Pref. TENNOJI H.S.) *Hirakawa Shinra, *Kitagawa Katsuhisa, *Matsui Kenta, *Masui Shunsuke

viscosity
sugar
PVA starch

14-e

162

14:12– 14:24

I27

Development of fabric softener to increase flexibility keeping water absorption

(Osaka Pref. TENNOJI H.S.) *Takahara M., *Honda K., *Fukushima Y., *Miyamoto M.

softener
flexibility
water absorption

14-e

149

14:24– 14:36

Break

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

I29

Rheological characterization of capillary suspension composed by fine green tea powder and plant lipids

(Nihon U.) *Ishige Kohei, Tao Kei, Imai Masanao

Capillary suspension
Rheological properties
functional food

12-l

187

14:48– 15:00

I30

Effects of Solution Concentrations on the Deposition of TIPS-pentacene Thin Films by Spin Coating Technique

(Kanazawa U.) *Okuda A., Sakamoto Y., Uchida H.

Spin coating
TIPS-pentacene
Thin film transistor

12-h

279

15:00– 15:12

I31

Novel synthesis method of silver nanowire using alkylamine

(U.Miyazaki) *Wakamatsu Toshiki, Matsune Hideki, Shiomori Koichiro

silver nanowire
alkylamine
large scale synthesis

12-d

305

15:12– 15:24

I32

Measurement of hybrid nanoparticle aggregation with an analytical centrifuge

(U. Tohoku) *Fujishima Kensuke, Smith Richard, Guo Haixin

hybrid nanoparticle
aggregation
analytical centrifuge

12-d

285

15:24– 15:36

I33

Purification of chitin from red rice prawn and synthesis and characterization of chitin butyrate

(KOSEN, Kitakyushu) *Nakanishi D., Maeda R., (Kyoto U.) Sugimura K., Kamitakahara H., Nishio Y.

chitin
chitin butyrate
polymer composite

12-j

235

15:36– 15:48

I34

Dye separation using CDP

(NIGAWAGAKUINhigh school) *Ogata Rara, (NIGAWAGAKUIN high scahool) *Tujimoto Shuto

Cyclodextrin
Inclusion
Phenolphthalein

12-d

Hall J

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

J02

Development of Formaldehyde-Free Melamine Microcapsules

(Okayama U.) *Kasajima K., Watanabe T., Ono T.

Microcapsule
In-situ polymerization
Phase separation

12-f

131

9:24– 9:36

J03

Preparation of hollow silica nanocapsules entrapping enzymes

(U.Miyazaki) *Egami I., Matsune H., Shiomori K.

enzyme
silica
nanocapsule

12-f

307

9:36– 9:48

J04

Adjustment and characteristic control of ph-responsive microcapsules containing solid paticles

(U.miyazaki) *Noda Yosuke, Matsune Hideki, Shiomori Kouichiro

microcapsule
polystyrene
sodium aluminate

12-f

300

9:48– 10:00

J05

Production of bacterial cellulose by acetic acid bacteria in liquid marbles of stearate microparticles

(NIT Nara) *Yamakawa Kureha, Higashio Koko, (Kanagawa Inst. Tech.) Sawai Jun, (NIT Nara) Naoe Kazumitsu, (Nihon U.) Imai Masanao

bacterial cellulose
liquid marble
stearate

12-f

164

10:00– 10:12

J06

Preparation of drug-loaded cyclodextrin MOF for DDS carrier

(Ariake Kosen) *Koga Akihiro, Okobira Tadashi, (Sojo U.) Kusakabe Katsuki, (Ariake Kosen) Okobira Tadashi

cyclodextrin
MOF
DDS

12-f

154

10:12– 10:24

J07

Efficiency of luminol reaction

(Mito First H.S.) *Sunaoshi Tmohiro, Kushida Masahiko

chemiluminescence
luminol
metal complex

12-m

193

10:24– 10:36

Break

(10:36–11:48) (Chair: No data , No data )

10:36– 10:48

J09

Photocatalytic properties of ionic hydrogel containing CuS nanoparticles

(Hiroshima U.) *Kondo Ukyo, Gotoh Takehiko, Nakai Satoshi

Hydrogel
Photocatalyst
nanoparticles

12-e

251

10:48– 11:00

J10

Preparation of cryogels particles containing LDH and adsorption characteristics harmful substances

(U.miyazaki) *Kurogi takahiro, Matsune Hideki, Shiomori Kouichiro

microcapsule
cryogel
LDH

12-e

308

11:00– 11:12

J11

Poly(ionic liquid)s Ion Gels with High Mechanical Strength Using Cellulose Nanofibers

(Okayama U.) *Oe E., Watanabe T., Ono T.

