SCEJ

25th SCEJ Students Meeting (online, 2023)

Session programs

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Materials engineering & interfacial phenomena

L01-L07, L09-L14, L20-L25, L27-L33, M01-M07, M09-M14, M20-M25, M27-M33, N01-N07, N09-N14, N20-N25

Most recent update: 2023-03-16 14:37:10
TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Hall L
(9:20–10:44) (Chair: Yoshida Masahiro, Yamauchi Noriko)
9:209:32L01Synthesis of CaO-MgO-P2O5 Glasses by Chelate Gel Method and Their Bioactive Evaluation
(NIT Ube) *Kono Haruki, (Kanagawa Inst. Tech.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka
Biomaterials
Phosphate Glass
Simulated Body Fluid (SBF) Test
12-k81
9:329:44L02Controlled solubilization by structural transition between micelles and vesicles
(NIT.Ube) *Fujitsuki K., Takata Y.
solubilization
micelle
vesicle
12-a125
9:449:56L03How the combination of different types of surfactants affects the foamability
(Mizusawa H.S) *Iwabuchi Takeru, *Oikawa Wakana, *Komabayashi Runa, *Takahashi Akiko, Takahashi Kazunari
Surfactant
Foamability
Soap
12-a35
9:5610:08L04Thermodynamic investigation of the interaction between lipid bilayers and hydrophobic substances
(NIT Wakayama) *Takiguchi R., Nakaya S., Morita S.
Lipid bilayer
Thermodynamics
hydrophobic substance
12-m202
10:0810:20L05Template effects of anionic vesicles to guide a laccase-catalyzed oligomerization for synthesis of electro-conductive oligoaniline
(NIT Oyama) *Nakano Yuto, Kashima Keita
polyaniline
laccase
vesicle
12-k365
10:2010:32L06Effect of Sterols on Colorimetric Response of Polydiacetylene
(Tohoku U.) *Kamata T, Nakayama S, Suga K, Watanabe K, Nagao D
polydiacetylene
sterol
amino acid
12-i205
10:3210:44L07Elucidation of color fading mechanism
(Shizuoka Futaba H.S.) *Yamashita Kanna, *Ogino Chihiro, *Yamamoto Ayaka
Fading
Color
12-h269
(10:50–12:02) (Chair: Ohsaki Shuji, Yoshida Masahiro)
10:5011:02L09Crystal phase and luminescence properties of Er3+-doped NaYF4 nanophosphor
(NIT Anan) *Azuma Yuriko, Kouzai Takanori, Fujihara Takeshi, Zheng Tao, Kamano Masaru, Konishi Tomoya
Upconversion luminescence
Nanophosphor
NaYF$4$
12-d265
11:0211:14L10Fluorescence emission of Cu+, Sn2+-doped borate glass
(NIT Anan) *Sakaguchi Asuka, Kouzai Takanori, Fujihara Takesi, Zheng Tao, Kamano Masaru, Konishi Tomoya
borate glass
luminescent glass
fluorescence emission
12-k260
11:1411:26L11Synthesis of Glass-Ceramics Using Sakurajima Volcanic Ash
(Tokyo Tech H.S.) *Yasuda Satoru, *Yonemura Seyun
Glass-Ceramics
Volcanic Ash
Building material
12-m210
11:2611:38L12Difference in crystal structure by the condition change of Storm Glass
(Kobe H.S.) *Katagi Kouta, *Nishizaki Syunsuke, *Takemoto Takuma, *Kotani Kyouhei, *Yamazaki Airi, *Atarashi Momoki
Storm Grass
crystal structure
12-i174
11:3811:50L13Ionic polymer droplet in aqueous two-phase system composed of polymer electrolytes and polymer non-electrolytes and the droplet motion in the electric field.
