18th SCEJ Students Meeting in Fukuoka (2016): Hall program

Hall program

All halls

Most recent update: 2016-02-09 10:02:58

Hall I
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
I²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	I03	Analysis of mixing motion during cooking (Kobe U.) *Hara Maiko, (Kobe Yamate Col.) Honda Sachiko, (Kobe U.) Shirasugi(Kataoka) Naoko, Masuda Hayato, Horie Takafumi, Ohmura Naoto	Mixing Motion analysis Cooking	2-b	84
9:45– 10:00	I04	Control of colloidal behavior of PSL nanoparticles toward yeast cells using water-soluble polymer (Osaka Pref. U.) *Yumiyama Shohei, Konishi Yasuhiro, Nomura Toshiyuki	Yeast Nanoparticle Water-soluble polymer	2-g	25
10:00– 10:15	I05	Cytotoxicity of PSL nanoparticles toward methanogenic archaea (Osaka Pref. U.) *Rong Chen, Konishi Yasuhiro, Nomura Toshiyuki	Nanorisk Methanogenic archaea PSL	2-g	28
10:15– 10:30	I06	Investigation of Particle Behavior in a Stirred Tank by Coupled Computational Fluid Dynamics-Discrete Element Method Simulations (Osaka U.) *Yano Masaki, Yamamoto Takuya, Okano Yasunori	laminar collision DEM	2-b	62
10:30– 10:45	I07	Study on Fluidization Characteristics of Powder with the Adherability in fluidized bed (NIT Sasebo C.) *Fujimoto Yutaka, Johno Yuuki, Furukawa Nobuyuki	fluidized bed Adherability Fluidization Characteristics	2-c	6
10:45– 11:00	Break
(11:00–12:15) (Chair: Kishimoto Noboru)
11:00– 11:15	I09	Effects of the particle properties on the formation of agglomerated particles in the vibration fluidized bed (Hiroshima U.) *Hiraiwa Riho, (Chang Gung U.) Huang Shih-Yang, (Hiroshima U.) Huang An-Ni, Fukasawa Tomonori, Yoshida Hideto, Fukui Kunihiro	Vibration Fluidized bed	2-f	19
11:15– 11:30	I10	Application of microwave heating to the denitration reactions of the metal nitrate mixed solution. (Hiroshima U.) *Nakamura Riku, Fukasawa Tomonori, Huang An-Ni, Yoshida Hideto, Fukui Kunihiro	microwave denitration metal nitrate	2-f	68
11:30– 11:45	I11	Synthesis of K-zeolite from biomass combustion ash and coal fly ash using the microwave heating (Hiroshima U.) *Horigome Akira, Hukasawa Tomonori, An-Ni Huang, Yoshida Hideto, Fukui Kunihiro	zeolite fly ash microwave	2-f	93
11:45– 12:00	I12	Effect of Compression Speed on the Strength of Compacted Powder Layer -Dependence of Shape and Material of Elasto-plasticity Particles- (Okayama U.) *Akazawa T,, Oshitani J., Goto K., Yoshida M.	Compression Pellet strength Particle shape	2-f	115
12:00– 12:15	I13	Mechanism for Improvement of Particle removal by Pulsed Air Jet (Okayama U.) *Uno N., Yoshida M., Oshitani J., Goto K., (omron) Kakutani A.	Pulsed air jet Removal Surface cleaning	2-f	130
12:15– 13:15	Lunch break
I²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: ¥«¥º¥ß)
13:15– 13:30	I18	Improvement of collection efficiency of axial flow cyclone by aggregated dust using mist (Hiroshima U.) *Iwamoto Koji, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto	mist aggregation axial flow cyclone	2-f	125
13:30– 13:45	I19	Influence of the detection tray height and powder properties on particle distribution measurements using a sedimentation balance method (Hiroshima U.) *Une Kazuki, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto	sedimentation balance particle distribution detection tray	2-f	129
13:45– 14:00	I20	Effects of the inclined wall and the apex corn in the cyclone collection box on the classification performance (Hiroshima U.) *Fujiwara Shogo, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto	gas cyclone collection box classification performance	2-f	131
14:00– 14:15	I21	Try of shape distinction of a particle by an electrical sensing zone method (Okayama U.) *Nakahira W., Yoshida M., Oshitani J., Goto K.	Electrical sensing zone method Size distribution Particle shape	2-f	133
14:15– 14:30	I22	Effect of Electrolyte and Solid Wall on the Stability of Fine Bubbles Generated in a Water (Okayama U.) *Katayama N., Yoshida M., Oshitani J., Goto K.	Electrical sensing zone method Ultra Fine bubble Size analysis	2-f	135
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	I24	Water of Lake Shinji & fresh grass Cells (Matsueminami H.) *Shimizu Y., Yamamoto Y., Mochida M., Ishitobi N., Yanada K	Lake Shinji recoverry voltage reducer	11-a	13
15:00– 15:15	I25	Photoelectrochemical difference among the three-types of Co complexes intercalated into layered MnO2 (NIT Ube) Tomono Kazuaki, *Yahata Yuma, Sakamoto Ryo, Okada Masahiro, Shimabukuro Katsuya, (Tokyo. U. Sci.) Kakihara Shunta, Tamaki Yoshinori	MnO2 thin film Co complexes Photoelectrochemical	11-c	12
15:15– 15:30	I26	Electrodeposition of Sn-Cu alloy anodes for sodium secondary battery (Osaka Pref. U.) *kikuchi kengo, okamoto naoki, saito takeyasu	tin-copper Na-ion battery	11-a	24
15:30– 15:45	I27	Development of Ni-W alloy plating on the mold for cold forging (Osaka Pref. U.) *Fujimoto Hirofumi, Okamoto Naoki, Saito Takeyasu	Ni-W alloy electron deposition cold forging	11-a	51
15:45– 16:00	I28	Preparation of anode materials by a sol-gel method with different silicon sources for electrochemical energy storge (Osaka Pref.U.) *Li Bochen, Funahashi Chikara, Tsujimoto Yuuichi, Okamoto Naoki, Saitou Takeyasi	Sol-gel synthesis Lithium ion batteries Anode materials	11-a	132
Hall J
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
J²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	J03	Nannophya pygmaea (Hamada High School) *Kawanaka M., Hara A., Sasaki S.	Nannophya pygmaea	14-e	163
9:45– 10:00	J04	Study of La_1-xSr_xCoO₃ cathode surfaces of solid oxide fuel cells by Infrared Spectroscopy (Fukuoka U.) *Higuchi K., Nakanishi M., Sugiyama H., Nagashima H., Kubota J.	SOFC cathode surface Infrared Spectroscopy	9-e	56
10:00– 10:15	J05	Dimensionless moduli governing oxygen reduction reaction in polymer electrolyte fuel cell (Kyoto U.) *Mitsui R., Yamaguchi K., Kageyama M., Inoue G., Kawase M.	Polymer electrolyte fuel cell Modeling Electromotive force	9-e	45
10:15– 10:30	J06	Conversion of low-rank coal into valuable chemicals by electrode reaction (Kyoto U.) *Yamamoto K., Ashida R., Kawase M.	low-rank coal electrode reaction organic acid	9-c	54
10:30– 10:45	J07	Deveropment and evaluation for PEFC electrode assembly using Ni - Ag (NIT Ube) *Tabata Mizusa, Miyoshi Katsumi, Fukuchi Kenji	Fuel cell Silver Nickel	9-e	8
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	J09	Enhancement of Hand-held fireworks efficiency (Tochiku High School) *Uchiyama Takahiro, Senoo Shunichi, Ohba Mizuki, Yuki chihiro	Hand-held fireworks Gunpowder combustion	3-b	149
11:15– 11:30	J10	Heat transfer characteristics of water boiling in a microfabricated SUS plate (Tokushima U.) *Yamada N., Yoshida N., Katoh M., (Daikatech) Onishi K., (Tokushima U.) Yonekura D., Nakagawa K., Sugiyama S.	Plate heat exchangers Microfabrication Boiling heat transfer	3-c	48
11:30– 11:45	J11	Analysis of heat dissipation mechanism using thermal radiation (NIT Sasebo C.) *Ohsera Taku, Johno Yuuki, (Ceramic Res. Center of Nagasaki) Yamaguchi Norio, (NIT Sasebo C.) Furukawa Nobuyuki	heat dissipation radiation simulation	3-b	5
11:45– 12:00	J12	Preparation of porous carbon material for a capacitor electrode from cellulose (Osaka Pref. U., Col. Eng., Department of Chemical Engineering) *Wei Shengkang, (Osaka Pref. U., Graduate School of Eng., Department of Chemical Engineering, Department of Chemical Engineering) Muto Akinori, Tokumoto Hayato	Carbon material CO2 activation electric double layer capacitor	9-c	91
12:00– 12:15	J13	FT synthesis for liquid fuel production from wood building waste materials (Gifu U.) *Itou M., Kumabe K., Moritomi H.	FT synthesis liquid fuel production wood building waste materials	9-a	147
12:15– 13:15	Lunch break
J²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	J18	Measurements of infinite dilution activity coefficients for alcohols in alkanediol by gas-stripping method (NIT Ube) *Hisano Keisuke, Miyoshi Katsumi, Fukuchi Kenji	Infinite dilution activity coefficient Alcohol Alkanediol	1-a	9
13:30– 13:45	J19	(withdrawn)		100	32
13:45– 14:00	J20	Calculation of vapor-liquid equilibria for Lennard-Jones fluids by molecular dynamics simulation (Kyu U.) *seki ryosuke, tada tasuhiro, iwai yoshio	phase equilibrium molecular dynamics simulation Lennard-Jones	1-a	34
14:00– 14:15	J21	Calculation of boiling points and critical temperatures of large molecules by molecular dynamics simulation (Kyu U.) *Kondo Sohei, Tada Yasuhiro, Iwai Yoshio	molecular dynamics simulation critical temperature large molecule	1-a	37
14:15– 14:30	J22	Phase equilibria for the ethylene + hexane + polydisperse polyethylene system under high temperature and high pressure (Hiroshima U.Eng) *Nakata Daichi, Hadano Yuuki, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki	polydisperse polyethylene phase equilibria phase behavior	1-a	157
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	J24	High pressure deposition of polyimide using tube reactor (Hiroshima U.) *Hosokawa Yuki, Wasada Atsuhiko, Oda Asuka, Haruki Masashi, Kihara Shinichi, Takishima Shigeki	Supercritical carbon dioxide Polyimide Deposition	8-e	126
15:00– 15:15	J25	Deposition of iron oxide film using supercritical carbon dioxide (Hiroshima U.) *Tanaka Norimasa, Ninomiya Kouhei, Haruki Masashi, (HIroshima U.) Kihara Siniti, Takishima Shigeki	Supercritical carbon dioxide Iron oxide Deposition	8-e	139
15:15– 15:30	J26	Relationship between the structure and operating conditions of the polycarbonate foam using high-pressure gas (Hiroshima U.) *Sasaki ryo, Ueda yumi, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki	Polycarbonate Supercritical fluid Foaming	8-e	146
15:30– 15:45	J27	Pattern formation of organic/inorganic hybrid nano-particles by embedded into an nano-hole fabricated polymer sheet (Hiroshima U. Eng.) *Tatsuta Kohei, Morino Koji, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki	pattern formation organic/inorganic nano-particles supercritical CO2	8-e	156
15:45– 16:00	J28	The effect of glass fiber on polymer foaming process in the core-back method (Hiroshima U.Eng) *Yamada Keiji, Tawara Kuniaki, Tochioka Takahiro, Haruki Masashi, Kihara Shin¡¼ichi, Takishima Shigeki	polymer foaming core-back glass fiber	8-e	158
Hall K
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
K²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	K03	Development of CO₂ separation membrane utilizing amine-containing gel particles (Kyushu U.) *Gyobu T., Hamasaki A., Imamura K., Yamashita C., Hoshino Y., Miura Y.	gel particles amine CO2	4-a	137
9:45– 10:00	K04	Recovery of valuable component from citrus peel using vacuum solvent-free microwave extraction (Faculty of Eng., Kumamoto U.) *Yamafuku Saya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Technooogy) Kida Tetsuya, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando	Vacuum Solvent-free Microwave extraction	4-f	108
10:00– 10:15	K05	Influence of the dissolved oxygen concentration of solution which gives it to freeze concentration separation law using supersonic irradiation (Ehime U.) *Hosokawa h., Kawasaki k.	Supersonic irradiation Cavitation Concentration separation efficiency	4-b	55
10:15– 10:30	K06	Influence of the simplified elution condition to the elution of heavy-metals from soils. (NIT Kumamoto) Hanada Yuuki	heavy-metal elution soil pollution	13-i	61
10:30– 10:45	K07	Evaluation of heavy-metal removal rate using the polyphenolic chelating action in the rush (NIT Kumamoto) matsuo chie	heavy-metal rush polyphenol	4-e	66
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	K09	Simple analysis on nanoparticle film structures using photoluminescence spectra (Kyoto U.) *Maeda M, Sano N, Tamon H	drying photoluminescence particle film	4-h	96
11:15– 11:30	K10	Adsorption properties of activated carbon containing nitrogen in liquid phase (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Kusaka Naoaki, Hayashi Jun'ichi, Hasegawa Isao	Adsorption Activated carbon Liquid phase	13-b	111
11:30– 11:45	K11	Removal of cadmium ions by using banana peel char (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Yamaguchi Yoshiki, Hyashi Jyuni'chi, Hasegawa Isao	removal char cadmium	4-e	112
11:45– 12:00	K12	Numerical simulation of cake formation in cross-flow microfiltration (Kobe U./MaF Tech Center) *Nishitani Junta, Mino Yasushi, (Fukuoka U.) Shinto Hiroyuki, (Kobe U./MaF Tech Center) Matsuyama Hideto	lattice Boltzmann method microfiltration cross-flow	4-a	69
12:00– 12:15	K13	Preparation of polyamide thin-film composite membrane and investigation of organic solvent permeation behavior (Kobe U.) *Nakagawa Yuki, Yasukawa Masahiro, Mishima Shouji, Takahashi Tomoki, Saeki Daisuke, Matsuyama Hideto	Organic solvent filtration thin-film composite polyamide	4-a	106
12:15– 13:15	Lunch break
K²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: Mino Yasushi)
13:15– 13:30	K18	Evaluation of adsorption-desorption behavior of water or ethanol on zeolite membranes (Tokushima U.) *Nakahara S., Katoh M., Nakagawa K., Sugiyama S.	Zeolite membranes Adsorption-desorption behavior Evaluation	4-a	52
13:30– 13:45	K19	Investigation of gas absorption in Taylor flow with microparticles (Kobe U.) *Iwamura Yuuki, Hirai Kenta, Masuda Hayato, Kumagai Norihisa, Horie Takafumi, Ohmura Naoto	Taylor flow gas-liquid interface microparticles	2-e	85
13:45– 14:00	K20	Preparation and gas permeation properties of composite membranes comprising cellulose acetate with dispersed acetylated-cyclodextrin. (Nat. Inst. Tech. or Nippon Inst. Tech. or NITechUC) *Taoka Chinami, Yamasaki Hirohito, (Yamaguchi U.) Kita Hidetoshi, Koga Tomoko, Masuda Tomoya	acetylated-cyclodextrin gas separation cellulose acetate	4-a	104
