SCEJ

SCEJ 81st Annual Meeting (2016)

Session programs

Japanese page

Poster session 2PM -Materials engineering and interfacial phenomena, Electronics, Wide area-

ZAP201-ZAP260, ZBP201-ZBP219, ZCP201-ZCP220

Most recent update: 2016-02-26 18:17:04
Abstract is now open! Click Paper ID.
TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Hall ZA, Day 2
13:20– 15:20ZAP201Global English for Engineering and Science
(U. Hyogo) Ouchi Mikio
Global Education
Global English
English for Engineering
14-c523
13:20– 15:20ZAP202Production of hard chrome plating with trivalent chromium
(Osaka Pref. U.) *Akutsu Y., Okamoto N., Saito T.
hard chrome plating
electroplating
trivalent chromium
11-a866
13:20– 15:20ZAP203Template-free Electro-Synthesis of PbO2 Nanorod with Chrysanthemum-like Array for Water Electrolysis
(Hirosaki U.) *Xiumin Li, (Hirosaki U. NJRISE) Ajay D Jagadale, Guoqing Guan, (Hirosaki U.) Abuliti Abudula
PbO2 electrode
Water Electrolysis
Hydrogen Production
11-a306
13:20– 15:20ZAP204Basic research on Closed type Electrodialysis Reversal Generation System using Nonaqueous solvent
(OIT) *Matsuda Kazuhiro, Nohata Seiji, Morikawa Kiichi, Miyamoto Hitoshi
Electrodialysis Reversal
Nonaqueous Solvent
Closed system
11-a176
13:20– 15:20ZAP205Modeling of charge reaction process in the lithium-air battery
(Kogakuin U.) *Soeno Masahiro, Takaba Hiromitsu
Lithium-air battery
First Principles Molecular Dynamics
Charge reaction
11-a450
13:20– 15:20ZAP206Improvement of thermoelectric material with Si nanohole wafer
(Osaka Pref. U.) *Morimoto Takayuki, Kawano Kouki, Inoue Riku, Wang Kaipeng, Tsukui Shigeki, Adachi Motoaki
thermoelectric
nanohole
thermal conductivity
11-c791
13:20– 15:20ZAP207Fabrication, microstructure control, and electrochemical performance evaluation of graphene oxide-carbon nanotube hybrid electrodes
(Waseda U.) *Xu Naiao, Quintero Ricardo, Chen Zhongming, Hasegawa Kei, (Okayama U.) Nishina Yuta, (Waseda U.) Noda Suguru
graphene oxide
carbon nanotubes
electrochemical capacitors
12-i439
13:20– 15:20ZAP208Wet-milling characteristics of solid electrolyte particle for all-solid-state LIB.
(Osaka Pref. U.) *Masuyama T., Nakamura H., Watano S.
wet-milling
sulfide solid electrolyte
all-solid-state LIB
12-k314
13:20– 15:20ZAP209Quantum chemical design guideline of durable anion exchange membranes for alkaline fuel cells
(Tokyo Tech) *Matsuyama Keitaro, Ohashi Hidenori, Miyanishi Shoji, (U. Tokyo) Ushiyama Hiroshi, (Tokyo Tech) Yamaguchi Takeo
anion exchange membrane
quantum chemical calculation
solid-state alkaline fuel cell
12-j527
13:20– 15:20ZAP210Development of anisotropic conductive films based on carbon nanotube pillar arrays
(Waseda U.) *Takabatake Mami, Hasegawa Kei, Osawa Toshio, (Huawei) Zhou Xiaosong, Nihei Mizuhisa, (Waseda U.) Noda Suguru
carbon nanotubes
pillar structure
anisotropic conductive films
12-i511
13:20– 15:20ZAP211Catalytic reaction on self-organization system ~L-Proline adsorption and its effect on catalytic reaction~
(Osaka U.) *Hirose Masanori, Ishigami Takaaki, Suga Keishi, Okamoto Yukihiro, Umakoshi Hiroshi
L-Proline
liposome
reaction
12-a893
13:20– 15:20ZAP212Mechanism of Gold Nanoshell Formation through In-line Optical Measurement
(Kyoto U.) *Hosokawa Junji, Watanabe Satoshi, Mae Kazuhiro, Miyahara Minoru
Plasmon
UV-vis
Microreactor
12-a673
13:20– 15:20ZAP213Photo-excited electron-pass from swingable molecular layer to semiconductor substrate
(Kyutech) *Sakakura Tatsuya, Takatsuji Yoshiyuki, Murakami Naoya, Haruyama Tetsuya
Photo-excited current
Photoacoustic spectroscopy,
Swingable molecular layer
12-a42
13:20– 15:20ZAP214Permeation of nanoparticle across lipid bilayer under applying external electric field: Effect of surface charge density of nanoparticle
(Osaka Pref. U.) *Sezawa K., Nakamura H., Shimizu K., Watano S.