(Osaka Metro. U.) *Yamamoto Arata, Horie Takahumi, Yasuda Masahiro, Okita Erika
aqueous two-phase system
ionic polymer droplet
electrophoresis
12-b66
11:5012:02L14the UV light irradiation of GVs containing photoresponsive molecules
(Osaka Metro. U.) *Morimoto Issei, Horie Takafumi, Yasuda Masahiro, Okita Erika
vesicle
photoresponsivity
UV irradiation
12-b173
(13:00–14:12) (Chair: Takata Yoichi, Nagao Daisuke)
13:0013:12L20Effect of hydrophobilization of gelatin on properties of gelatin coacervate capsules
(Kagoshima U.) *Sakanashi Norihiro, Yoshida Masahiro, Takei Takayuki
gelatin
coacervation
hydrophobilization
12-c392
13:1213:24L21Wettability evaluation
(chienkanhighschool) *mawatari sato, *naritomi hanako, *shigematsu ai, *furukawa yuna
Wettability evaluation
12-h312
13:2413:36L22Creating the strongest adhesive
(TENNOJI H.S.) *Arai Sota, *Ino Shuta, *Nakanishi Runa, *Kakiuchi Akihiro
starch
amylose
gelatinization
12-m133
13:3613:48L23Investigation of supermolecular gels prepared with low molecular weight gelators
(Tokyo U. Sci.) *Miyashita Junno, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Gel
Hansen solubility parameter
DBS
12-e242
13:4814:00L24Effect of adding whey protein to casein resin
(H.Sanbonmatsu) *Nii I., *Nishiyama Y., *Matsumura R., *Miyawaki S., Masuda M.
casein resin
whey
biodegradable-plastic
12-k170
14:0014:12L25Surface modification of biopolymer films inspired lotus leaves and evaluation of its hydrophobicity
(NIT Oyama) *Yamagiwa Sorami, Kashima Keita
biopolymer film
Hydrophobization
lotus effect
12-k371
(14:20–15:44) (Chair: Kimura Hiroe, Suga Keishi)
14:2014:32L27Development of method for encapsulation of quantum dots with polymer
(Ibaraki U.) *Matsuda A., (Hokkaido U.) Tada S., (Ibaraki U.) Kobayashi Y., Yamauchi N.
capsule
polymer particle
quantum dots
12-c23
14:3214:44L28Let”Ēs make soap bubbles that are difficult to break ~with oil~
(Ono H.S.) *Sakata K., *Kuroda N., *Kubota M.
Soap
Bubble
Oil
12-m280
14:4414:56L29Application of metal-organic frameworks to multi-drugs carrier
(Osaka Metro. U.) *Ohashi Ayumi, Ohsaki Shuji, Nakamura Hideya, Watano Satoru
Metal-organic frameworks
Drug delivery system
Multi-drug carrier
12-a390
14:5615:08L30Effect of temperature on the drug permeability of cuticles of Japanese fatsia
(Hosei U.) *Nakajima S., Kiguchi T., Yamashita A. C.
Agricultural Drug Delivery System
Arrhenius equation
Diffusion coefficient
12-a55
15:0815:20L31Preparation of temperature-responsive polymer particles with acrylic acid as a comonomer
(Ibaraki U.) *Kishino H., (Hokkaido U.) Tada S., (Ibaraki U.) Kobayashi Y., Yamauchi N.
temperature-responsive particles
acrylic acid
copolymerization
12-c4
15:2015:32L32Synthesis of fine MTA cement using polymer
(NIT Anan) *Sakamoto Satoru, Zheng Tao, Fujihara Takesi, Kouzai Takanori, Kamano Masaru, Konishi Tomoya, (Tokyo Med, Den, U.) Uo Motohiro
MTA cement
Polymer
Particle size
12-c259
15:3215:44L33Recovering of lithium ions and bicarbonate ions by ionic polymer gel
(Hiroshima U.) *Kagayama Tatsumi, Gotoh Takehiko, Suenaga Toshikazu, Nakai Satoshi
lithium ion
bicarbonate ion
polymer gel
12-e359
Hall M
(9:20–10:44) (Chair: Tsunashima Katsuhiko, Ono Tsutomu)
9:209:32M01Water repellency evaluation of surface coated with photoresponsive molecules
(Yamagata U.) *Kimura Makoto, Katsurashima Yuro, Yoshida Kazunari
photoresponsive
water-repellent
solution casting
12-a411
9:329:44M02Study on the surface area of metals in chemical reactions
(H.Tochigi) *Tsunoda K, *Terauchi S, (H.tochigi) *Ichimura K
surface area
aluminium
12-m219
9:449:56M03Controlling particle size and adsorption property of monodisperse ZIF-8