14:00– 14:15	K21	Measurement and correlation of adsorption equilibria for bi-solute alcohol aqueous solutions on synthetic activated carbon (NIT Ube) *Toraya Hiroshi, Miyoshi Katsumi, Fukuchi Kenji	Adsorption equilibrium Bi-solute alcohol aqueous solution Synthetic activated carbon	4-e	10
14:15– 14:30	K22	Measurement and correlation of adsorption equilibria in gas phase for alcohols on synthetic activated carbon (NIT Ube) *Sasaki, Miyoshi Katsumi, Fukuchi Kenji	Adsorption equilibrium Alcohol Gas phase	4-e	11
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	K24	Synthesis and characterization of novel amine compounds as lower critical solution temperature (LCST) phase transition materials for power generation from low grade heat (Kobe U., MaF Tech Center) *Itai Takuya, Takahashi Tomoki, Yasukawa Masahiro, Matsuyama Hideto	osmotic heat engine pressure retarded osmosis draw solute	4-a	22
15:00– 15:15	K25	Synthesis of the novel ionic liquids with multiple CO₂ reaction points and application to the CO₂ selective separation membrane (Kobe U.) *Taniguchi Shu, (Kobe U./MaF Tech Center) Kamio Eiji, Matsuyama Hideto	CO$2$ separation Ionic liquids Membrane	4-a	49
15:15– 15:30	K26	Fabrication of novel metal complex-based ionic liquids with gas absorbability (Kobe U.) *Matsuoka Atsushi, (Kobe U./MaF Tech Center) Kamio Eiji, Matsuyama Hideto	ionic liquid gas absorption metal complex	4-a	50
15:30– 15:45	K27	Production of char¡¡containing nitrogen and sulfur (Department of Chemical, Energy and Environmental Eng.) *Tanaka Yusuke, Hayashi Junichi, Hasegawa Isao	carbon adsorption	4-e	154
15:45– 16:00	K28	Production of activated carbon by chemical-physical activation (KansaiU.) *Yamaguchi Junpei, Hayashi Junichi, Hasegawa Isao	activated carbon zinc chloride carbon dioxide	4-e	155
Hall L
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
L²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	L03	Rapid and selective oligomerization of organic compounds under the high-density fluid plasma reaction field (Faculty of Eng., Kumamoto U.) *Mori Kanae, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, (Graduate School of Sci. and Tech.) Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Nishiyama Katsuhiko	Lactic acid oligomer hydrothermal reaction Pulse discharge	5-g	79
9:45– 10:00	L04	Noble metal-loaded graphene oxide catalysts for glucose oxidation (Faculty of Eng., Kumamoto U.) *Hobo Takuto, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru	Graphene oxide Glucose oxidation Noble metal	5-a	76
10:00– 10:15	L05	Synthesis of Hydroxyapatite from Waste Gypsum under Several Reaction Condisions (NIT Sasebo) *Aoki Mizuki, Nagata Hideo, Watanabe Tetsuya, Shimono Tsugio	Waste gypsum Hydroxyapatite beta-Tricalcium phosphate	5-i	117
10:15– 10:30	L06	Hydrolysis of Tetrafluoromethane over Alumina-Zirconia System Catalysts Loaded with Tungsten Oxide (NIT Sasebo) *Tajima Yuhei, Nagata Hideo, Tanaka Yasuhiko	Alumina-Zirconia Tungsten Oxide Hydrolysis of Tetrafluoromethane	5-a	140
10:30– 10:45	L07	Solvent effect on the atomic transfer radical polymerization reaction (okayama U.) nagai shintaro	ATRP Solvent effect	5-a	153
10:45– 11:00	Break
(11:00–12:15) (Chair: Ichihashi Yuichi)
11:00– 11:15	L09	Demulsification of oil-in-water emulsions by an electric field (Osaka Pref. U., Col. Eng., Department of Chemical Engineering) *Kinugawa Koichiro, (Osaka Pref. U., Graduate School of Eng., Department of Chemical Engineering, Department of Chemical Engineering) Muto Akinori, Tokumoto Hayato	Oil-in-water emulsion Demulsification Electrolyte	5-f	95
11:15– 11:30	L10	Characterization of (K,Na)Nb2O3 capacitors prepared by PLD (Osaka Pref. U.) *Tamano R., Takada Y., Amano T., Okamoto N., Saito T., (Osaka U.) Higuchi K., Kitajima A., (Osaka Pref. U.) Fujimura N., Yoshimura T.	ferroelectric capacitor pulsed laser deposition lead free	11-b	33
11:30– 11:45	L11	Evaluation of TiC based hard coating films by CVD on the cemented carbide with well-controlled surface microstructure (Osaka Pref. U.) *Tanaka Chihiro, Suzuki Soichiro, Okamoto Naoki, Saito Takeyasu, Kondo Kazuo, (Osaka U.) Higuchi Koji, Kitajima Akira	adhesion strength surface treatment	5-h	43
11:45– 12:00	L12	Reactive Separation for Conversion of Citrus Flavonoids by Synergistic Effect of Subcritical H₂O and Supercritical CO₂ (Faculty of Eng., Kumamoto U.) *Hashimoto Akito, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya, Quitain Armando		8-c	74
12:00– 12:15	L13	Production of porous carbon-based materials with high surface area from biomass polysaccharides by chemical activation (Faculty of Eng., Kumamoto U.) *Ninomiya Shohei, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru	Carbon-based material Biomass polysaccharides Chemical activation	9-c	78
12:15– 13:15	Lunch break
L²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	L18	Mass-transfer characteristics for liquid-liquid extraction in slug-flow regime (Kagoshima U.) *Nishimuta T., Mizuta K., Goshima T., Nii S.	micro channel slug flow ultrasound	5-f	60
13:30– 13:45	L19	Controlling crystal size of glycine in standing-wave field under irradiation of high frequency ultrasound (Kogoshima U.) *Sakumoto Y., Mizuta K., Goshima T., Nii S.	ultrasound antisolvent crystallization lattice	5-b	64
13:45– 14:00	L20	Hydrothermal Method of Cellulose using Catalytic of carbide. (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Takara Takumi, Hasegawa Isao, Hayashi Junniti	Hydrothermal Method Cellulose Catalytic	5-a	116
14:00– 14:15	L21	Component fractionation of woody biomass by solvolysis (Department of Chemical, Energy and Environmental Eng.) *Hirai Daiki, Hasegawa Isao, Hayashi Junichi	biomass component fractionation	5-g	128
14:15– 14:30	L22	Residual stress of silica film prepared by plasma CVD (Kyoto U.) *Wakiska T., Takeda E., Kawase M.	Silica CVD Hexamethyldisiloxane Stress	5-h	101
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	L24	the photocatalytic water splitting over organic semiconductor thin film deposited on the polymer substrate (Kobe U.) *Kudo Y., Kishishita K., Okemoto A., Taniya K., Ichihashi Y., Nishiyama S.	Photocatalyst Hydrogen formation Organic semiconductor	5-a	38
15:00– 15:15	L25	Selective Reduction of Unsaturated Aldehyde over Zr Catalysts Supported on Various Activated Carbons (Kobe U.) *Akazawa K., Matsuyama T., Fujimoto T., Okemoto A., Taniya K., Ichihashi Y., Nishiyama S.	MPV reduction Zr catalyst Activated carbons	5-a	39
15:15– 15:30	L26	Employment of structured catalyst to avoid pressure loss for the reductive decomposition of nitrite in aqueous phase (Tokushima U.) *Tsuchiya Y, Fukushima N, Fukui M, Nakagawa K, Katoh M, Sugiyama S, (Nippon Pillar Packing) Arai Y, Hayashi Y, Akamatsu M	reductive decomposition aqueous nitrite structured catalyst	5-a	15
15:30– 15:45	L27	Study of Manufacture method of the Chen Pi using Microwave (NIT Ariake) *Uehara Hiroki, Liu Dan	Microwave Citrus Unshiu Peel decompression	5-d	120
15:45– 16:00	L28	The use of a fixed-bed reactor to evaluate the interaction of catalysts and Si for the synthesis of bromosilane. (NIT Ube) *sakamoto ryo, tomono kazuaki	fixed-bed reactor bromosilane catalyst	5-a	7
Hall M
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
M²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	M03	Development of transcutaneous cancer vaccine by oil-based nanodispersion technology (Kyushu U.) *Kouno H., Sakuragi M., Wakabayashi R., Kamiya N., Goto M.	cancer vaccine transcutaneous immunization emulsion	7-e	18
9:45– 10:00	M04	Supramolecular assembly of amphiphilic peptides containing fluoro substituents (Kyushu U.) *Katsuya M., Wakabayashi R., Kamiya N., Goto M.	Self-assembly peptide amphiphile biomaterials	7-e	20
10:00– 10:15	M05	Analysis of the swimming speed of volvox (Nat. Inst. Tech. or Nippon Inst. Tech. or NITech.UC) *Watanabe Natsuni, Wakabayashi Kazumo, Dara Rizqi Isnaini Armadani, (Tokyo Tech) Ueki Noriko, Wakabayashi Kenichi, (Nat. Inst. Tech. or Nippon Inst. Tech. or NITech.UC) Fujita Kazutaka, Shimabukuro Katsuya, Mitome Noriyo		7-g	36
10:15– 10:30	M06	Purification of Fo in FoF1-ATP synthase using c10-a fusion mutant. (NIT or Nippon Inst. Tech. or NITech,UC) *Toyota Haruki, Muro Yurika, Hayashida Naoki, Mitome Noriyo		7-b	23
10:30– 10:45	M07	Analysis of a proton transportation of Fo using decamar fused c sabunit (NIT or Nippon Inst. Tech. or NITech,UC) *Shigefuzi Yuto, Wakabayashi Kazumo, Mitome Noriyo		7-b	26
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	M09	Identification of Foc involved in proton transportation in c-ring of FoF1-ATP synthetase (NIT or Nippon Inst. Tech. or NITech,UC) *Harada Setsuna, Tomiyama Taishi, Mitome Noriyo		7-b	31
11:15– 11:30	M10	Analysis of ion channel by proton transporting activity in sodium transporting F_oF₁-ATPsynthase (NIT Ube) *tomiyama taishi, (Tokyo Tech) satou hiroki, (Tokyo U.) suzuki toshiharu, (NIT Ube) matsunishi takuya, hamada kouhei, (Kyoto Sangyo U.) yoshida masasuke, (NIT Ube) mitome noriyo	FoF1-ATP synthase sodium channel proton transport	7-b	59
11:30– 11:45	M11	Design of Highly Sensitive Biosensing System utilizing Cushion Protein (Fac. of Eng., Okayama U.) *Date Koki, (Grad. Sch. of Nat. Sci. & Tech., Okayama U.) Ishida Naoyuki, Imamura Koreyoshi, Imanaka Hiroyuki	biosensor immobilization interaction	7-a	162
11:45– 12:00	M12	Basic study on functionalization of hudrogel for the construction of cell sheets (Kyu U.) *Kagawa G., Naito S., Wakabayashi R., Goto M., Kamiya N.	hydrogel cell sheet horseradish peroxidase	7-e	47
12:00– 12:15	M13	Transcutaneous pollinosis immunotherapy by Solid-in-Oil technique (Kyushu U.) *Oka A., Kitaoka M., Wakabayashi R., Kamiya N., Goto M.	Immunotherapy Pollinosis Solid-in-Oil technique	7-e	73
12:15– 13:15	Lunch break
M²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	M18	Mycelium culture and antibacterial activity of Agaricus (NIT Wakayama) *Imoto Seiji, Yonemtisu Hiroshi, Okuno Yoshiharu	Agaricus mycelium culture antibacterial activity	7-i	102
13:30– 13:45	M19	Effect of bacterial purple pigment on lipolysis (NIT Wakayama) *Morimoto Asumi, Ohta Shiho, Yonemtisu Hiroshi, Okuno Yoshiharu	purple pigment bacteria lypolysis	7-e	160
13:45– 14:00	M20	Inactivation of Penicillium digitatum¡¡with Ozonated Water (NIT Kochi Colleg, Adv. Couse of Material Eng.) *Betchaku Mii, (NIT Kochi Colleg, Department of Material Sci. and Engineerin) Ujihara Shin, Doi Toshifusa	Ozonated Water Penicillium digitatum Inactivation	7-h	103
14:00– 14:15	M21	Synthesis of nanoparticles by simultaneous bioreduction of Ag(I) and Pd(II) (Kyoto U.) *Shimizu T, Sugiura K, Sano N, Tamon H	nanoparticle algae bioreduction	7-a	94
14:15– 14:30	M22	Molecular Dynamics Simulation of the Formation of Holes and Shape of the Lipid Bilayer (Osaka U.) *Imai Yosuke, Yamamoto Takuya, Okano Yasunori, (Tsukuba U.) Satou Ryuma, Shigeta Yasuteru	molecular dynamics simulation gromacs lipid bilayer	7-a	105
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	M24	A red cocoon and the blue cocoon using rhodamine B (masudahischool) Fukumitsu Nodoka	rhodamine B cocoon silkworm	7-b	1
15:00– 15:15	M25	Making of the artificial feed of the silkworm not to use the leaf of the mulberry for (masudahischool) Fukumitsu Nodoka	silkworm latex compositae	7-b	4
15:15– 15:30	M26	The investigation of human sence of taste ¡Á¡¡To visualize the sweetness ¡Á (uto high school) okamura hibiki, *hoshino akane, hukuhara yoshino, hayashida aoi, matsumoto honami, yamasaki yuka	MRI sugar sugar content	7-h	161
15:30– 15:45	M27	Delivery of carrier nanoparticles toward tobacco BY-2 cells (Osaka Pref. U.) *Yuasa Tomoki, Konishi, Nomura Toshiyuki	DDS BY-2 Uptake	7-h	27
15:45– 16:00	M28	Control of plant pathogen using PLGA particles containing pesticide (Osaka Pref. U.) *Fukamachi Kakazuto, Tani Shuji, Konishi Yasuhiro, Nomura Toshiyuki	Plant pathogen PLGA Pesticide	7-h	29
Hall N
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
N²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	N03	Heparin crosslinked collagen as a brain-specific ECM-modelized substratum for neural cell culture (Kyushu U.) *Ikegami Y., Nagai T., Harada Y., Shirakigawa N., Ijima H.	extracellular matrix heparin neural cell	7-a	35
9:45– 10:00	N04	Investigation of cell seeding method for transplantable recellularized liver (KyushuU.) *Iga H., Sakamoto H., Cho J., Shirakigawa N., (Kyushu U.) ¥¤¥¸¥Þ H.	recellularization decellularization liver	7-e	44
10:00– 10:15	N05	Hepatocyte culture using a collagen-based material for construction recellularization liver (Kyushu U.) *Niida H., Harada Y., Sakamoto H., Shirakigawa N., Ijima H.	hepatocyte recellularization	7-a	46
10:15– 10:30	N06	The effect of sulfonylurea(SU) in yeast cells. (NIT Ube) *Oue Kazuhiro, (NITUbe) Negoro Munetaka	sulfonylurea Saccharomyces cerevisiae protein	7-a	109
10:30– 10:45	N07	The supplementaion of NAD+ recoverd acetoaminophen toxity in yeast cells. (NIT Ube) *Yamamoto Hiroki, Negoro Munetaka	Acetaminophen NAD Saccharomyces cerevisiae	7-a	110
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	N09	The influence that raspberry ketone gives to Saccharomyces cerevisiae (NIT UBE) *Awaya Kazuki, Negoro Munetaka	raspberryketone Saccharomyces cerevisiae glucose metabolism	7-a	118
11:15– 11:30	N10	The effect of p-Hydroxyacetophenone on the growth and the metabolism in yeast cells. (NIT Ube) *Kodama Yuki, Negoro Munetaka	p-Hydroxyacetophenone Saccharomyces cerevisiae niacin	7-a	121