nano-bio interface
nanoparticle
membrane permeation
12-a497
13:20– 15:20ZAP215An interface reaction and tribology properties of B4C ceramics in sliding
(Nagoya U.) *Urano Akihiro, Yamashita Seiji, Kita Hideki
boron carbide
tribology
Friction
12-a840
13:20– 15:20ZAP216Numerical study of coalescing behavior of oil droplets in oil-water separation
(Kobe U. MAFTech Center) *Hasegawa Ayano, (Kobe U. MaF Tech Center) Mino Yasushi, (Fukuoka U.) Shinto Hiroyuki, (Kobe U. MaF Tech Center) Matsuyama Hideto
Lattice Boltzmann method
two-phase flow
coalescing
12-a764
13:20– 15:20ZAP217Effects of Surface Conditions of Dielectric Substrates on Tetracene Thin Films Deposited by the Rapid Expansion of Supercritical Solutions (RESS)
(Shinshu U.) *Natsume M., Kobayashi T., Uchida H.
RESS
Supercritical carbon dioxide
Dielectric surface conditions
12-a903
13:20– 15:20ZAP218Development of Cellulose Nanofiber Composite Film
(AIST) *Morikawa Yutaka, Ito Masako
cellulose nanofibers
jit mill
12-i131
13:20– 15:20ZAP219Surface modification of compressed-materials of cellulose/lignin system by nanoemulsion including hydrophobic polymers
(Okayama U.) Shimanouchi Toshinori, *Yoshida Masafumi, Kimura Yukitaka
surface modification
emulsion
cellulose/lignin
12-k952
13:20– 15:20ZAP220Development of salt-sorbing material consisting of both acidic and basic nano gel particles
(Kyushu U.) *Gondo N., Jibiki T., Nakamoto M., Hoshino Y., Miura Y.
Nanogele particle
temperature responsive
salt sorption
12-e942
13:20– 15:20ZAP221Effect of cross-linking reaction on the oxygen affinity of hemoglobin-albumin based oxygen carriers
(U. Tokyo) *Matsuura M., Lai Y-T, Ohta S., (Kogakuin U.) Akamatsu K., Nakao S., (U. Tokyo) Sakai Y., Ito T.
Oxygen carrier
Hemoglobin
SPG membrane emulsification
12-b505
13:20– 15:20ZAP222Thermodynamic analysis of hydrophobic chromatography by isothermal titration calorimetry
(Yamaguchi U.) *Kojyo Hiroshi, Yoshimoto Noriko, Yamamoto Shuichi
hydrophobic chromatography
isothermal titration calorimetry
Thermodynamic analysis
12-c755
13:20– 15:20ZAP223Evaluation of self-healing ability of polymer material containing acrylic monomer-loaded microcapsules
(Kagoshima U.) *Eto T., Fukushima M., Hirose Y., Ohzuno Y., Takei T., Yoshida M.
