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

Hall program

Hall P

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

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

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)

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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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