11:30– 11:45	N11	Energy transfer efficiency to short-necked clam (Ruditapes philippinarum) from microphytobenthos on a sandy tidal flat in Hiroshima Bay (Graduate School of Sci. and Eng., Hiroshima U.) *miyagwa haruka, (Environmental Res. and Management Center, Hiroshima U.) umehara akira, (Department of Technological Systems, Osaka Pref. U. Col. Tech.) otani sosuke, (Graduate School of Sci. and Eng., Hiroshima U.) nakai satoshi, (Environmental Res. and Management Center, Hiroshima U.) okuda tetsuji, nisijima wataru	Primary production Stable isotopes Energy flow	7-g	136
11:45– 12:00	N12	Development of sulubilized matrix derived from decellilarized porcine liver as a substratum for transplantation (KyushuU.) *Kimura H., Nisimura S., Shirakigawa N., Ijima H.	hepatocyte extracellular matrix porcine	7-e	42
12:00– 12:15	N13	Heparin-immobilized agarose-gelatin sponge for tissue-engineered blood vessel (Kyushu U.) *Moriyasu H., Gau H., Tokuyama K., Shirakigawa N., Ijima H.	tissue-engineering blood vessel agarose-gelatin sponge	7-e	75
12:15– 13:15	Lunch break
N²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	N18	Purification of water with Photocatalyst (Tochiku High School) *Sugimoto Akari, Ikeda Shunto	Photocatalyst Purification Water	13-a	151
13:30– 13:45	N19	Lipid production by cultivation of Labyrinthula using excess sludge (Hiroshima U., Fac. Eng.) *Maeda Yuya, (Hiroshima U., Environ. Res. Manage.) Nishijima Wataru, (Hiroshima U., Grad. School Eng.) Nakai Satoshi, (Hiroshima U., Environ. Res. Manage.) Okuda Tetsuji	Aurantiochytrium sp. Sludge Solubilization Lipid production	13-b	113
13:45– 14:00	N20	Reduction of excess sludge production using ultrafine bubbles of ozone. (Hiroshima U., Fac. Eng.) *kubota narumi, (Enviromental Res. and Management Center) hashimoto kurumi, okuda tetuji, (Hiroshima U., Grad. School Eng.) nakai satoshi, (NEXCO west japan) motoshige hiroshi, (Enviromental Res. and Management Center) nishijima wataru	excess sludge production ozonation ultrafine bubble	13-b	124
14:00– 14:15	N21	Biofilm control on the RO membrane with the hypochlorous acid (Hiroshima U.) *Nishimoto S., (Environmental Res. and Management Center, Hiroshima U.) Nishijima W., (Hiroshima U. Grad. School) Nakai S., (Environmental Res. and Management Center, Hiroshima U.) Okuda T., Ohno M.	RO membrane sodium hypochlorite bio film	13-b	141
14:15– 14:30	N22	The removal for highly concentrated of ammonia and hydrogen peroxide in industrial wastewater by the subcritical hydrothermal reaction (NIT or Nippon Inst. Tech. or NITechUC) *Maeda M., Tokunaga D., Yamasaki H., Negoro M., (NIT or Nippon Inst. Tech. or NITechAC) Miyakoshi A., (Yamaguchi D.) Fukunaga K.	Subcritical hydrothermal reaction Ammonia and hydrogen peroxide removal Non-noble metal catalysis	13-b	17
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	N24	Synthesis and evaluation of porus materials from by-product discharged in Al regeneration process (Kansai U.) *Minamikawa Taiki, Yasuda Keita, Murayama Norihiro, Shibata Junji, Hayashi Junichi	AlPO4-n Adsorption Aluminum Dross	13-e	2
15:00– 15:15	N25	As adsorption from dilute solution using Mg-Al-Fe complex oxides (Kansai U.) *Takeyama Chiharu, Yoshida Sho, Murayama Norihiro, Shibata Junji	Metal complex oxides As adsorption Dilute solution	13-b	3
15:15– 15:30	N26	Isolation and characteristics of aniline degradation bacteria (NIT Wakayama) *Kusui Keigo, Yonemtisu Hiroshi	aniline degradation bacteria	13-b	99
15:30– 15:45	N27	Degradation of formaldehyde by recombinant Escherichia coli (NIT Wakayama) *Seta Hiroyuki, Yonemtisu Hiroshi, Kishimoto Noboru, Okuno Yoshiharu	Formaldehyde degradation recombinant Eschericha coli	13-b	100
15:45– 16:00	N28	Noble metal recovery using a heteropolyoxometalate-based hybrid catalyst (Faculty of Eng., Kumamoto U.) *Sadowara Kouki, (Graduate School of Sci. and Tech., Kumamoto U.) Tsuchibashi Kenta, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya	Hybrid catalyst Stirring Thiol	13-b	82
Hall O
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
O²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	O03	Preparation of a composite magnetic nanoparticles and hydrogel with tertiary amine (Hiroshima. U.) *Arai T, Gotoh T, Iizawa T	hydrogel, magnetite nanoparticles	12-e	53
9:45– 10:00	O04	Preparation of the composite of zinc oxide nanoparticles and the polymer gel and examination of its fluorescence properties. (Hiroshima. U.) *Kobayashi A, Gotoh T, Iizawa T	N,N-Dimethylaminopropylacrylamide gel zinc oxide nanoparticles synthesis condition	12-e	71
10:00– 10:15	O05	Sythesis and adsorption-desorption of Oligo(ethylene glycol) mono(m)ethyl ether (meth)acrylate gel (Hiroshima U.) *Nakata Taku, Hara Syoutaro, Gto Takehiko, Iizawa Takashi	Sythesis adsorption desorption	12-e	134
10:15– 10:30	O06	Synthesis of Titanium Dioxide Powder with Addition of Al Component by Polymerized Complex Method and Evaluation of the Sintered Body Using It (NIT Ube) *Hamasaki Kei, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka	Titanium dioxide Polymerizable complex method Sintering	13-i	89
10:30– 10:45	O07	Fabrication of Anatase-Type Titanium Dioxide-Based Sintered Bodies by Addition of Glasses (NIT Ube) *Takeshita Yu, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Kawashima Miyuki, Hamasaki Kei, (Yamaguchi U.) Fujimori Hirotaka	Titanium dioxide Glass additives Sintering	13-i	90
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	O09	Effect of Oxygen Partial Pressure During Firing on Low Temperature Sintering Performance of Alumina with Additives (NIT Ube) *Nataga Takumi, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka	Alumina Low Temperature Co-fired Ceramics (LTCC) Firing atmosphere	13-i	86
11:15– 11:30	O10	Composition Development of Low Temperature Co-fired Alumina Having Good Dielectric Properties (NIT Ube) *Li Moyuan, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka	Alumina Low Temperature Co-fired Ceramics (LTCC) Dielectric property	13-i	87
11:30– 11:45	O11	Photoacoustic effect of silica-polydopamine core-shell nanoparticles (Kyoto U.) *Yano Kyohei, Nagamine Shinsuke, Aoki Hiroyuki, Ohshima Masahiro	photoacoustic effect polydopamine core-shell nanoparticle	12-d	123
11:45– 12:00	O12	Photocatalytic microreactor with layered channels separated by TiO₂ nanotube array/Ti plate (Kyoto U.) *Takihana Yota, Inoue Hirohisa, Nagamine Shinsuke, Ohshima Masahiro	anodic oxidation TiO$2$ nanotube photocatalytic microreactor	12-i	142
12:00– 12:15	O13	Effect of operation condition on ethanol production using material conversion ability of waste liquid from Shochu vacuum distillation (U. Miyazaki) *Toda Seiya, (Kagajyo Kensetsu) Ikeda Hayato, (U. Miyazaki) Shiomori Koichiro	Ethanol fuel Shochu distilled waste water Ethanol fermentation	13-e	97
12:15– 13:15	Lunch break
O²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	O18	Computational study of gate adsorption behavior on metal-organic framework on the basis of X-ray structural analysis (Kyoto U.) *Ishikawa Narutomo, Hiraide Shotaro, Tanaka Hideki, Miyahara Minoru	metal-organic framework free energy analysis structure determination	12-a	21
13:30– 13:45	O19	Atypical Attachment of Anisotropically Shaped Particles to A Gas Bubble (Kyoto U.) *Arai Nozomi, Watanabe Satoshi, Miyahara Minoru, Lecrivain Gregory	Bubble attachment Colloid particles Flotation	12-a	122
13:45– 14:00	O20	Microreactor Flow Synthesis of Zeolitic Imidazolate Framework Particles with Controlled Size and Shape (Kyoto U.) *Fujiwara Atsushi, Ohsaki Shuji, Watanabe Satoshi, Mae Kazuhiro, Miyahara Minoru	Metal-Organic Framework Particle shape Crystal growth	12-c	127
14:00– 14:15	O21	Influence of P2O5 Amounts on Bioactivity of CaO-ZnO-P2O5 Glass Synthesized by Melt-Quenching Method (NIT Ube) *Kawashima Miyuki, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Takeshita Yu, (Yamaguchi U.) Matono Keisuke, Fujimori Hirotaka	Biomaterial CaO-ZnO-P2O5 glass Simulated body fluid test	12-k	88
14:15– 14:30	O22	Preparation and characterization of chitosan-carrageenan hydrogels (NIT Kitakyushu) *Hamashima Azumi, Tsukiashi Ruka, Maeda Ryosuke	chitosan carrageenan hydrogel	12-e	98
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	O24	Simulations for the Formation of Water-Treatment Membrane by Non-Solvent Induced Phase Separation (Kyoto U.) *Kitagawa Yuta, Yoshimoto Kenji, Taniguchi Takashi, Ohshima Masahiro	phase separation ternary system polymer membrane	12-i	67
15:00– 15:15	O25	Development of Fine Foam Injection Molding Technology without Supercritical Fluid (Kyoto U.) *Asaoka F., Ohshima M.	Microcellular injection foaming Low pressure gas injection Core-back	12-k	107
15:15– 15:30	O26	Preparation of Pickering emulsions using lipid microparticles (NIT Nara) *Higashide Nozomi, (Taihei Chemical Ind.) Matsuda Nobuyuki, (NIT Nara Colleg) Naoe Kazumitsu	Pickering emulsion lipid microparticle	12-b	57
15:30– 15:45	O27	Preparation of thermoresponsive Pickering emulsions formulated with gold nanoparticles (NIT Nara) *Ohnishi Satoru, Naoe Kazumitsu	gold nanoparticle thermoresponsive Pickering emulsion	12-b	58
15:45– 16:00	O28	Partition of ionic liquids to DPPC vesicles (Doshisha U.) *Ito K., Matsumoto M., Kondo K.	Ionic liquid Vesicle Partition	12-m	77
Hall P
Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
P²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	P03	Preparation of hollow silica nanoparticle using sugar nanoparticle as template (kyu U.) *Muraoka E., (Kyu U.) Matsune H., Takenaka S., (kyu U.) Kishda M.	sugar silica hollow nanoparticle	12-f	81
9:45– 10:00	P04	Uptake of microspheres by microphages (Fukuoka U.) *Tsukamoto N., Arita T., Hirohashi Y., Shinto H.	Macrophages Microspheres Cellular Uptake	12-a	92
10:00– 10:15	P05	Composition of copper-doped borate glass and emission properties (NIT Anan) *Houji J., Miyata Y., Kouzai T., Fujihara T., Kamano M., Sunahara Y., Konishi T.	glass copper borate	12-k	63
10:15– 10:30	P06	Surface modification of Er³⁺-doped LaOCl phosphors and emission properties (NIT Anan) *Tsuchihashi C., Kouzai T., Kamano M., Fujihara T., Konishi T.	Upconversion Nanophosphors Surface modification	12-a	70
10:30– 10:45	P07	Optical properties of copper(µ)-doped SnO-ZnO-P₂O₅ glass and the structural change (NIT Anan) *Miyata Y., Ooka Y., Motoki K., Kouzai T., Fujihara T., Uehara N., Kamano M., Konisi T.	glass phosphor emission properties	12-k	72
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	P09	Dispersion of graphene in organic solvents using conductive organic polymer and its application to conductive materials (Kobe U.) *Iguchi H., Higashi C., Funasaki Y., Fujita K., Mori A., Maruyama T., (Sekisui Chemical Co.) Nakasuga A.	graphene conductive polymer dispersion	12-a	30
11:15– 11:30	P10	Development of pH-responsive supramolecular gelator (Kobe U.) *Morimoto T., Nishida Y., Maruyama T.	peptide lipid self-assembly pH-responsive	12-e	40
11:30– 11:45	P11	Display of carboxy groups on substrate surfaces by coating of fluorinated methacrylate-based polymers (Kobe U.) *Nishimori K., Kitahata S., Nishino T., Maruyama T.	polymer surface carboxy group segregation	12-a	119
11:45– 12:00	P12	Opal silicon film made by deposition of the bromosilane from the kerf-loss silicon (NIT Ube) Tomono Kazuaki, *Okada Masahiro, Sakamoto Ryo, Yahata Yuma	the kerf-loss silicon bromosilane opal silicon	12-c	14
12:00– 12:15	P13	Synthesis and properties of bisphenol B novolac resin as a photo-resist material (NIT or Nippon Inst. Tech. or NITechUC) *Nishimura Toshiyasu, Yamasaki Hirohito	Bisphenol B Photo-resist Flexibility	12-j	16
12:15– 13:15	Lunch break
P²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	P18	Synthesis of glycopolymer to form self-assembly (Kyushu U.) *Oh Takahiro, Sonoda Shotaro, Nagao Masanori, Seto Hirokazu, Hoshino Y., Miura Y.	RAFT polymerization self assembly glycopolymer	12-i	138
13:30– 13:45	P19	Evaluation of pKa of Nanogel particles introduced carboxylic acid and amine (Kyushu U.) *Jibiki T., Gondou N., Nakamoto M., Hoshino Y., Miura Y.	nanogel particle pKa shift temperature-responsive	12-e	143
13:45– 14:00	P20	Preparation and evaluation of linear polymer library for binding IgG (Kyushu U.) *Shuji T., Katakami S., Shimohara S., Nakamoto M., Hoshino Y., Miura Y.	RAFT IgG Linear polymer	12-j	144
14:00– 14:15	P21	Preparation of Palladium-Loaded Porous Monolith Reactor as Continuous Flow System (Kyushu U.) *Matsumoto H., Seto H., Hoshino Y., Miura Y.	porous monolith continuous flow reactor palladium	12-e	145
14:15– 14:30	P22	Incorporation of Amphotericin B into supported lipid bilayers for water purification (Kobe U.,MaF tech Center) *Takai T., Saeki D., (Kobe U.,MaF Tech Center) Matuyama H.	Lipid bilayer Amphotericin B Water purification	12-a	65
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	P24	Synthesis and gas sensing properties of SnO₂ nanocrystals (Faculty of Eng., Kumamoto U.) *Miyabe Keitaro, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya	SnO$2$ Gas sensor Liquid phase method	12-c	80
15:00– 15:15	P25	Fabrication of semiconductor nanocrystal-based pn junction films for photoelectrochemical applications (Faculty of Eng., Kumamoto U.) *Ueno Wakako, (Graduate School of Sci. and Tech., Kumamoto U.) Mikami Kazuki, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya	Semiconductor nanocrystal Photoelectrode Biomass	12-c	83
15:15– 15:30	P26	The introduction of ionic liquid groups on the surface of polymer particles using initiator modification (Division of Interface Process Enginerring) yamasaki yoshihiro	ionic liquid polymer particle	12-c	148
15:30– 15:45	P27	Phase separation of two ionic liquids and preparation of multiple emulsion (Division of interface process Eng.) Kano Toshiki	ionic liquid phase separation multiple emulsion	12-b	150
15:45– 16:00	P28	Analysis of microfludic crystallization using temperature jump (Okayama U.) Haigo Eimi	Microfluidic device Crystallization Nucleation	12-g	152