microcapsule
self-healing
micro crack
12-f552
13:20– 15:20ZAP224Preparation of PCM microcapsules using a surfactant to control supercooling
(Okayama U.) *Seike Yoshiki, Ono Tsutomu
microcapsule
PCM
supercooling
12-f309
13:20– 15:20ZAP225Preparation of novel capsule by kappa-carrageenan and silane coupling agent
(Utsunomiya U.) *Miyamoto Sho, Tamura Hiroyuki, Kurayama Fumio, Furusawa Takeshi, Sato Masahide, Suzuki Noboru
kappa-carrageenan
microcapsule
amino group
12-f621
13:20– 15:20ZAP226Thermal interface material of vertically aligned carbon fibers embedded densely in polymer matrix
(Waseda U.) *Yamada Ryo, Hasegawa Kei, Osawa Toshio, Noda Suguru
carbon fiber composite
thermal interface material
alignment control
12-j461
13:20– 15:20ZAP227Evaluation of the V2O5-ZnO-BaO-TeO2 glass on laser sealing
(Kagoshima U.) *Koba T., (YAMATO Electronic Co., Ltd) Takao T., Kouhara Y., (Kagoshima U.) Ohzuno Y., Takei T., Yoshida M.
V2O5-ZnO-BaO-TeO2
Lead-free glass
sealing properties
12-c521
13:20– 15:20ZAP228Spray-drying synthesis of zeolitic imidazolate frameworks
(Kansai U.) *Miyashita R., Miyake Y., Tanaka S.
zeolitic imidazolate frameworks
spray-drying method
adsorption
12-c702
13:20– 15:20ZAP229Microfluidic Formation of Core-Shell Particles
(U. Tokyo) *Shimanuki Masaya, Komazaki Yusuke, Torii Toru
Polymer beads
Polyimide
Silicone rubber
12-c409
13:20– 15:20ZAP230Mechanochemically assisted synthesis of visible light-driven LaNiO3 photocatalyst nanoparticles
(Osaka Pref. U.) *Shimamura Y., Iwasaki T., Watano S.
mechanochemical reaction
band gap energy
photocatalytic activity
12-c324
13:20– 15:20ZAP231Evaluation of photocatalytic activity of the titanium plate by anodic oxidation using sulfuric acid with powder titanium dioxide
(Chukyo U.) *Kanie Yusuke, Sano Ryosuke, Nonami Toru
anodic oxidation
titanium plate
titanium dioxide
12-k197
13:20– 15:20ZAP232Particle dispersibility control in a high boron nitride concentrated slurry using heterocohesion
(Nagoya U.) *Nakashima Airi, Kita Hideki, Yamashita Seiji
heterocohesion
boron nitride
prticle
12-c884
13:20– 15:20ZAP233Influence of pressure change on hydrogen storage behavior in Pd nanoparticles
(Doshisha U.) *Maeyama Yoshihisa, Shirakawa Y., Shimosaka A.
hydrogen storage material
DV-X molecular orbital method
molecular dynamics (MD) method
12-c162
13:20– 15:20ZAP234Visible light photocatalytic activity of N-doped TiO2 nanoparticle
(Osaka U.) *Ota M., Hirota Y., Uchida Y., Nishiyama N.
photocatalyst
titanium dioxide
nanoparticle
12-d892
13:20– 15:20ZAP235Application to PM combustion catalyst of silver composite particles
(AIST) *Towata A., (NITech) Haneda M.
particulate matter (PM)
Silver
ZrO2
12-c410
13:20– 15:20ZAP236Formation and solution-based separation of polycrystalline Si thin films on/from substrates of carbon nanotube networks
(Waseda U.) *Fujita Makoto, Yamasaki Yuhei, Hasegawa Kei, Osawa Toshio, Noda Suguru
polycrystalline silicon thin films
carbon nanotube networks
lift-off process
12-k262
13:20– 15:20ZAP237Coating magnetic heating fine particles with silica for hyperthermia
(Kansai U.) *Sugihara Kenji, Marumoto Yutaro, Kinoshita Takuya, Okada Yoshiki
hyperthermia
silica coating
magnetic fine particles
12-c639
13:20– 15:20ZAP238Synthesis of composite polymeric particle with carbon nano tube
(Nagoya U.) *Kawaguchi Kan, Yamamoto Tetsuya
carbon nano tube
polymerization
composite materials
12-c289
13:20– 15:20ZAP239Effect of surfactant composition on the microencapsulation by dispersion polymerization
(Niigata U.) *Sato N., Taguchi Y., Kimura I.