(Kyoto U.) *Kato Kaoruko, Hiraide Shotaro, Watanabe Satoshi
Metal-Organic Framework
Monodisperse Particles
Adsorption
12-a158
9:5610:08M04Reducing interfacial resistance of a solid electrolyte/negative electrode interface by using SPS method
(NIT Anan) *Ohata Arata, Konishi Tomoya, Zheng Tao, Kamano Masaru, Fujihara Takeshi, Kouzai Takanori
All solid lithium batteries
SPS method
Interfacial resistance
12-a156
10:0810:20M05Preparation and perforemance evaluation of TiO2 nanoparticles for dye-sensitized solar cell electrodes
(NIT Anan) *Okada Suzuna, Kouzai Takanori, Kamano Masaru, Konishi Tomoya, Fujihara Takeshi, Zheng Tao
DSSC
TiO$2$
Conversion efficiency
12-c310
10:2010:32M06Making sunscreens and improving their effectiveness
(H.S Noshiro) *kabutoya shoji, *tamura haruto, *watanabe ami, *hamano yuka
sunscreen
speciality products
UV transmittance
10-h273
10:3210:44M07research of sunscreen
(Nirasaki H.S.) *Nakagomi Momone, *Honobe Tamako, *Saito Kokomi
sunscreen
right
spectrophotometer
12-m263
(10:50–12:02) (Chair: Iwasaki Tomohiro, Ishii Haruyuki)
10:5011:02M09Effects of Physical Characteristics of Liquid Solvents on the Crystal Characteristics of C8-BTBT Thin Films Deposited by Spin-Coating
(Kanazawa U.) *Uchita T., Uchida H.
Organic Thin Films
Spin Coating
Thin Film Transistors
12-g389
11:0211:14M10PdNi Bimetallic Nanoparticles by Pyrolysis of Metal nanoparticle/Metal–Organic Framework Hybrid
(Fukuoka Inst. Tech.) *Eiro Masashi, Matsuoka Takumi, Shoji Ayano, Matsuyama Kiyoshi
Bimetallic nanoparticle
Metal-organic framework
Pyrolysis
12-d76
11:1411:26M11Supercritical CO2-assisted formation of PdRu nanoparticles in metal-organic frameworks
(Fukuoka Inst. Tech.) *Matsuoka Takumi, Eiro Masashi, Shoji Ayano, Matsuyama Kiyoshi
supercritical fluid
PdRu nanoparticles
metal-organic framework
12-d73
11:2611:38M12Supercritical CO2-Assisted Formation of Metal-Organic Framework Loaded Porous Polymer Membrane for Removal of Dye
(Fukuoka Inst. Tech.) *Shoji Ayano, Matsuoka Takumi, Eiro Masashi, Matsuyama Kiyoshi
Supercritical CO2
Metal-organic framework
Porous polymer membrane
12-k72
11:3811:50M13Aluminum alloy that protects us
(Chienkan H.S.) *ejima daito, (Chienka H.S.) *matsuo ryunosuke, (Chienkan H.S.) *tsugawa souki, *kawakami youhei
alloy
maxing ratio
hardness
12-k302
11:5012:02M14Controlled Synthesis of Pd-Ru Alloy Nanoparticles Using Microreactor
(Kyoto U.) *Yamashita Ruri, Hiraide Shotaro, Watanabe Satoshi
Microreactor
Nanoparticles
Nucleation
12-d29
(13:00–14:12) (Chair: Konishi Tomoya, Nakamura Hideya)
13:0013:12M20Exploring long-term storage methods for metal dendrite
(Ono H.S.) *Kameji S., *Osaki R., *Sasayama S.
metal
dendrite
storage
12-m279
13:1213:24M21Anti-rust Agents from Kitchen
(MASUDA Senior H.S.) *Tanaka Suzuna, *Goubara Momoka, *Mashino Ryo
rust
charcoal
melt
12-m154
13:2413:36M22Preparation and application of carbon-based materials using Kishu plum seed charcoal
(NIT Wakayama) *Hori Katsuki, Koyabu Kanata, (NIT Nara) Uga Masahiro, (NIT Wakayama) Tsunashima Katsuhiko, Kishimoto Noboru, (NIT Nara) Yamada Hirohisa
Plum seed
Charcoal
Conducting polymer
12-j347
13:3613:48M23Development of Tough Ion Gels with Single-walled Carbon Nanotubes
(Okayama U.) *Miyawaki Ayari, Watanabe Takaichi, Ono Tsutomu
Toughness
Ion gel
Ionic Liquid
12-e13
13:4814:00M24Fabrication of photonic colloidal crystals composed of monodisperse polymer nanolatexes
(Yamaguchi U.) *Yoshio A., Kanekiyo H., Ishii H.
monodisperse particle
colloidal crystal
emulsion polymerization
12-d128
14:0014:12M25Hydrothermal synthesis of ANA zeolite from silica sludge
(Osaka Pref. U.) *Tokumaru H., (Osaka Metro. U.) Fukuda M., Iwasaki T., (Tosoh SGM) Horikoshi H.