Hall I

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

I²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

I03

Analysis of mixing motion during cooking

(Kobe U.) *Hara Maiko, (Kobe Yamate Col.) Honda Sachiko, (Kobe U.) Shirasugi(Kataoka) Naoko, Masuda Hayato, Horie Takafumi, Ohmura Naoto

Mixing
Motion analysis
Cooking

2-b

9:45– 10:00

I04

Control of colloidal behavior of PSL nanoparticles toward yeast cells using water-soluble polymer

(Osaka Pref. U.) *Yumiyama Shohei, Konishi Yasuhiro, Nomura Toshiyuki

Yeast
Nanoparticle
Water-soluble polymer

2-g

10:00– 10:15

I05

Cytotoxicity of PSL nanoparticles toward methanogenic archaea

(Osaka Pref. U.) *Rong Chen, Konishi Yasuhiro, Nomura Toshiyuki

Nanorisk
Methanogenic archaea
PSL

2-g

10:15– 10:30

I06

Investigation of Particle Behavior in a Stirred Tank by Coupled Computational Fluid Dynamics-Discrete Element Method Simulations

(Osaka U.) *Yano Masaki, Yamamoto Takuya, Okano Yasunori

laminar
collision
DEM

2-b

10:30– 10:45

I07

Study on Fluidization Characteristics of Powder with the Adherability in fluidized bed

(NIT Sasebo C.) *Fujimoto Yutaka, Johno Yuuki, Furukawa Nobuyuki

fluidized bed
Adherability
Fluidization Characteristics

2-c

10:45– 11:00

Break

(11:00–12:15) (Chair: Kishimoto Noboru)

11:00– 11:15

I09

Effects of the particle properties on the formation of agglomerated particles in the vibration fluidized bed

(Hiroshima U.) *Hiraiwa Riho, (Chang Gung U.) Huang Shih-Yang, (Hiroshima U.) Huang An-Ni, Fukasawa Tomonori, Yoshida Hideto, Fukui Kunihiro

Vibration
Fluidized bed

2-f

11:15– 11:30

I10

Application of microwave heating to the denitration reactions of the metal nitrate mixed solution.