dispersion polymerization
microencapsulation
surfactant
12-c845
13:20– 15:20ZAP240Development of emulsification technique using porous silica particles
(Yamaguchi U.) *Nakayama Miho, Nonaka Yumi, Toorisaka Eiichi
Emulsification
Silica particle
Surfactant
12-b864
13:20– 15:20ZAP241Techniques based on coating for composite material of nickel nanoparticles formed by gas-phase reaction
(Kansai U.) *Sawai Riku, Matsumoto Shoki, Kudoh Satoshi, Kinoshita Takuya, Okada Yoshiki
Nickel nanoparticles
composite
gas-phase reaction
12-c393
13:20– 15:20ZAP242Design of dry powder inhalers formulation with high efficiency to deeper lungs via spray-drying using three-fluid nozzle
(Osaka U. Pharmaceutical Sciences) *Tagishi Hideaki, Kadota Kazunori, Tozuka Yuichi
Three-fluid nozzle
Spray-drying
Dry powder inhalers
12-c496
13:20– 15:20ZAP243The development of core-shell zeolite catalyst for selective production of p-xylene
(Osaka U.) *Miyake Koji, Ono Kaito, Hirota Yuichiro, (Osaka U./JST-PRESTO) Uchida Yoshiaki, (Osaka U.) Nishiyama Norikazu
zeolite catalyst
Core-shell
p-xylene synthesis
12-c891
13:20– 15:20ZAP244Development and property control of thermal interface materials based on vertically aligned carbon nanotube films
(Waseda U.) *Kobayashi Syunji, (U. Tokyo) Na Nuri, (Waseda U.) Hasegawa Kei, Osawa Toshio, (Huawei) Zhou Xiaosong, Nihei Mizuhisa, (Waseda U.) Noda Suguru
carbon nanotubes
vertically aligned arrays
thermal interface materials
12-i512
13:20– 15:20ZAP245The effect of interlayer anion on the dehydration-hydration reaction of hydrotalcite and the application for chemical thermal storage material
(Nagoya U.) *Hirai Kento, Yamashita Seiji, Kita Hideki
chemical thermal storage
layered double hydroxide
interlayer anion
12-c649
13:20– 15:20ZAP246Preparation of Thermosetting Resin-Based Active Carbon Particles for Electric Double Layer Capacitor
(Osaka Pref. U.) *Nakazawa Takafumi, Nishimura Kohei, Okamoto Naoki, Saito Takeyasu, (Lignyte) Ide Isamu, Nishikawa Masanobu, Onishi Yoshikazu, (NIMS) Li Jie, Takemura Taro
EDLC
activated carbon
resin-based carbon
12-c801
13:20– 15:20ZAP247Synthesis of fine particle materials for development of high specific surface area SOFC anode by Spray Pyrolysis
(Kansai U.) *Marumoto Yutaro, Wada Yoshiya, Kinoshita Takuya, Okada Yoshiki
SOFC
Spray Pyrolysis
Citric Asid
12-c203
13:20– 15:20ZAP248Synthesis of gold nanoparticles by pulsed laser ablation in amino acid solution and its dispersion control
(Nagoya U.) *Kawai Shota, Mardis Mardiansyah, Hayashi Yui, Wahyudiono, Takada Noriharu, Kanda Hideki, Goto Motonobu
pulsed laser ablation
nanoparticle
amino acid
12-d700
13:20– 15:20ZAP249Biodiesel synthesis using carbon nanohorns dispersed with calcium ferrite as catalyst
(Kyoto U.) *Tsunauchi S., Sano N., Tamon H.
biodiesel
nanomaterial
catalyst
12-c872
13:20– 15:20ZAP250Preparation of nanosized zeolite A by bead-milling treatment using NaOH solution as a dispersant media
(U. Tokyo) *Yamaguchi Y., Okubo T., Wakihara T.