Analcime
Silica waste
Hydrothermal synthesis
12-c178
(14:20–15:44) (Chair: Kouzai Takanori, Watanabe Satoshi)
14:2014:32M27Relationship between strength and content percentage of main components of chalks/pencils
(Tsuyama.H.S) *Tsutsui Chisato, *Oka Midori, *Sugiyama Kotaro, *Asano Osei, *Tanaka Kotoha, *Higashiki Yuta
Chalk
Graphite
Strength
12-m59
14:3214:44M28Effect of capsule additional concentration on interlaminar fracture toughness of carbon fibre reinforced plastics with self-healing functionality.
(U.Kagoshima) *Kirihara K., Hukuzako R., Ozuno Y., Takei T., Yoshida M.
microcapsule
self-healing
CFRP
12-f71
14:4414:56M29Fabrication of nanoparticle microtubes in aqueous suspensions of metal nanoparticles
(Yamaguchi U.) *Hatai K., Yoshihara M., Ishii H.
metal nanoparticle
gold nanoparticle
3D assembly
12-d124
14:5615:08M30Silver nanocolloid formation in aqueous CMC-Na and HPC solutions by light irradiation at 420 nm wavelength
(Toyama Chubu SHS) *Hiyoshi Ayaka, *Kobayashi Mizuha, *Mizuno Haruto
Light irradiation
Silver nanoparticles
Cellulose
12-d290
15:0815:20M31Development of facile evaluation for catalytic activities of gold nanoparticles
(Yamaguchi U.) *Kunisada A, Ishii H
gold nanoparticle
catalytic activity
colorimetric assay
12-d132
15:2015:32M32Effect of operational factors on structure of surface-modified nanoparticle/polymer composites prepared by melt mixing
(Tohoku U.) *Inoue S., Takebayashi R., Saito T., Kubo M., (NICHe Tohoku U.) Tsukada T.
polymer nanocomposite
melt mixing
dispersion
12-j155
15:3215:44M33Relationship between operating conditions and crystalline particle properties in continuous flow crystallization for battery materials
(TUAT) *Hosokawa Mako, Amari Shuntarou, Takiyama Hiroshi
Flow Crystallization
Reactive Crystallization
Size Distribution
12-g110
Hall N
(9:20–10:44) (Chair: Ishii Haruyuki, Yamamoto Tetsuya)
9:209:32N01Synthesis of highly efficient and high-quality carbon nanotubes by "Water-assisted CVD method" using layered double hydroxides
(NITIC) *Kumagai R., (U. Iwate) Chida C., Aisawa S., (AIST) Futaba D. N., (NITIC) Kimura H.
carbon nanotube
layered double hydroxide
water-assisted CVD
12-m191
9:329:44N02Dye adsorption properties of alkylamine-modified kenyaite
(Osaka Pref. U.) *Okoshi Y., (Osaka Metro. U.) Wada S., Iwasaki T., (Tosoh SGM) Horikoshi H.
Layered silicate
Organosilicate
Dye adsorption
12-c177
9:449:56N03Synthesis and catalyst performance evaluation of nanoporous carbon coated TiO2
(NIT Anan) *Tanaka Hinako, Kouzai Takanori, Kamano Masaru, Konishi Tomoya, Zheng Tao
TiO$2$
carbon coating
catalyst performance evaluation
12-c136
9:5610:08N04Development of mass production of liquid marbles stabilized by stearate microparticles
(NIT Nara) *Aoki S., Naoe K.