(Hiroshima U.) *Nakamura Riku, Fukasawa Tomonori, Huang An-Ni, Yoshida Hideto, Fukui Kunihiro

microwave
denitration
metal nitrate

2-f

11:30– 11:45

I11

Synthesis of K-zeolite from biomass combustion ash and coal fly ash using the microwave heating

(Hiroshima U.) *Horigome Akira, Hukasawa Tomonori, An-Ni Huang, Yoshida Hideto, Fukui Kunihiro

zeolite
fly ash
microwave

2-f

11:45– 12:00

I12

Effect of Compression Speed on the Strength of Compacted Powder Layer -Dependence of Shape and Material of Elasto-plasticity Particles-

(Okayama U.) *Akazawa T,, Oshitani J., Goto K., Yoshida M.

Compression
Pellet strength
Particle shape

2-f

115

12:00– 12:15

I13

Mechanism for Improvement of Particle removal by Pulsed Air Jet

(Okayama U.) *Uno N., Yoshida M., Oshitani J., Goto K., (omron) Kakutani A.

Pulsed air jet
Removal
Surface cleaning

2-f

130

12:15– 13:15

Lunch break

I²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: ¥«¥º¥ß)

13:15– 13:30

I18

Improvement of collection efficiency of axial flow cyclone by aggregated dust using mist

(Hiroshima U.) *Iwamoto Koji, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto

mist
aggregation
axial flow cyclone

2-f

125

13:30– 13:45

I19

Influence of the detection tray height and powder properties on particle distribution measurements using a sedimentation balance method

(Hiroshima U.) *Une Kazuki, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto

sedimentation balance
particle distribution
detection tray

2-f

129

13:45– 14:00

I20

Effects of the inclined wall and the apex corn in the cyclone collection box on the classification performance

(Hiroshima U.) *Fujiwara Shogo, Fukasawa Tomonori, Fukui Kunihiro, Yoshida Hideto

gas cyclone
collection box
classification performance

2-f

131

14:00– 14:15

I21

Try of shape distinction of a particle by an electrical sensing zone method

(Okayama U.) *Nakahira W., Yoshida M., Oshitani J., Goto K.

Electrical sensing zone method
Size distribution
Particle shape

2-f

133

14:15– 14:30

I22

Effect of Electrolyte and Solid Wall on the Stability of Fine Bubbles Generated in a Water

(Okayama U.) *Katayama N., Yoshida M., Oshitani J., Goto K.

Electrical sensing zone method
Ultra Fine bubble
Size analysis

2-f

135

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

I24

Water of Lake Shinji & fresh grass Cells

(Matsueminami H.) *Shimizu Y., Yamamoto Y., Mochida M., Ishitobi N., Yanada K

Lake Shinji
recoverry voltage
reducer

11-a

15:00– 15:15

I25

Photoelectrochemical difference among the three-types of Co complexes intercalated into layered MnO2

(NIT Ube) Tomono Kazuaki, *Yahata Yuma, Sakamoto Ryo, Okada Masahiro, Shimabukuro Katsuya, (Tokyo. U. Sci.) Kakihara Shunta, Tamaki Yoshinori

MnO2 thin film
Co complexes
Photoelectrochemical

11-c

15:15– 15:30

I26

Electrodeposition of Sn-Cu alloy anodes for sodium secondary battery

(Osaka Pref. U.) *kikuchi kengo, okamoto naoki, saito takeyasu

tin-copper
Na-ion
battery

11-a

15:30– 15:45

I27

Development of Ni-W alloy plating on the mold for cold forging

(Osaka Pref. U.) *Fujimoto Hirofumi, Okamoto Naoki, Saito Takeyasu

Ni-W alloy
electron deposition
cold forging

11-a

15:45– 16:00

I28

Preparation of anode materials by a sol-gel method with different silicon sources for electrochemical energy storge

(Osaka Pref.U.) *Li Bochen, Funahashi Chikara, Tsujimoto Yuuichi, Okamoto Naoki, Saitou Takeyasi

Sol-gel synthesis
Lithium ion batteries
Anode materials

11-a

132

Hall J

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

J²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

J03

Nannophya pygmaea

(Hamada High School) *Kawanaka M., Hara A., Sasaki S.

Nannophya pygmaea

14-e

163

9:45– 10:00

J04

Study of La_1-xSr_xCoO₃ cathode surfaces of solid oxide fuel cells by Infrared Spectroscopy

(Fukuoka U.) *Higuchi K., Nakanishi M., Sugiyama H., Nagashima H., Kubota J.

SOFC
cathode surface
Infrared Spectroscopy

9-e

10:00– 10:15

J05

Dimensionless moduli governing oxygen reduction reaction in polymer electrolyte fuel cell

(Kyoto U.) *Mitsui R., Yamaguchi K., Kageyama M., Inoue G., Kawase M.

Polymer electrolyte fuel cell
Modeling
Electromotive force

9-e

10:15– 10:30

J06

Conversion of low-rank coal into valuable chemicals by electrode reaction

(Kyoto U.) *Yamamoto K., Ashida R., Kawase M.

low-rank coal
electrode reaction
organic acid

9-c

10:30– 10:45

J07

Deveropment and evaluation for PEFC electrode assembly using Ni - Ag

(NIT Ube) *Tabata Mizusa, Miyoshi Katsumi, Fukuchi Kenji

Fuel cell
Silver
Nickel

9-e

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

J09

Enhancement of Hand-held fireworks efficiency

(Tochiku High School) *Uchiyama Takahiro, Senoo Shunichi, Ohba Mizuki, Yuki chihiro

Hand-held fireworks
Gunpowder
combustion

3-b

149

11:15– 11:30

J10

Heat transfer characteristics of water boiling in a microfabricated SUS plate

(Tokushima U.) *Yamada N., Yoshida N., Katoh M., (Daikatech) Onishi K., (Tokushima U.) Yonekura D., Nakagawa K., Sugiyama S.

Plate heat exchangers
Microfabrication
Boiling heat transfer

3-c

11:30– 11:45

J11

Analysis of heat dissipation mechanism using thermal radiation

(NIT Sasebo C.) *Ohsera Taku, Johno Yuuki, (Ceramic Res. Center of Nagasaki) Yamaguchi Norio, (NIT Sasebo C.) Furukawa Nobuyuki

heat dissipation
radiation
simulation

3-b

11:45– 12:00

J12

Preparation of porous carbon material for a capacitor electrode from cellulose

(Osaka Pref. U., Col. Eng., Department of Chemical Engineering) *Wei Shengkang, (Osaka Pref. U., Graduate School of Eng., Department of Chemical Engineering, Department of Chemical Engineering) Muto Akinori, Tokumoto Hayato

Carbon material
CO2 activation
electric double layer capacitor

9-c

12:00– 12:15

J13

FT synthesis for liquid fuel production from wood building waste materials

(Gifu U.) *Itou M., Kumabe K., Moritomi H.

FT synthesis
liquid fuel production
wood building waste materials

9-a

147

12:15– 13:15

Lunch break

J²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

J18

Measurements of infinite dilution activity coefficients for alcohols in alkanediol by gas-stripping method

(NIT Ube) *Hisano Keisuke, Miyoshi Katsumi, Fukuchi Kenji

Infinite dilution activity coefficient
Alcohol
Alkanediol

1-a

13:30– 13:45

J19

(withdrawn)

100

13:45– 14:00

J20

Calculation of vapor-liquid equilibria for Lennard-Jones fluids by molecular dynamics simulation

(Kyu U.) *seki ryosuke, tada tasuhiro, iwai yoshio

phase equilibrium
molecular dynamics simulation
Lennard-Jones

1-a

14:00– 14:15

J21

Calculation of boiling points and critical temperatures of large molecules by molecular dynamics simulation

(Kyu U.) *Kondo Sohei, Tada Yasuhiro, Iwai Yoshio

molecular dynamics simulation
critical temperature
large molecule

1-a

14:15– 14:30

J22

Phase equilibria for the ethylene + hexane + polydisperse polyethylene system under high temperature and high pressure

(Hiroshima U.Eng) *Nakata Daichi, Hadano Yuuki, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki

polydisperse polyethylene
phase equilibria
phase behavior

1-a

157

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

J24

High pressure deposition of polyimide using tube reactor

(Hiroshima U.) *Hosokawa Yuki, Wasada Atsuhiko, Oda Asuka, Haruki Masashi, Kihara Shinichi, Takishima Shigeki

Supercritical carbon dioxide
Polyimide
Deposition

8-e

126

15:00– 15:15

J25

Deposition of iron oxide film using supercritical carbon dioxide

(Hiroshima U.) *Tanaka Norimasa, Ninomiya Kouhei, Haruki Masashi, (HIroshima U.) Kihara Siniti, Takishima Shigeki

Supercritical carbon dioxide
Iron oxide
Deposition

8-e

139

15:15– 15:30

J26

Relationship between the structure and operating conditions of the polycarbonate foam using high-pressure gas

(Hiroshima U.) *Sasaki ryo, Ueda yumi, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki

Polycarbonate
Supercritical fluid
Foaming

8-e

146

15:30– 15:45

J27

Pattern formation of organic/inorganic hybrid nano-particles by embedded into an nano-hole fabricated polymer sheet

(Hiroshima U. Eng.) *Tatsuta Kohei, Morino Koji, Haruki Masashi, Kihara Shin-ichi, Takishima Shigeki

pattern formation
organic/inorganic nano-particles
supercritical CO2

8-e

156

15:45– 16:00

J28

The effect of glass fiber on polymer foaming process in the core-back method

(Hiroshima U.Eng) *Yamada Keiji, Tawara Kuniaki, Tochioka Takahiro, Haruki Masashi, Kihara Shin¡¼ichi, Takishima Shigeki

polymer foaming
core-back
glass fiber

8-e

158

Hall K

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

K²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

K03

Development of CO₂ separation membrane utilizing amine-containing gel particles

(Kyushu U.) *Gyobu T., Hamasaki A., Imamura K., Yamashita C., Hoshino Y., Miura Y.

gel particles
amine
CO2

4-a

137

9:45– 10:00

K04

Recovery of valuable component from citrus peel using vacuum solvent-free microwave extraction

(Faculty of Eng., Kumamoto U.) *Yamafuku Saya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Technooogy) Kida Tetsuya, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando

Vacuum
Solvent-free
Microwave extraction

4-f

108

10:00– 10:15

K05

Influence of the dissolved oxygen concentration of solution which gives it to freeze concentration separation law using supersonic irradiation

(Ehime U.) *Hosokawa h., Kawasaki k.