Zeolite
Nanoparticles
Bead-milling
12-d283
13:20– 15:20ZAP251Functionalization of surfaces of metal nanoparticles using a polymerizable surfactant
(Kobe U.) *Higashi C., Funasaki Y., Maruyama T.
metal nanoparticle
surfactant
polymerization
12-d51
13:20– 15:20ZAP252Preparation of highly concentrated nanofluid and effect of agglomeration and dispersion behavior on viscosity
(Tohoku U.) *Ito Ryoma, Hojo Daisuke, Aoki Nobuaki, Aida Tsutomu, Seong Gimyeong, Takami Seiichi, Adschiri Tadafumi
nanofluid
viscosity
agglomeration
12-l153
13:20– 15:20ZAP253Effect of aggregate structure of nanoparticles on thermal dewetting behavior of nanoparticles / polymer composite thin films
(Tohoku U.) *Kato T., Liu Y., Kubo M., Tsukada T., (Tohoku U. IMRAM) Takami S., (Tohoku U. WPI) Adschiri T.
composite thin film
spatial structure of nanoparticles
thermal dewetting
12-h258
13:20– 15:20ZAP254Facile surface modification of polypropylene using modified polyolefin and pegylated fluorine containing polymer
(Kobe U.) *Kitahata Shigeru, Tokuda Kaya, Nishino Takashi, Maruyama Tatsuo
modified polyolefin
anti-fouling surface
polypropylene
12-h224
13:20– 15:20ZAP255Effect of Marangoni flow on thin films coating on a bank substrate
(Kyushu U.) *Nakagawa S., Sakanoue K., Fukai J.
coating
Marangoni flow
binary solvent
12-h535
13:20– 15:20ZAP256Preparation and Evaluation of pKa of Nanogel particles introduced carboxylic acid and amine
(Kyushu U.) *Jibiki T., Gondo N., Nakamoto M., Hoshino Y., Miura Y.
nanogel particle
pKa shift
temperature-responsive
12-e562
13:20– 15:20ZAP257Synthesis of novel asymmetric bilayer gels using esterification
(Hiroshima U.) *Yoshimura S., Matumoto D., Sato Y., Gotoh T., Iizawa T.
gel
esterification
multilayer
12-e634
13:20– 15:20ZAP258Synthesis and magnetic hyperthermia properties of Gd-substituted Mg-Zn ferrite nanoparticles
(Osaka Pref. U.) *Hirosawa F., Iwasaki T., Watano S.
Mg-Zn ferrite
magnetic hyperthermia
combustion synthesis
12-c325
13:20– 15:20ZAP259Preparation and characterization of DNA-gold nanoparticle hydrogel based on polymerase chain reaction
(Kobe U.) *Eguchi Y., Katou T., Tanaka T., Maruyama T.
hydrogel
polymerase chain reaction
DNA
12-e129
13:20– 15:20ZAP260The effects of addition agent to vapor diffusion crystallization of protein
(Waseda U.) *Enomoto Takuji, Hirasawa Izumi, Kohori Fukashi
crystallization
protein
layered silicate
12-g363
Hall ZB, Day 2
13:20– 15:20ZBP201Preparation of monodisperse polymer nanoparticles in emulsion polymerization without any surfactant addition
(Tohoku U.) *Tajima Y., Ishii H., Nagao D., Konno M.
Monodisperse
Polymer nanoparticles
Soap-free emulsion polymerization
12-d480
13:20– 15:20ZBP202Effect of composition of membranes consisting of amine-containing gel particles on selective CO2 separation efficiency
(Kyushu U.) *Gyobu T., (Kyusyu U.) Hamasaki A., (Kyushu U.) Imamura K., Yamashita C., Hoshino Y., Taniguchi I., Miura Y.
amine
CO2
gel particles
12-d651
13:20– 15:20ZBP203Observation of hybrid plasmonic-photonic nanostructures formed on gel-immobilized colloidal crystal and tuning of photonic band structure
(Tokushima U.) *Kawakami Sho, Mori Atsushi, (Hokkaido U.) Nagashima Ken, (Tokushima U.) Hashimoto Shuichi, Haraguchi Masanobu
colloidal crystal
localized surface plasmom
ionic liquid
12-d53
13:20– 15:20ZBP204γ-ray and plasma synthesis of graphene-Pd nanocomposites and their catalytic activities
(Osaka Pref. U.) *Tokai A., Okitsu K., Hori F., (Tohoku U. IMR) Mizukoshi Y., (Kurita Seisakusho Co,. Ltd) Nishimura Y., Horibe H., (Osaka Pref. U.) Iwase A.