Poly(ionic liquid)s
TEMPO-oxidized cellulose nanofibers
Double network

12-e

108

11:12– 11:24

J12

Hydrogelation mediated by photocatalyst generating H2O2 upon visible light irradiation

(U. Osaka) *Kitatani Yuki, Shiraishi Yasuhiro, Nakahata Masaki, Kojima Masaru, Hirai Takayuki, Sakai Shinji

hydrogelation
photocatalyst
horseradish peroxidase

12-e

139

11:24– 11:36

J13

Development of hydrogels formed by cross-linking of mucin and boronic acid for application to culture of gut bacteria

(U. Osaka) *Saito Keishi, Nakahata Masaki, Kojima Masaru, Sakai Shinji

hydrogel
mucin
gut bacteria

12-e

264

11:36– 11:48

J14

Preparation of Chitosan Aerogel using pH switching by CO₂

(TokyoU.of Sci.) *Tanikoshi Minami, Matsukawa Hiroaki, Murakami Yuya, Shono Atsushi, Otake Katsuto

Chitosan
Aerogel
pH switching

12-e

177

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

J21

Synthesis of Au- poly (lactic-co-glycolic acid) nanoparticle as a contrast agent for X-ray CT imaging

(Ibaraki U.) *Noshiro Y., Tada S., Kobayashi Y., Yamauchi N.

Au nanoparticle
PLGA
heteroaggregation

12-d

198

13:12– 13:24

J22

Controlling ZIF-8 nanoparticle size in mixed solvent

(Kyoto U.) *Saito Ryotaro, Fujiwara Atushi, Watanabe Satoshi, Miyahara Minoru

Zeolitic imidazolate framework
Crystal growth
Nucleation

12-c

268

13:24– 13:36

J23

Fabrication of photocatalytic materials hierarchically-modified with titania

(Tohoku U.) *Tsuji D, Namigata H, Watanabe K, Suga K, Nagao D

Photocatalytic activity
core-shell
Monodisperse particles

12-c

216

13:36– 13:48

J24

Synthesis of micron-sized core-shell mesoporous silica particles

(Tohoku U.) *Yoshizawa Chinastsu, Fujimoto Kota, Watanabe Kanako, Suga Keishi, Nagao Daisuke

core-shell particle
mesoporous silica
sol-gel reaction

12-c

220

13:48– 14:00

J25

Hydrothermal Synthesis and Surface Modification of Er³⁺-doped NaYF₄ Nanophosphors

(NIT Anan) *Matuursa Yumi, (Tokushima U.) Hironaka Kousuke, (NIT Anan) Kouzai Takanori, Fujihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya

nanophosphor
NaYF4
surface modification

12-c

306

14:00– 14:12

J26

Hydrothermal Synthesis and Emission properties of Er³⁺-doped Nanophosphors

(NIT Anan) *Tagami Osamu, (Tokushima U.) Hironaka Kousuke, (NIT Anan) Kouzai Takanori, Fujihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya

Hydrothermal
Nanophosphor
LaOCl

12-c

316

14:12– 14:24

J27

Spray Dry Synthesis of Functional Cement Materials for Dental Treatment

(NIT Anan) *Fujimoto Takanobu, (Tokushima U.) Hironaka Kousuke, (NIT Anan) Zheng Tao, Kouzai Takanori, Fujihara Takeshi, Kamano Masaru, Konishi Tomoya, (Tokyo Med. Dent. U.) Uo Motohiro

XRD
Cement
Spray Drying

12-c

320

14:24– 14:36

Break

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

J29

Effect of cooling rate on melt crystallization of binary mixture of fatty acids

(U. Hyogo) *Takeyama Akiharu, Ohnishi Saki, Taguchi Shogo, Itoh Kazuhiro, Maeda Kouji, Yamamoto Takuji

cooling rate
melt crystallization
binary mixture of fatty acids

12-g

104

14:48– 15:00

J30

Evaluation of the growth rate of zinc oxide fine particles in high temperature water