Supersonic irradiation
Cavitation
Concentration separation efficiency

4-b

10:15– 10:30

K06

Influence of the simplified elution condition to the elution of heavy-metals from soils.

(NIT Kumamoto) Hanada Yuuki

heavy-metal
elution
soil pollution

13-i

10:30– 10:45

K07

Evaluation of heavy-metal removal rate using the polyphenolic chelating action in the rush

(NIT Kumamoto) matsuo chie

heavy-metal
rush
polyphenol

4-e

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

K09

Simple analysis on nanoparticle film structures using photoluminescence spectra

(Kyoto U.) *Maeda M, Sano N, Tamon H

drying
photoluminescence
particle film

4-h

11:15– 11:30

K10

Adsorption properties of activated carbon containing nitrogen in liquid phase

(Department of Chemical, Energy and Environmental Eng., Kansai U.) *Kusaka Naoaki, Hayashi Jun'ichi, Hasegawa Isao

Adsorption
Activated carbon
Liquid phase

13-b

111

11:30– 11:45

K11

Removal of cadmium ions by using banana peel char

(Department of Chemical, Energy and Environmental Eng., Kansai U.) *Yamaguchi Yoshiki, Hyashi Jyuni'chi, Hasegawa Isao

removal
char
cadmium

4-e

112

11:45– 12:00

K12

Numerical simulation of cake formation in cross-flow microfiltration

(Kobe U./MaF Tech Center) *Nishitani Junta, Mino Yasushi, (Fukuoka U.) Shinto Hiroyuki, (Kobe U./MaF Tech Center) Matsuyama Hideto

lattice Boltzmann method
microfiltration
cross-flow

4-a

12:00– 12:15

K13

Preparation of polyamide thin-film composite membrane and investigation of organic solvent permeation behavior

(Kobe U.) *Nakagawa Yuki, Yasukawa Masahiro, Mishima Shouji, Takahashi Tomoki, Saeki Daisuke, Matsuyama Hideto

Organic solvent filtration
thin-film composite
polyamide

4-a

106

12:15– 13:15

Lunch break

K²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: Mino Yasushi)

13:15– 13:30

K18

Evaluation of adsorption-desorption behavior of water or ethanol on zeolite membranes

(Tokushima U.) *Nakahara S., Katoh M., Nakagawa K., Sugiyama S.

Zeolite membranes
Adsorption-desorption behavior
Evaluation

4-a

13:30– 13:45

K19

Investigation of gas absorption in Taylor flow with microparticles

(Kobe U.) *Iwamura Yuuki, Hirai Kenta, Masuda Hayato, Kumagai Norihisa, Horie Takafumi, Ohmura Naoto

Taylor flow
gas-liquid interface
microparticles

2-e

13:45– 14:00

K20

Preparation and gas permeation properties of composite membranes comprising cellulose acetate with dispersed acetylated-cyclodextrin.

(Nat. Inst. Tech. or Nippon Inst. Tech. or NITechUC) *Taoka Chinami, Yamasaki Hirohito, (Yamaguchi U.) Kita Hidetoshi, Koga Tomoko, Masuda Tomoya

acetylated-cyclodextrin
gas separation
cellulose acetate

4-a

104

14:00– 14:15

K21

Measurement and correlation of adsorption equilibria for bi-solute alcohol aqueous solutions on synthetic activated carbon

(NIT Ube) *Toraya Hiroshi, Miyoshi Katsumi, Fukuchi Kenji

Adsorption equilibrium
Bi-solute alcohol aqueous solution
Synthetic activated carbon

4-e

14:15– 14:30

K22

Measurement and correlation of adsorption equilibria in gas phase for alcohols on synthetic activated carbon

(NIT Ube) *Sasaki, Miyoshi Katsumi, Fukuchi Kenji

Adsorption equilibrium
Alcohol
Gas phase

4-e

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

K24

Synthesis and characterization of novel amine compounds as lower critical solution temperature (LCST) phase transition materials for power generation from low grade heat

(Kobe U., MaF Tech Center) *Itai Takuya, Takahashi Tomoki, Yasukawa Masahiro, Matsuyama Hideto

osmotic heat engine
pressure retarded osmosis
draw solute

4-a

15:00– 15:15

K25

Synthesis of the novel ionic liquids with multiple CO₂ reaction points and application to the CO₂ selective separation membrane

(Kobe U.) *Taniguchi Shu, (Kobe U./MaF Tech Center) Kamio Eiji, Matsuyama Hideto

CO$2$ separation
Ionic liquids
Membrane

4-a

15:15– 15:30

K26

Fabrication of novel metal complex-based ionic liquids with gas absorbability

(Kobe U.) *Matsuoka Atsushi, (Kobe U./MaF Tech Center) Kamio Eiji, Matsuyama Hideto

ionic liquid
gas absorption
metal complex

4-a

15:30– 15:45

K27

Production of char¡¡containing nitrogen and sulfur

(Department of Chemical, Energy and Environmental Eng.) *Tanaka Yusuke, Hayashi Junichi, Hasegawa Isao

carbon
adsorption

4-e

154

15:45– 16:00

K28

Production of activated carbon by chemical-physical activation

(KansaiU.) *Yamaguchi Junpei, Hayashi Junichi, Hasegawa Isao

activated carbon
zinc chloride
carbon dioxide

4-e

155

Hall L

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

L²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

L03

Rapid and selective oligomerization of organic compounds under the high-density fluid plasma reaction field

(Faculty of Eng., Kumamoto U.) *Mori Kanae, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, (Graduate School of Sci. and Tech.) Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Nishiyama Katsuhiko

Lactic acid oligomer
hydrothermal reaction
Pulse discharge

5-g

9:45– 10:00

L04

Noble metal-loaded graphene oxide catalysts for glucose oxidation

(Faculty of Eng., Kumamoto U.) *Hobo Takuto, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru

Graphene oxide
Glucose oxidation
Noble metal

5-a

10:00– 10:15

L05

Synthesis of Hydroxyapatite from Waste Gypsum under Several Reaction Condisions

(NIT Sasebo) *Aoki Mizuki, Nagata Hideo, Watanabe Tetsuya, Shimono Tsugio

Waste gypsum
Hydroxyapatite
beta-Tricalcium phosphate

5-i

117

10:15– 10:30

L06

Hydrolysis of Tetrafluoromethane over Alumina-Zirconia System Catalysts Loaded with Tungsten Oxide

(NIT Sasebo) *Tajima Yuhei, Nagata Hideo, Tanaka Yasuhiko

Alumina-Zirconia
Tungsten Oxide
Hydrolysis of Tetrafluoromethane

5-a

140

10:30– 10:45

L07

Solvent effect on the atomic transfer radical polymerization reaction

(okayama U.) nagai shintaro

ATRP
Solvent effect

5-a

153

10:45– 11:00

Break

(11:00–12:15) (Chair: Ichihashi Yuichi)

11:00– 11:15

L09

Demulsification of oil-in-water emulsions by an electric field

(Osaka Pref. U., Col. Eng., Department of Chemical Engineering) *Kinugawa Koichiro, (Osaka Pref. U., Graduate School of Eng., Department of Chemical Engineering, Department of Chemical Engineering) Muto Akinori, Tokumoto Hayato

Oil-in-water emulsion
Demulsification
Electrolyte

5-f

11:15– 11:30

L10

Characterization of (K,Na)Nb2O3 capacitors prepared by PLD

(Osaka Pref. U.) *Tamano R., Takada Y., Amano T., Okamoto N., Saito T., (Osaka U.) Higuchi K., Kitajima A., (Osaka Pref. U.) Fujimura N., Yoshimura T.

ferroelectric capacitor
pulsed laser deposition
lead free

11-b

11:30– 11:45

L11

Evaluation of TiC based hard coating films by CVD on the cemented carbide with well-controlled surface microstructure

(Osaka Pref. U.) *Tanaka Chihiro, Suzuki Soichiro, Okamoto Naoki, Saito Takeyasu, Kondo Kazuo, (Osaka U.) Higuchi Koji, Kitajima Akira

adhesion strength
surface treatment

5-h

11:45– 12:00

L12

Reactive Separation for Conversion of Citrus Flavonoids by Synergistic Effect of Subcritical H₂O and Supercritical CO₂

(Faculty of Eng., Kumamoto U.) *Hashimoto Akito, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya, Quitain Armando

8-c

12:00– 12:15

L13

Production of porous carbon-based materials with high surface area from biomass polysaccharides by chemical activation

(Faculty of Eng., Kumamoto U.) *Ninomiya Shohei, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, Kida Tetsuya, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru

Carbon-based material
Biomass polysaccharides
Chemical activation

9-c

12:15– 13:15

Lunch break

L²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

L18

Mass-transfer characteristics for liquid-liquid extraction in slug-flow regime

(Kagoshima U.) *Nishimuta T., Mizuta K., Goshima T., Nii S.

micro channel
slug flow
ultrasound

5-f

13:30– 13:45

L19

Controlling crystal size of glycine in standing-wave field under irradiation of high frequency ultrasound

(Kogoshima U.) *Sakumoto Y., Mizuta K., Goshima T., Nii S.

ultrasound
antisolvent crystallization
lattice

5-b

13:45– 14:00

L20

Hydrothermal Method of Cellulose using Catalytic of carbide.

(Department of Chemical, Energy and Environmental Eng., Kansai U.) *Takara Takumi, Hasegawa Isao, Hayashi Junniti

Hydrothermal Method
Cellulose
Catalytic

5-a

116

14:00– 14:15

L21

Component fractionation of woody biomass by solvolysis

(Department of Chemical, Energy and Environmental Eng.) *Hirai Daiki, Hasegawa Isao, Hayashi Junichi

biomass
component fractionation

5-g

128

14:15– 14:30

L22

Residual stress of silica film prepared by plasma CVD

(Kyoto U.) *Wakiska T., Takeda E., Kawase M.

Silica CVD
Hexamethyldisiloxane
Stress

5-h

101

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

L24

the photocatalytic water splitting over organic semiconductor thin film deposited on the polymer substrate

(Kobe U.) *Kudo Y., Kishishita K., Okemoto A., Taniya K., Ichihashi Y., Nishiyama S.

Photocatalyst
Hydrogen formation
Organic semiconductor

5-a

15:00– 15:15

L25

Selective Reduction of Unsaturated Aldehyde over Zr Catalysts Supported on Various Activated Carbons

(Kobe U.) *Akazawa K., Matsuyama T., Fujimoto T., Okemoto A., Taniya K., Ichihashi Y., Nishiyama S.

MPV reduction
Zr catalyst
Activated carbons

5-a

15:15– 15:30

L26

Employment of structured catalyst to avoid pressure loss for the reductive decomposition of nitrite in aqueous phase

(Tokushima U.) *Tsuchiya Y, Fukushima N, Fukui M, Nakagawa K, Katoh M, Sugiyama S, (Nippon Pillar Packing) Arai Y, Hayashi Y, Akamatsu M

reductive decomposition
aqueous nitrite
structured catalyst

5-a

15:30– 15:45

L27

Study of Manufacture method of the Chen Pi using Microwave

(NIT Ariake) *Uehara Hiroki, Liu Dan

Microwave
Citrus Unshiu Peel
decompression

5-d

120

15:45– 16:00

L28

The use of a fixed-bed reactor to evaluate the interaction of catalysts and Si for the synthesis of bromosilane.

(NIT Ube) *sakamoto ryo, tomono kazuaki

fixed-bed reactor
bromosilane
catalyst

5-a

Hall M

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

M²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

M03

Development of transcutaneous cancer vaccine by oil-based nanodispersion technology

(Kyushu U.) *Kouno H., Sakuragi M., Wakabayashi R., Kamiya N., Goto M.

cancer vaccine
transcutaneous immunization
emulsion

7-e

9:45– 10:00

M04

Supramolecular assembly of amphiphilic peptides containing fluoro substituents

(Kyushu U.) *Katsuya M., Wakabayashi R., Kamiya N., Goto M.