graphene
nanoparticle
plasma
12-d515
13:20– 15:20ZBP205Synthesis of metallic nanoparticles from electrodes using solution plasma
(Osaka Pref. U.) *Nakanishi Hodaka, Ishibashi Takanori, (Kurita seisakusyo) Horibe Hiroshi, Nishimura Yoshimi, (AIST) Akita Tomoki, Taguchi Noboru, (Tohoku U.) Mizukoshi Yoshiteru, (Osaka Pref. U.) Okitsu Kenji, Hori Fuminobu, Iwase Akihiro, (Tohoku U.) Masahashi Naoya
solution plasma
electrode
nanoparticles synthesis
12-d534
13:20– 15:20ZBP206Supercritical synthesis of vanadium oxide and valance control
(Tohoku U.) *Yasuhisa Yuta, Seong Gimyeong, Aida Tsutomu, Aoki Nobuaki, Hojo Daisuke, Takami Seiichi, Adschiri Tadafumi
vanadium oxide
supercritical
valance control
12-d201
13:20– 15:20ZBP207Thinnig of striped metal nanoparticle layers using surfactants
(Kyushu U.) *Yamashita R., Nakagawa S., Irihama Y., Sakanoue K., Fukai J.
Metal nanoparticle
Surfactant
Inkjet
12-h936
13:20– 15:20ZBP208Investigation of Nucleation & Growth Rate of Acetaminophen Crystals
(Waseda U.) *Kawase Hiroki, Shinada Naohiro, Umeda Ryuta, Hirasawa Izumi
Nucleation rate
Growth rate
Crystallization
12-g701
13:20– 15:20ZBP209Continuous production of disk-like organic semiconductor nanoparticles using a micromixer
(AIST) *Takebayashi Y., Sue K., Yoda S., (Konica Minolta) Ikemizu D., Taka H.
nanoparticle
organic semiconductor
micromixer
12-d142
13:20– 15:20ZBP210Creation of carbon nanotube-aluminium hybrid structures and their application to electronic energy storage devices
(Waseda U.) *Honda Yoichiro, Aoi Shigeki, Hasegawa Kei, Noda Suguru
carbon nanotube
vapor deposition
lithium ion battery
12-i489
13:20– 15:20ZBP211Study on durable membrane-electrode-assembly using Pt-alloy catalysts with superlattice structures for polymer electrolyte fuel cells
(Tokyo Tech) *Koshiishi Akari, (KAST/Tokyo Inst. Tech.) Kuroki Hidenori, (Tokyo Tech) Oshiba Yuhei, (Tokyo Tech./KAST) Tamaki Takanori, Yamaguchi Takeo
Superlattice
Membrane-electrode-assembly
Polymer electrolyte fuel cells
12-d508
13:20– 15:20ZBP212Coating of positive electrode particle for all-solid-state battery using miniature fluidized coater
(Osaka Pref. U.) *Takimoto H., Nakamura H., Watano S., (Dalton) Asai N.
Miniature fluidized bed
All-solid-state LIB
Particle coating
12-k492
13:20– 15:20ZBP213Visualization of the spatiotemporal change of mixture using nonlinear reactions
(Doshisha U.) *Tani M., Shioi A., Yamamoto D., Okamoto Y.
mixing operation
oscillating reaction
heterogeneity
12-m504
13:20– 15:20ZBP214Shape change and growth behavior of monosodium urate monohydrate in model of gout
(Waseda U.) *Ozono Chihiro, Oyama Hiroshi, Hirasawa Izumi, Kohori Fukashi
crystallization
monosodium urate monohydrate
gout
12-g352
13:20– 15:20ZBP215Teprenone enhances inhibition of progression of gastric and colon tumor cells by doxorubicin.