(Utsunomiya U.) *Yamamoto Juri, Sato Takafumi, Itoh Naotsugu, (NIT Hachinohe) Honma Tetsuo

Zinc oxide fine particle
high temperature water
Reaction crystallization

8-e

105

15:00– 15:12

J31

Study on the purity as a function of K2SO4 crystal size in industrial crystallization

(U. Hyogo) *Katogi Kento, Kubota Kohei, Tsushima Ippei, Maeda Kouji, Arafune Koji, Yamamoto Takuji, Taguchi Shogo, Itoh Kazuhiro

Industrial Crystallization
Purity
CSD

12-g

15:12– 15:24

J32

Charge/Discharge cycle of rechargeable battery under high pressure

(U. Hyogo) *Daiki Kobayashi, Hirakawa Nozomi, Maeda Kouji, Iimura Kenji, Fukumuro Naoki, Matsumoto Ayumu, Yae Shinji, (NIES) Kuramochi Hidetoshi

High pressure
Rechargeable battery
Crystallization

12-g

15:24– 15:36

J33

The Effect of Lithium Ions on the Growth Rate of KDP Crystal

(NIT Ibaraki) *Maeda Taisei, *Namba Mao, Guzman Luis

Crystal Growth
Impurity
KDP Crystal

12-g

309

15:36– 15:48

J34

Relationships between "storm glass" and atomosphere

(Osaka Pref. TENNOJI H.S.) *Kimura K., *Kaneyasu R., *Oku D., *Kobayashi G.

storm glass
weather forecast
crystal shape

12-g

152

15:48– 16:00

J35

Difference between dendrite from different conditions

(Osaka Pref. TENNOJI H.S.) *Saito K., *Susami N., *Masuda H., *Konuki M.

dendrite
reaction rate
precipitation

12-g

153

Hall K

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(10:36–12:00) (Chair: No data , No data )

10:36– 10:48

K09

Rheological evaluation of capillary suspension containing plate-shaped- particles

(Tokyo U.Sci) *Kazama R, Murakami Y, Matsukawa H, Otake K, Shono A

Capillary suspension
plate-shaped-particles
Yield stress

12-l

10:48– 11:00

K10

Rheological analysis of capillary suspension made from particles, oil, and water

(Tokyo U.Sci.) *Kabakura M., Murakami Y., Matsukawa H., Otake K., Shono A.

Capillary suspensions
Gel
Rheology

12-l

134

11:00– 11:12

K11

Metal-plastic adhesion via a covalent bond without a catalyst

(kobe U.) *Yamamoto Shota, Kanemitsu Sayuki, Miyahara Koki, Ishida Kenji, Maruyama Tatsuo

surface functionalization
metal-plastic adhesion
Cu-free click reaction

12-h

11:12– 11:24

K12

Electrodeposition of silver and its compounds and study of the mechanism by cellular automata

(NITTC) *Matsuhashi K, *Fukushima R, *Maki A, Shiroishi H

Silver
Electrodeposition
cellular automata

12-m

116

11:24– 11:36

K13

The most suitable conditions for silver mirror reaction using metal ions.

(matsuyamatyuo) *kubota haruka, *hosokawa kanji, *takeuti teruki, shimoda ai

silver mirror reaction
metal ions
most suitable

14-c

11:36– 11:48

K14

Study on wide range of change of metal in chemical reaction

(H.Tochigi) *Hashimoto R, *Nagashima D, *Tanabe D, Ichimura A, Fujikura R, Abe T

metal
surface

12-m

334

11:48– 12:00

K15

(Morioka3rd) *Abukawa R., *Takaba R., *Chokai M., *Nakamura T., *Fujiwara M.