Self-assembly
peptide amphiphile
biomaterials

7-e

10:00– 10:15

M05

Analysis of the swimming speed of volvox

(Nat. Inst. Tech. or Nippon Inst. Tech. or NITech.UC) *Watanabe Natsuni, Wakabayashi Kazumo, Dara Rizqi Isnaini Armadani, (Tokyo Tech) Ueki Noriko, Wakabayashi Kenichi, (Nat. Inst. Tech. or Nippon Inst. Tech. or NITech.UC) Fujita Kazutaka, Shimabukuro Katsuya, Mitome Noriyo

7-g

10:15– 10:30

M06

Purification of Fo in FoF1-ATP synthase using c10-a fusion mutant.

(NIT or Nippon Inst. Tech. or NITech,UC) *Toyota Haruki, Muro Yurika, Hayashida Naoki, Mitome Noriyo

7-b

10:30– 10:45

M07

Analysis of a proton transportation of Fo using decamar fused c sabunit

(NIT or Nippon Inst. Tech. or NITech,UC) *Shigefuzi Yuto, Wakabayashi Kazumo, Mitome Noriyo

7-b

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

M09

Identification of Foc involved in proton transportation in c-ring of FoF1-ATP synthetase

(NIT or Nippon Inst. Tech. or NITech,UC) *Harada Setsuna, Tomiyama Taishi, Mitome Noriyo

7-b

11:15– 11:30

M10

Analysis of ion channel by proton transporting activity in sodium transporting F_oF₁-ATPsynthase

(NIT Ube) *tomiyama taishi, (Tokyo Tech) satou hiroki, (Tokyo U.) suzuki toshiharu, (NIT Ube) matsunishi takuya, hamada kouhei, (Kyoto Sangyo U.) yoshida masasuke, (NIT Ube) mitome noriyo

FoF1-ATP synthase
sodium channel
proton transport

7-b

11:30– 11:45

M11

Design of Highly Sensitive Biosensing System utilizing Cushion Protein

(Fac. of Eng., Okayama U.) *Date Koki, (Grad. Sch. of Nat. Sci. & Tech., Okayama U.) Ishida Naoyuki, Imamura Koreyoshi, Imanaka Hiroyuki

biosensor
immobilization
interaction

7-a

162

11:45– 12:00

M12

Basic study on functionalization of hudrogel for the construction of cell sheets

(Kyu U.) *Kagawa G., Naito S., Wakabayashi R., Goto M., Kamiya N.

hydrogel
cell sheet
horseradish peroxidase

7-e

12:00– 12:15

M13

Transcutaneous pollinosis immunotherapy by Solid-in-Oil technique

(Kyushu U.) *Oka A., Kitaoka M., Wakabayashi R., Kamiya N., Goto M.

Immunotherapy
Pollinosis
Solid-in-Oil technique

7-e

12:15– 13:15

Lunch break

M²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

M18

Mycelium culture and antibacterial activity of Agaricus

(NIT Wakayama) *Imoto Seiji, Yonemtisu Hiroshi, Okuno Yoshiharu

Agaricus
mycelium culture
antibacterial activity

7-i

102

13:30– 13:45

M19

Effect of bacterial purple pigment on lipolysis

(NIT Wakayama) *Morimoto Asumi, Ohta Shiho, Yonemtisu Hiroshi, Okuno Yoshiharu

purple pigment
bacteria
lypolysis

7-e

160

13:45– 14:00

M20

Inactivation of Penicillium digitatum¡¡with Ozonated Water

(NIT Kochi Colleg, Adv. Couse of Material Eng.) *Betchaku Mii, (NIT Kochi Colleg, Department of Material Sci. and Engineerin) Ujihara Shin, Doi Toshifusa

Ozonated Water
Penicillium digitatum
Inactivation

7-h

103

14:00– 14:15

M21

Synthesis of nanoparticles by simultaneous bioreduction of Ag(I) and Pd(II)

(Kyoto U.) *Shimizu T, Sugiura K, Sano N, Tamon H

nanoparticle
algae
bioreduction

7-a

14:15– 14:30

M22

Molecular Dynamics Simulation of the Formation of Holes and Shape of the Lipid Bilayer

(Osaka U.) *Imai Yosuke, Yamamoto Takuya, Okano Yasunori, (Tsukuba U.) Satou Ryuma, Shigeta Yasuteru

molecular dynamics simulation
gromacs
lipid bilayer

7-a

105

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

M24

A red cocoon and the blue cocoon using rhodamine B

(masudahischool) Fukumitsu Nodoka

rhodamine B
cocoon
silkworm

7-b

15:00– 15:15

M25

Making of the artificial feed of the silkworm not to use the leaf of the mulberry for

(masudahischool) Fukumitsu Nodoka

silkworm
latex
compositae

7-b

15:15– 15:30

M26

The investigation of human sence of taste ¡Á¡¡To visualize the sweetness ¡Á

(uto high school) okamura hibiki, *hoshino akane, hukuhara yoshino, hayashida aoi, matsumoto honami, yamasaki yuka

MRI
sugar
sugar content

7-h

161

15:30– 15:45

M27

Delivery of carrier nanoparticles toward tobacco BY-2 cells

(Osaka Pref. U.) *Yuasa Tomoki, Konishi, Nomura Toshiyuki

DDS
BY-2
Uptake

7-h

15:45– 16:00

M28

Control of plant pathogen using PLGA particles containing pesticide

(Osaka Pref. U.) *Fukamachi Kakazuto, Tani Shuji, Konishi Yasuhiro, Nomura Toshiyuki

Plant pathogen
PLGA
Pesticide

7-h

Hall N

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

N²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

N03

Heparin crosslinked collagen as a brain-specific ECM-modelized substratum for neural cell culture

(Kyushu U.) *Ikegami Y., Nagai T., Harada Y., Shirakigawa N., Ijima H.

extracellular matrix
heparin
neural cell

7-a

9:45– 10:00

N04

Investigation of cell seeding method for transplantable recellularized liver

(KyushuU.) *Iga H., Sakamoto H., Cho J., Shirakigawa N., (Kyushu U.) ¥¤¥¸¥Þ H.

recellularization
decellularization
liver

7-e

10:00– 10:15

N05

Hepatocyte culture using a collagen-based material for construction recellularization liver

(Kyushu U.) *Niida H., Harada Y., Sakamoto H., Shirakigawa N., Ijima H.

hepatocyte
recellularization

7-a

10:15– 10:30

N06

The effect of sulfonylurea(SU) in yeast cells.

(NIT Ube) *Oue Kazuhiro, (NITUbe) Negoro Munetaka

sulfonylurea
Saccharomyces cerevisiae
protein

7-a

109

10:30– 10:45

N07

The supplementaion of NAD+ recoverd acetoaminophen toxity in yeast cells.

(NIT Ube) *Yamamoto Hiroki, Negoro Munetaka

Acetaminophen
NAD
Saccharomyces cerevisiae

7-a

110

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

N09

The influence that raspberry ketone gives to Saccharomyces cerevisiae

(NIT UBE) *Awaya Kazuki, Negoro Munetaka

raspberryketone
Saccharomyces cerevisiae
glucose metabolism

7-a

118

11:15– 11:30

N10

The effect of p-Hydroxyacetophenone on the growth and the metabolism in yeast cells.

(NIT Ube) *Kodama Yuki, Negoro Munetaka

p-Hydroxyacetophenone
Saccharomyces cerevisiae
niacin

7-a

121

11:30– 11:45

N11

Energy transfer efficiency to short-necked clam (Ruditapes philippinarum) from microphytobenthos on a sandy tidal flat in Hiroshima Bay

(Graduate School of Sci. and Eng., Hiroshima U.) *miyagwa haruka, (Environmental Res. and Management Center, Hiroshima U.) umehara akira, (Department of Technological Systems, Osaka Pref. U. Col. Tech.) otani sosuke, (Graduate School of Sci. and Eng., Hiroshima U.) nakai satoshi, (Environmental Res. and Management Center, Hiroshima U.) okuda tetsuji, nisijima wataru

Primary production
Stable isotopes
Energy flow

7-g

136

11:45– 12:00

N12

Development of sulubilized matrix derived from decellilarized porcine liver as a substratum for transplantation

(KyushuU.) *Kimura H., Nisimura S., Shirakigawa N., Ijima H.

hepatocyte
extracellular matrix
porcine

7-e

12:00– 12:15

N13

Heparin-immobilized agarose-gelatin sponge for tissue-engineered blood vessel

(Kyushu U.) *Moriyasu H., Gau H., Tokuyama K., Shirakigawa N., Ijima H.

tissue-engineering
blood vessel
agarose-gelatin sponge

7-e

12:15– 13:15

Lunch break

N²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

N18

Purification of water with Photocatalyst

(Tochiku High School) *Sugimoto Akari, Ikeda Shunto

Photocatalyst
Purification
Water

13-a

151

13:30– 13:45

N19

Lipid production by cultivation of Labyrinthula using excess sludge

(Hiroshima U., Fac. Eng.) *Maeda Yuya, (Hiroshima U., Environ. Res. Manage.) Nishijima Wataru, (Hiroshima U., Grad. School Eng.) Nakai Satoshi, (Hiroshima U., Environ. Res. Manage.) Okuda Tetsuji

Aurantiochytrium sp.
Sludge Solubilization
Lipid production

13-b

113

13:45– 14:00

N20

Reduction of excess sludge production using ultrafine bubbles of ozone.

(Hiroshima U., Fac. Eng.) *kubota narumi, (Enviromental Res. and Management Center) hashimoto kurumi, okuda tetuji, (Hiroshima U., Grad. School Eng.) nakai satoshi, (NEXCO west japan) motoshige hiroshi, (Enviromental Res. and Management Center) nishijima wataru

excess sludge production
ozonation
ultrafine bubble

13-b

124

14:00– 14:15

N21

Biofilm control on the RO membrane with the hypochlorous acid

(Hiroshima U.) *Nishimoto S., (Environmental Res. and Management Center, Hiroshima U.) Nishijima W., (Hiroshima U. Grad. School) Nakai S., (Environmental Res. and Management Center, Hiroshima U.) Okuda T., Ohno M.

RO membrane
sodium hypochlorite
bio film

13-b

141

14:15– 14:30

N22

The removal for highly concentrated of ammonia and hydrogen peroxide in industrial wastewater by the subcritical hydrothermal reaction

(NIT or Nippon Inst. Tech. or NITechUC) *Maeda M., Tokunaga D., Yamasaki H., Negoro M., (NIT or Nippon Inst. Tech. or NITechAC) Miyakoshi A., (Yamaguchi D.) Fukunaga K.

Subcritical hydrothermal reaction
Ammonia and hydrogen peroxide removal
Non-noble metal catalysis

13-b

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

N24

Synthesis and evaluation of porus materials from by-product discharged in Al regeneration process

(Kansai U.) *Minamikawa Taiki, Yasuda Keita, Murayama Norihiro, Shibata Junji, Hayashi Junichi

AlPO4-n
Adsorption
Aluminum Dross

13-e

15:00– 15:15

N25

As adsorption from dilute solution using Mg-Al-Fe complex oxides

(Kansai U.) *Takeyama Chiharu, Yoshida Sho, Murayama Norihiro, Shibata Junji

Metal complex oxides
As adsorption
Dilute solution

13-b

15:15– 15:30

N26

Isolation and characteristics of aniline degradation bacteria

(NIT Wakayama) *Kusui Keigo, Yonemtisu Hiroshi

aniline
degradation
bacteria

13-b

15:30– 15:45

N27

Degradation of formaldehyde by recombinant Escherichia coli

(NIT Wakayama) *Seta Hiroyuki, Yonemtisu Hiroshi, Kishimoto Noboru, Okuno Yoshiharu

Formaldehyde
degradation
recombinant Eschericha coli

13-b

100

15:45– 16:00

N28

Noble metal recovery using a heteropolyoxometalate-based hybrid catalyst

(Faculty of Eng., Kumamoto U.) *Sadowara Kouki, (Graduate School of Sci. and Tech., Kumamoto U.) Tsuchibashi Kenta, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya

Hybrid catalyst
Stirring
Thiol

13-b

Hall O

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

O²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

O03

Preparation of a composite magnetic nanoparticles and hydrogel with tertiary amine

(Hiroshima. U.) *Arai T, Gotoh T, Iizawa T

hydrogel, magnetite
nanoparticles

12-e

9:45– 10:00

O04

Preparation of the composite of zinc oxide nanoparticles and the polymer gel and examination of its fluorescence properties.