(Kagoshima U.) *Tokonami T., Hamasaki K., (Nanpuh Hospital) Yoshinaga T., Nishimata H., (Kagoshima U.) Ohzuno Y., Takei T., Yoshida M.
teprenone
anti-cancer
HSP
12-m683
13:20– 15:20ZBP216Time series analysis of fracture phenomena in meta-porus ceramics
(Nagoya U.) *Amakawa Kensuke, Himoto Iori, Yamashita Seiji, Kita Hideki
meta-porus
time series analysis
fracture phenomena
12-m581
13:20– 15:20ZBP217Development of microbial immobilization technique for efficient hydrogen production
(Yamaguchi U.) *Wakabayashi Miyu, Toorisaka Eiichi
Hydrogen production
Immobilization
Microcapsule
12-m865
13:20– 15:20ZBP218Amylase Hydrolyzed Sinlek, Riceberry and Khao-Dawk-Mali 105 Brown Rice Flour
(Silpakorn U.) Busakorn S., *Doungjai T., Prasong S., Piyachat C., Thipdonnaya T.
brown rice
alpha amylase
enzymatic hydrolysis
12-j419
13:20– 15:20ZBP219Retrogradation Properties of Waxy Rice Flour Containing Converted Tapioca Starch
(Silpakorn U.) *Thirathumthavorn D., Chumsantea L., Siriwongwilaichat P., Chaiuer P., Thipnathsirisakul T.
retrogradation
waxy rice starch
converted tapioca starch
12-m417
Hall ZC, Day 2
13:20– 15:20ZCP201Reactive crystallization of dolomite by CO2 fine-bubble injection into concentrated brine
(Nihon U.) *Tsuchiya Y., (Res. Inst. Salt Sea Water Sci.) Masaoka K., (Nihon U.) Sato T., Okada M., Hiaki T., Matsumoto M.
fine-bubbles
reactive crystallization
concentrated brine
12-g769
13:20– 15:20ZCP202Molecular-level analysis of the crystal growth of urea in aqueous solution through all-atom molecular dynamics simulation
(Osaka U.) *Nakakuki I., Ishizuka R., Matubayasi N.
molecular dynamics
crystal growth
physisorption
12-g227
13:20– 15:20ZCP203Dispersion control of nanoparticles in liquid by molecular structure design of surface modifier
(TUAT) *Maeta Naoya, Ishikawa Kodai, Okada Yohei, Kamiya Hidehiro
nanoparticle
surface modification
dispersion
12-k336
13:20– 15:20ZCP204Characterization of Fluorescence-Lipid and Approach to a Trackable Drug Carrier
(NIT Nara) *Mitsuyoshi Yuma, Hayashi Keita, Kamei Toshiyuki, (Okayama U. FEST) Shimanouchi Toshinori, (NIT Nara) Nakamura Hidemi
Drug delivery
Fluorescence-Lipid
Pyrene
12-g569
13:20– 15:20ZCP205Reduction of glycine particle size by anti-solvent crystallization
(Waseda U.) *Yanagi Rito, Saegusa Mitsuki, Makita Maiko, Kindaichi Satori, (Tsukishima Kikai) Douya You, (Waseda U.) Hirasawa Izumi
Anti-solvent Crystallization
Particle size reduction
Scale-up by TSK
12-g361
13:20– 15:20ZCP206LiFePO4 cathode based on three-dimensional current collector of carbon nanotubes for lithium secondary batteries
(Waseda U.) *Yamagata Go, Hasegawa Kei, Noda Suguru
lithium secondary batteries
carbon nanotubes
lithium iron phosphate
12-i342
13:20– 15:20ZCP207Synthsis and characterization of reduced graphene oxide
(Shizuoka U.) Shiratori Yuuki, *Kong Chang Yi, Okajima Idzumi, Sako Takeshi
graphene
reduced graphene oxide
sheet resistance
12-i686
13:20– 15:20ZCP208Fabrication of 3D hollow particle assemblies incorporating movable cores
(Tohoku U.) *Tanaka E., Ishii H., Nagao D., Konno M.