Nickel
Nitrogen compounds
Passivation

12-m

12:00– 12:12

Lunch break

(13:12–14:24) (Chair: No data , No data )

13:12– 13:24

K22

Novel self-assembly composed of a short L-peptide and a short D-peptide

(Kobe U.) *Seguchi Shiho, Tsutii Takane, Kanemitu Sayuki, Morita Kennta, Maruyama Tatsuo

Stereocomplex
peptide
self-assembly

12-i

13:24– 13:36

K23

Uptake of MOF nanoparticles into lung epithelial cells

(Osaka Pref. U.) *Hirohata Mio, Imaeda Yuki, Ohsaki Syuji, Nomura Toshiyuki

MOF
Drug delivery
Uptake

12-m

234

13:36– 13:48

K24

Assay for the shape processing of Bacterial cellulose membrane

(NIT.Kumamoto) *Takata Masahito, (NIT. Kumamoto) Wakasugi Reiko

Bacterial cellulose
Membrane Forming
Membrane Strength

12-j

210

13:48– 14:00

K25

The Effect of medium composition for the produce of Cellulose Acetate

(NIT.Kumamoto) *Kashima Shiho, Wakasugi Reiko

Bacterial cellulose
Acetobacteraceae
Nata de coco

12-j

226

14:00– 14:12

K26

Trial Device for Pulsatile Drug Release

(NIT Niihama Collge) *Matsuo Takatora, Nishii Yasuhiro, Kinugasa Takumi

pulsatile drug release
film permeation
release rate

12-j

109

14:12– 14:24

K27

Study on water absorption of superabsorbent polymer due to difference in cations contained in aqueous solution

(Hiroshima kokutaiji H.S.) *Tokunaga Sara, *Shigeta Ayana, *Kajiwara Mako, *Shimada Mio, *Kawamoto Ryusei

high absorbing polymer
absorb
ion

12-j

14:24– 14:36

Break

Systems, information, and simulation technologies

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

K29

Synthesis of Pt/Nb-SnO₂ nanoparticles via flame spray pyrolysis and their characterization

(Hiroshima U.) *Tsuboi T., Hirano T., Ogi T.

Solid Oxide Fuel Cell
Flame Spray Pyrolysis
Electrical Conductivity

12-k

208

14:48– 15:00

K30

Mechanochemical-assisted solvothermal synthesis of metal-organic framework CALF-20

(Kansai U.) *Kitai S, Tanaka S

metal-organic frameworks
mechanochemical treatment
structural stability

12-k

101

15:00– 15:12

K31

Laccase activity leading to enzymatic synthesis of electro conductive polyaniline on the anionic interface

(NIT Oyama) *Nakano Y., Kashima K., (Nihon U.) Imai M.

polyaniline emeraldine salt
vesicle
laccase

12-k

263

15:12– 15:24

K32

Synthesis of Cobalt Layered Compounds with Various Interlayer Distance by addition of Sodium Persulphate and Their Thermoelectric Properties

(NIT Ube) *Kusaka Ryo, Shigeno Koichi

Cobalt Layered Compounds
Thermoelectric Materials
Oxidizing Agent

12-k

15:24– 15:36

K33

Synthesis of Anatase Type Titanium Dioxide with Phosphorous Powders by Polymerizable Complex Method and Their Evaluation

(NIT Ube) *Iwamoto Saki, Takasugi Chihiro, Nishimura Naoya, Shigeno Koichi, Shinoda Yutaka

Titanium Dioxide
Polymerizable Complex Method
Biomaterials

12-k

15:36– 15:48

K34

Effect of common japanese freshwater clam shells in iron-making furnace using Kimachi stone

(Shinji H.S.) *Imaoka R., *Ikebuchi Y., *Onishi R.

Tatara
Kimachi stone
slag

12-k

Hall L

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(10:36–12:00) (Chair: No data , No data , No data )

10:36– 10:48

L09

Prediction of residual biodegradation products based on 3D molecular orbital information: Development of AI-QSAR model

(U.Shizuoka) *Kagiyama A., Kimbara K., (U.Waseda) Takatsuki M., (U.Shizuoka) Takeda K.

Biodegradation
AI-QSAR
MO

6-f

118

10:48– 11:00

L10

Examination of pulse conditions with the aim of improving the yield in flow reaction using microwave heating

(U. Shizuoka) *Muramatsu T., Takeda K.

pulse irradiation
flow reaction
microwave heating

6-b

11:00– 11:12

L11

Study for feasibility and CO₂ reduction of DME production process utilizing waste gases

(U.Shizuoka) *Shiotani S., Takeishi K., Takeda K.