(Hiroshima. U.) *Kobayashi A, Gotoh T, Iizawa T

N,N-Dimethylaminopropylacrylamide gel
zinc oxide nanoparticles
synthesis condition

12-e

10:00– 10:15

O05

Sythesis and adsorption-desorption of Oligo(ethylene glycol) mono(m)ethyl ether (meth)acrylate gel

(Hiroshima U.) *Nakata Taku, Hara Syoutaro, Gto Takehiko, Iizawa Takashi

Sythesis
adsorption
desorption

12-e

134

10:15– 10:30

O06

Synthesis of Titanium Dioxide Powder with Addition of Al Component by Polymerized Complex Method and Evaluation of the Sintered Body Using It

(NIT Ube) *Hamasaki Kei, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka

Titanium dioxide
Polymerizable complex method
Sintering

13-i

10:30– 10:45

O07

Fabrication of Anatase-Type Titanium Dioxide-Based Sintered Bodies by Addition of Glasses

(NIT Ube) *Takeshita Yu, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Kawashima Miyuki, Hamasaki Kei, (Yamaguchi U.) Fujimori Hirotaka

Titanium dioxide
Glass additives
Sintering

13-i

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

O09

Effect of Oxygen Partial Pressure During Firing on Low Temperature Sintering Performance of Alumina with Additives

(NIT Ube) *Nataga Takumi, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka

Alumina
Low Temperature Co-fired Ceramics (LTCC)
Firing atmosphere

13-i

11:15– 11:30

O10

Composition Development of Low Temperature Co-fired Alumina Having Good Dielectric Properties

(NIT Ube) *Li Moyuan, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (Yamaguchi U.) Fujimori Hirotaka

Alumina
Low Temperature Co-fired Ceramics (LTCC)
Dielectric property

13-i

11:30– 11:45

O11

Photoacoustic effect of silica-polydopamine core-shell nanoparticles

(Kyoto U.) *Yano Kyohei, Nagamine Shinsuke, Aoki Hiroyuki, Ohshima Masahiro

photoacoustic effect
polydopamine
core-shell nanoparticle

12-d

123

11:45– 12:00

O12

Photocatalytic microreactor with layered channels separated by TiO₂ nanotube array/Ti plate

(Kyoto U.) *Takihana Yota, Inoue Hirohisa, Nagamine Shinsuke, Ohshima Masahiro

anodic oxidation
TiO$2$ nanotube
photocatalytic microreactor

12-i

142

12:00– 12:15

O13

Effect of operation condition on ethanol production using material conversion ability of waste liquid from Shochu vacuum distillation

(U. Miyazaki) *Toda Seiya, (Kagajyo Kensetsu) Ikeda Hayato, (U. Miyazaki) Shiomori Koichiro

Ethanol fuel
Shochu distilled waste water
Ethanol fermentation

13-e

12:15– 13:15

Lunch break

O²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

O18

Computational study of gate adsorption behavior on metal-organic framework on the basis of X-ray structural analysis

(Kyoto U.) *Ishikawa Narutomo, Hiraide Shotaro, Tanaka Hideki, Miyahara Minoru

metal-organic framework
free energy analysis
structure determination

12-a

13:30– 13:45

O19

Atypical Attachment of Anisotropically Shaped Particles to A Gas Bubble

(Kyoto U.) *Arai Nozomi, Watanabe Satoshi, Miyahara Minoru, Lecrivain Gregory

Bubble attachment
Colloid particles
Flotation

12-a

122

13:45– 14:00

O20

Microreactor Flow Synthesis of Zeolitic Imidazolate Framework Particles with Controlled Size and Shape

(Kyoto U.) *Fujiwara Atsushi, Ohsaki Shuji, Watanabe Satoshi, Mae Kazuhiro, Miyahara Minoru

Metal-Organic Framework
Particle shape
Crystal growth

12-c

127

14:00– 14:15

O21

Influence of P2O5 Amounts on Bioactivity of CaO-ZnO-P2O5 Glass Synthesized by Melt-Quenching Method

(NIT Ube) *Kawashima Miyuki, (NIT Ube Col., Yamaguchi U.) Shigeno Koichi, (NIT Ube) Takeshita Yu, (Yamaguchi U.) Matono Keisuke, Fujimori Hirotaka

Biomaterial
CaO-ZnO-P2O5 glass
Simulated body fluid test

12-k

14:15– 14:30

O22

Preparation and characterization of chitosan-carrageenan hydrogels

(NIT Kitakyushu) *Hamashima Azumi, Tsukiashi Ruka, Maeda Ryosuke

chitosan
carrageenan
hydrogel

12-e

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

O24

Simulations for the Formation of Water-Treatment Membrane by Non-Solvent Induced Phase Separation

(Kyoto U.) *Kitagawa Yuta, Yoshimoto Kenji, Taniguchi Takashi, Ohshima Masahiro

phase separation
ternary system
polymer membrane

12-i

15:00– 15:15

O25

Development of Fine Foam Injection Molding Technology without Supercritical Fluid

(Kyoto U.) *Asaoka F., Ohshima M.

Microcellular injection foaming
Low pressure gas injection
Core-back

12-k

107

15:15– 15:30

O26

Preparation of Pickering emulsions using lipid microparticles

(NIT Nara) *Higashide Nozomi, (Taihei Chemical Ind.) Matsuda Nobuyuki, (NIT Nara Colleg) Naoe Kazumitsu

Pickering emulsion
lipid
microparticle

12-b

15:30– 15:45

O27

Preparation of thermoresponsive Pickering emulsions formulated with gold nanoparticles

(NIT Nara) *Ohnishi Satoru, Naoe Kazumitsu

gold nanoparticle
thermoresponsive
Pickering emulsion

12-b

15:45– 16:00

O28

Partition of ionic liquids to DPPC vesicles

(Doshisha U.) *Ito K., Matsumoto M., Kondo K.

Ionic liquid
Vesicle
Partition

12-m

Hall P

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

P²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

P03

Preparation of hollow silica nanoparticle using sugar nanoparticle as template

(kyu U.) *Muraoka E., (Kyu U.) Matsune H., Takenaka S., (kyu U.) Kishda M.

sugar
silica
hollow nanoparticle

12-f

9:45– 10:00

P04

Uptake of microspheres by microphages

(Fukuoka U.) *Tsukamoto N., Arita T., Hirohashi Y., Shinto H.

Macrophages
Microspheres
Cellular Uptake

12-a

10:00– 10:15

P05

Composition of copper-doped borate glass and emission properties

(NIT Anan) *Houji J., Miyata Y., Kouzai T., Fujihara T., Kamano M., Sunahara Y., Konishi T.

glass
copper
borate

12-k

10:15– 10:30

P06

Surface modification of Er³⁺-doped LaOCl phosphors and emission properties

(NIT Anan) *Tsuchihashi C., Kouzai T., Kamano M., Fujihara T., Konishi T.

Upconversion
Nanophosphors
Surface modification

12-a

10:30– 10:45

P07

Optical properties of copper(µ)-doped SnO-ZnO-P₂O₅ glass and the structural change

(NIT Anan) *Miyata Y., Ooka Y., Motoki K., Kouzai T., Fujihara T., Uehara N., Kamano M., Konisi T.

glass
phosphor
emission properties

12-k

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

P09

Dispersion of graphene in organic solvents using conductive organic polymer and its application to conductive materials

(Kobe U.) *Iguchi H., Higashi C., Funasaki Y., Fujita K., Mori A., Maruyama T., (Sekisui Chemical Co.) Nakasuga A.

graphene
conductive polymer
dispersion

12-a

11:15– 11:30

P10

Development of pH-responsive supramolecular gelator

(Kobe U.) *Morimoto T., Nishida Y., Maruyama T.

peptide lipid
self-assembly
pH-responsive

12-e

11:30– 11:45

P11

Display of carboxy groups on substrate surfaces by coating of fluorinated methacrylate-based polymers

(Kobe U.) *Nishimori K., Kitahata S., Nishino T., Maruyama T.

polymer surface
carboxy group
segregation

12-a

119

11:45– 12:00

P12

Opal silicon film made by deposition of the bromosilane from the kerf-loss silicon

(NIT Ube) Tomono Kazuaki, *Okada Masahiro, Sakamoto Ryo, Yahata Yuma

the kerf-loss silicon
bromosilane
opal silicon

12-c

12:00– 12:15

P13

Synthesis and properties of bisphenol B novolac resin as a photo-resist material

(NIT or Nippon Inst. Tech. or NITechUC) *Nishimura Toshiyasu, Yamasaki Hirohito

Bisphenol B
Photo-resist
Flexibility

12-j

12:15– 13:15

Lunch break

P²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

P18

Synthesis of glycopolymer to form self-assembly

(Kyushu U.) *Oh Takahiro, Sonoda Shotaro, Nagao Masanori, Seto Hirokazu, Hoshino Y., Miura Y.

RAFT polymerization
self assembly
glycopolymer

12-i

138

13:30– 13:45

P19

Evaluation of pKa of Nanogel particles introduced carboxylic acid and amine

(Kyushu U.) *Jibiki T., Gondou N., Nakamoto M., Hoshino Y., Miura Y.

nanogel particle
pKa shift
temperature-responsive

12-e

143

13:45– 14:00

P20

Preparation and evaluation of linear polymer library for binding IgG

(Kyushu U.) *Shuji T., Katakami S., Shimohara S., Nakamoto M., Hoshino Y., Miura Y.

RAFT
IgG
Linear polymer

12-j

144

14:00– 14:15

P21

Preparation of Palladium-Loaded Porous Monolith Reactor as Continuous Flow System

(Kyushu U.) *Matsumoto H., Seto H., Hoshino Y., Miura Y.

porous monolith
continuous flow reactor
palladium

12-e

145

14:15– 14:30

P22

Incorporation of Amphotericin B into supported lipid bilayers for water purification

(Kobe U.,MaF tech Center) *Takai T., Saeki D., (Kobe U.,MaF Tech Center) Matuyama H.

Lipid bilayer
Amphotericin B
Water purification

12-a

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

P24

Synthesis and gas sensing properties of SnO₂ nanocrystals

(Faculty of Eng., Kumamoto U.) *Miyabe Keitaro, (Graduate School of Sci. and Tech., Kumamoto U.) Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya

SnO$2$
Gas sensor
Liquid phase method

12-c

15:00– 15:15

P25

Fabrication of semiconductor nanocrystal-based pn junction films for photoelectrochemical applications

(Faculty of Eng., Kumamoto U.) *Ueno Wakako, (Graduate School of Sci. and Tech., Kumamoto U.) Mikami Kazuki, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya

Semiconductor nanocrystal
Photoelectrode
Biomass

12-c

15:15– 15:30

P26

The introduction of ionic liquid groups on the surface of polymer particles using initiator modification

(Division of Interface Process Enginerring) yamasaki yoshihiro

ionic liquid
polymer particle

12-c

148

15:30– 15:45

P27

Phase separation of two ionic liquids and preparation of multiple emulsion

(Division of interface process Eng.) Kano Toshiki

ionic liquid
phase separation
multiple emulsion

12-b

150

15:45– 16:00

P28

Analysis of microfludic crystallization using temperature jump

(Okayama U.) Haigo Eimi

Microfluidic device
Crystallization
Nucleation

12-g

152

Technical program

18th SCEJ Students Meeting in Fukuoka (2016)

© 2016 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2016-02-09 10:02:58
For more information contact Organizing Committee, 18th SCEJ Students Meeting in Fukuoka (2016)
E-mail: inquiry-stu18w

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