particle assembly
hollow
movable
12-i199
13:20– 15:20ZCP209TR fluid function of polyethylene particulate concentrated dispersion system using a tri-block type side chain crystalline polymer
(Fukuoka U.) *Kanazawa Yuri, Hasebe Yusuke, Hirakawa Kouki, Nakano Ryoko, Sekiguchi Hiroshi, Yao Shigeru
Crystalline Supramolecular Interaction
Side chain crystalline block co-polymer
Thermal Rheological Fluid
12-j479
13:20– 15:20ZCP210Dynamically controlled construction of polymer-based microstructures through the photo-induced phase transition
(AIST) *Moriyama K., Sumaru K., Takagi T., Satoh T., Kanamori T.
spiropyran
photocontrol
assembly
12-j656
13:20– 15:20ZCP211Creation of carbon nanotube-copper hybrid foils and their application to lithium secondary batteries
(Waseda U.) *Aoi Shigeki, Hasegawa Kei, Noda Suguru
Carbon nanotube
Lithium secondary batteries
Vapor deposition
12-i494
13:20– 15:20ZCP212Synthesis and Physical Property of Polymer Electrolyte Membrane Based on Novel Phosphonated Polymers for Fuel Cell
(Tokyo Tech) *Kitazawa Yosuke, (Tokyo Tech/KAST) Ando Shinji, Yamaguchi Takeo
Polymer electrolyte membrane
Phosphonic acid group
PEFC
12-j264
13:20– 15:20ZCP213Structure control of metal oxides by surfactant micelles as a template
(Tohoku U.) *Yoshida S., Lu J., Seong G., Aida T., Aoki N., Hojo D., Takami S., Adschiri T.
mesoporous
metal oxides
micelle
12-i420
13:20– 15:20ZCP214Effect of surface modified molecules on dispersion of ZnO nanoparticles in solusion
(Doshisha U.) *Yunoki Rumiko, Tsuchiya Katsumi, Mori Yasushige
nanoparticle
surface modification
dispersion
12-d781
13:20– 15:20ZCP215Liquid-Phase Peptide-Synthesis using Hydrophobic Benzyl Alcohols as Supports
(TUAT) *Ryu Sakurako, Okada Yohei, Chiba Kazuhiro, Kamiya Hidehiro
hydrophobic benzyl alcohol
soluble support
peptide synthesis
12-k937
13:20– 15:20ZCP216Synthesis of Spherical Porous Hydroxyapatite carrying titanium dioxide by Metal alkoxide method
(Chukyo U.) *Onoue Hideaki, Yoshijima Narumi, Tamazawa Kengo, Kodaira Ayu, Nonami Toru
Hydroxyapatite
titanium dioxide
12-k270
13:20– 15:20ZCP217Vitamin E Loading Process for Controlling Drug Diffusivity in Hydrogel Using Supercritical Carbon Dioxide impregnation
(Tokyo Tech) *Yokozaki Y., Shimoyama Y.
supercritical impregnation
diffusion depressant
drug delivery system
12-k645
13:20– 15:20ZCP218Effect of reaction/reactor conditions for the formation of mats of Si nanowires
(TUAT) *Inoue Kai, Inasawa Susumu
silicon nanowire
zinc reduction
VLS
12-k389
13:20– 15:20ZCP219Rapid synthesis of cobalt blue using microwave oven for a science educational experiment
(Okayama U./Osaka Pref. U.) *Yoneda M., (Okayama U.) Gotoh K., Nakanishi M., Fujii T., (Osaka Pref. U.) Nomura T.
cobalt blue
microwave
rapid synthesis
14-c850
13:20– 15:20ZCP220Effect of hydrogen carbonate ion on the precipitation of calcium phosphates on titanium
(Niigata U.) Suzuki H., Mikami T., Taguchi Y., *Kimura I.
calcium phosphate
titanium
abrasion
12-k852
Technical program
SCEJ 81st Annual Meeting (2016)
© 2016 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2016-02-26 18:17:04
For more information contact Organizing Committee, SCEJ 81st Annual Meeting (2016)
E-mail: inquiry-81awww3.scej.org
This page was generated by easp 2.39; proghtml 2.37 (C)1999-2015 kawase