Feasibility
DME
waste gases

6-g

121

11:12– 11:24

L12

Application of Attention Mechanism to the State Estimation in Chemical Process

(TUAT) *Suzuki Y., Yamashita Y.

neural network
machine learning
state estimate

6-f

295

11:24– 11:36

L13

Detection and diagnosis of control valve stiction by data-driven approach

(U. TUAT) *Sato N., (U.TUAT) Yamashita Y.

valve stiction
machine learning

6-d

213

11:36– 11:48

L14

Science ethics of students in college of technology

(Dep.Chem.Eng. TNCT) *Iida Yuka, Itoh Atsuko

college of technology
science ethics

14-c

11:48– 12:00

L15

Study about stock market

(Hitachidaiichi H.S.) *Komatsu Shoma, *Nemoto Nozomi

stock market

14-b

315

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

L21

Recovery of organic dyes with layered manganese oxide that provides the cohesiveness of surfactants

(Kanto gakuin U.) *Nakamura Kenta, eto Isamu, Okiguti Riku, Itakura Makoto, Kamata Motoyuki, Tomono Kazuaki

Layered manganese oxide
Adsorption
Organic pigment

13-a

135

13:12– 13:24

L22

Adsorption of environmental pollutants by layered manganese oxides with cohesive effect by lipid bilayer structure

(Kanto gakuin U.) *Nagashima Yuya, Takahashi Kota, Itakura Makoto, Okiguchi Riku, Kamata Motoyuki, Tomono Kazuaki

Environmental pollutants
Adsorption
Lipid bilayer structure

13-c

112

13:24– 13:36

L23

Examination for Improvement in Electrical and Mechanical Properties of Low-temperature Co-fired Alumina Ceramics Using Powder Processing

(NIT Ube) *Tanaka Hinata, Shigeno Koichi

Alumina(Al2O3)
Dielectric Materials
Low Temperature Co-fired Ceramics (LTCCs)

13-i

13:36– 13:48

L24

The experiment of evaluating toxicity of each surfactant and mixed ones using clover as an indicator

(Osaka Pref. TENNOJI H.S.) *Mukai Yuika, *Kawamoto Maki, *Uesaka Chiharu, *Takadera Yumi

mixed surfactant
germination of clover
influence on the plants

13-c

159

13:48– 14:00

L25

Effects to biodiversity of neutral detergents on biotopes.

(tennoji-hs) *Minato R., *Idenaga Y., *Kimura F., *Horiyama R.

biodiversity
biotope
detergent

13-f

14:00– 14:12

L26

Preparation of superabsorbent polymer using bamboo powder and its application to agriculture

(Takezono H.) Imai K

superabsorbent polymer
bamboo powder
agriculture

13-e

333

14:12– 14:24

L27

Consideration on the iodoform reaction

(Takezono H.) Aoyagi S

iodoform reaction
sodium carbonate
green chemistry

13-i

331

14:24– 14:36

Break

(14:36–15:48) (Chair: No data , No data )

14:36– 14:48

L29

Having hair Bleached by residual chlorine

(Osaka Pref. TENNOJI H.S.) *Fukutomi Hinaho, *Minayoshi Azumi, *Matano Rin

Residual chlorine
having hair bleached
Hair protection

13-i

238

14:48– 15:00

L30

Caluculate the cost by reusing handwamers in the microwave

(Osaka Pref. TENNOJI H.S.) *Sugiyama Tomoya, *Matsumura Yamato, *Teramoto Yamato, *Fujimoto Naoki

hand warmer
Cost caluculation
re-use

13-e

237

15:00– 15:12

L31

About strength of water can be carried

(hiroshimakokutaiji) *Miyoshi Kanon, *Baba Kouta, *Maeta Kaede, *Deki Wakana, *Ueoka Asuka

can be carried water
strength
temperature

13-i

15:12– 15:24

L32

Preservation of ozone by adsorption to porous

(Mito First H.S.) *Sakashita Takuto, Kushida Masahiko

ozone
adsorption
porous materials

13-c

192

15:24– 15:36

L33

Effect of Zn²⁺ and Mn²⁺ limitation on partial nitritation process.