liquid marble
stearate
mass production
12-a372
10:0810:20N05Development of Atmospheric Pressure Plasma Induced Graft Polymerization for Inorganic Materials
(TUAT) *Masuda Kouhei, Ohashi Hidenori
Graft Polymerization
Atmospheric Plasma
Plasma Enhanced CVD
12-j345
10:2010:32N06A high-performance string telephone
(Nirasaki H.S.) *Iwayama Mikito, *Watanabe Daito, *Shimizu Masaki
multi-phase reaction
beta-cyclodextrin
13C NMR
12-m257
10:3210:44N07Generation and Optimization of Silica Hollow Particles Using Ultrasonically Generated Microbubbles
(U.YAMAGATA) *Suzuki Hayato, Makuta Toshinori
Silica Hollow Particles
Ultrasonically Generated Microbubbles
microcapsules
12-f324
(10:50–12:02) (Chair: Yoshida Kazunari, Kubo Masaki)
10:5011:02N09Synthesis of polymer nano particles by packed bed reactor
(Nagoya U.) *Morino Ayumi, Yamamoto Tetsuya
Polymer nano particle
Polymerization
Packed bed reactor
12-d30
11:0211:14N10Influence of solvent ionic strength on nanoparticle translocation across cell membrane
(Osaka Metro. U.) *Kashiwai Rika, Nakamura Hideya, Ohsaki Shuji, Watano Satoru
Nanoparticle
Cell membrane
Ionic strength
12-d153
11:1411:26N11Controlled release ability of edible calcium alginate nanoparticles highly immobilizing rifampicin
(NIT Oyama) *Satou Yuuto, Kashima Keita
alginate
nanoparticles
immobilization
12-d367
11:2611:38N12Synthesis and Evaluation of Carbon-Coated Li4Ti5O12
(NIT Anan) *Kuwamura Rui, Kouzai Takanori, Fujihara Takeshi, Kamano Masaru, Konishi Tomoya, Zheng Tao
Li$4$Ti$5$O$12$ Nanoparticles
Lithium-ion battery
vapor polymerization method
12-c291
11:3811:50N13Development of low swelling polymer gel suitable for adsorption separation of acetic acid
(Hiroshima U.) *Wakamiya Hirotaka, Gotoh Takehiko, Suenaga Toshikazu, Nakai Satoshi
Acetic Acid
Adosorption
gel
12-e410
11:5012:02N14Effect of high shear stress on charactaristics of crystalline particles in the production of pharmaceutical hydrochloride
(TUAT) *Yayabe Shunsei, Amari Shuntarou, Takiyama Hiroshi
Hydrochloride crystallization
High shear stress
Flow crystallization
12-g108
(13:00–14:12) (Chair: Gotoh Takehiko, Takiyama Hiroshi)
13:0013:12N20Effect of rock type on hammering frequency between rocks
(Funabashi H.S.) Miyatani Aoi
rock
hammering
frequency
12-m348
13:1213:24N21Preparation of emulsion using ultrasound and homogenizer
(Tokyo U. Sci.) *Ishiwaka Saki, Murakami Yuya, Matsukawa Hiroaki, Otake Katsuto, Shono Atsushi
Emulsion
Ultrasound
Homogenizer
12-b237
13:2413:36N22Formation of polyaniline nanofibers on the surface of PMMA particle to fabricate sea urchin-shaped particle
(Ibaraki U.) *Kita Y., (Hokkaido U.) Tada S., (Ibaraki U.) Kobayashi Y., Yamauchi N.
polyaniline
sea urchin particle
nanofiber
12-d2
13:3613:48N23Relationship between Surfactant and Concentration Particle Diameter of Nanocapsules Encapsulating Functional Dyes
(U. Kagoshima) *Tajiri S., (former U. Kagoshima) Kamezawa M., (U. Kagoshima) Ozuno Y., Takei T., Yoshida M., (Yamamoto Chemicals,Inc.) Takaki T., Sawano B., Kinoshita T.
nanocapsule
fanctional dyes
particle size
12-f70
13:4814:00N24Study on Particle Size Control of Hollow Microcapsules Based on Styrene Maleic Anhydride Copolymer
(U.Kagoshima) *Sayo T., Oyama R., Goto K., Ozuno Y., Takei T., Yoshida M., (Tokuyama) Kawasaki T., Shimizu Y., Hukuda K.
microcapsule
particle diameter
12-f77
14:0014:12N253D cultivation of fibroblast cell using polymer particle having hydrophilic graft chain
(Osaka Met. U.) *Hirano Tomoya, (Nihon U.) Aizawa Shin, (Osaka U.) Eguchi Hiroshi, (Osaka Met. U.) Okita Erika, Horie Takafumi, Yasuda Masahiro
Polymer particle
Amphiphilic polymer particle
Polymer graft
12-c157

Technical program
25th SCEJ Students Meeting (online, 2023)

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Most recent update: 2023-03-16 14:37:10
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