(U. Toyo) *Nakata T., Ono A., Omae S., Isaka K.

Zn
Mn
partial nitritation

13-b

196

15:36– 15:48

L34

Effect of adding alkali to nitric acid eluate of dephosphorization slag

(Tokushima U.) *Ishimoto T., Imanishi K., Shimoda N., Katoh M., Sugiyama S., (Kyoto U.) Yamamoto T., (Taiwan Tech.) Liu J. C.

dephosphorization slag
nitric acid eluate
alkali addition

13-e

Hall M

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

M02

Development of immobilized photocatalytic beads for practical wastewater treatment under solar light irradiation

(U. Tsukuba) *Yano Minami, (U.Tsukuba) Yang Yingnan

Wastewater treatment
Photocatalytic immobilization
Stability and efficiency

13-b

9:24– 9:36

M03

Measurement of physical properties of charcoal from waste Ume seeds as a supplier of essential nutrition for plants

(NIT Wakayama) *Tsumura Yuki, Nishioka Risa, Yonemitsu Hiroshi, Kishimoto Noboru

Ume seed
Activated carbon
Essential nutrition

13-e

283

9:36– 9:48

M04

Ethylene treatment with palladium-supported activated carbon from waste Ume seeds

(NIT Wakayama) *Kubo Takuya, Kishimoto Noboru

Ethylene
Activated carbon
Palladium

13-e

284

9:48– 10:00

M05

The study on reactivity of tropospheric ozone ¡Áreaction between ozone and chlorine

(Kozu H.S.) *Ryusei Hayashi, *Hiroki Tunoda, *Akira Yazaki, Takuma Sako, Masato Takeda

ozone
chlorine
NaCl

13-f

329

10:00– 10:12

M06

Conditions¡¡for generating diamonddust

(Nirasaki H.S.) aoyama saaya

diamonddust
temperature
humidity

13-f

182

10:12– 10:24

M07

Effect of iron elution on shore-burning improvement technology using kelp

(H.Matsuyamachuo) *Kuwabara Masaaki, *Ogura Masahiro, Maki Daisuke

MSG
kelp
slag

13-e

12:00– 12:12

Lunch break

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

M21

Effects of iron addition on the sedimentary carbon cycle

(HIROSHIMA U.) *Kato Natsuki, Gotoh Takehiko, Nishijima Wataru, Nakai Satoshi

sediment
organic carbon
autotrophic bacteria

13-a

303

13:12– 13:24

M22

COVID-19 infection control using ¡ÆShikake¡Ç strategies and energy saving using a new desktop purification device

(NITTC) *Kashihara A, *Kaiga M, *Fukunaga A, Shiroishi H

COVID-19
¡ÆShikake¡Ç strategies
energy saving

13-i

122

13:24– 13:36

M23

Effects of environmental pollutants on the growth of plants-Comparison of phytotoxicity between phases-

(NITTC) *omori erika, *aoshima kenntarou, *Ychisawa Lucas Kenji, *suematsu ui, *negishi hiromi, shoji ryo

Toxicity Test
growth promotion
Phytotoxicity

13-c

119

13:36– 13:48

M24

About a factor of the outbreak of water-bloom algae

(Sakushin Gakuin H.S.) *Kanazawa Rindou, (Sakushin Gakuin High Schooli) *Kumon Yuuto, (Sakushin Gakuin H.S.) *Hasegawa Yuuki, *Yosizawa Junichi, *Satou Yuka, *Tagami Naomi, *Isikawa Haruna

Water-bloom
eutrophication

13-g

13:48– 14:00

M25

Creation of an index that can be used to investigate the water pollution degree of microplastics in the crab

(Hiroshimakokutaiji) *Obatake Hinata, *Koizumi Hinako, *Tsuchie Yuina, *Yamamoto Ayano

Microplastics
Shore Crab
New indicator

13-a

14:00– 14:12

M26

(Hiroshimakokutaiji) *Hayashi Kota, *Sasaki Suzuka, *Tara Takatoshi

microplastics
marine organisms
seawater

13-a

14:12– 14:24

M27

Identification of Microplastics by Staining

(Kozu H.S.) *Sako Takuma, *Takeda Masato

Microplastic
Staining
Plastic

13-a

228

14:24– 14:36

Break