SCEJ

19th SCEJ Student Meeting (Koganei)

Hall program

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Hall E

Most recent update: 2017-02-22 20:35:30
TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
材料・界面
(9:30–10:45) (Chair: KUDO Shoji)
9:30-9:45E101Decomposition behavior of biodegradable stereo complex materials
(U.kogakuin) Shiochi A.
Environmental Materials Engineering
Biodegradable resin
Stereo complex material
12-i78
9:45-10:00E102Influence of microstructure in biodegradable polymer alloy material on mechanical properties
(U.Kogakuin) Koyama T.
environmental materials engineering
biodegradable resin
polymer alloy material
12-i80
10:00-10:15E103Influences of mechanical energies on solid-state transition for glycine crystal
(NIT or Nippon Inst. Tech. or NITechSuzuka Col.) *Ueyama M, Funakoshi K
Mechanical energies
Solid-state transition
Glycine crystal
12-g発表形式: O4
10:15-10:30E104Melting behaviors of organic crystals with additives
(Nat. Inst. Tech. or Nippon Inst. Tech. or NITechSuzuka Col.) *Horiuchi M, Funakoshi K
melting suppression
additive
melting rate
12-g発表形式: O5
10:30-10:45E105Composition of inorganic compound by mechano-chemical processing
(NIT or Nippon Inst. Tech. or NITechSuzuka Col.) *Ueda H, Funakoshi K
Nickel(II) hydroxide
Cobalt(II) hydroxide
mechano-chemical processing
12-g6
(10:45–12:00) (Chair: FUNAKOSHI Kunio)
10:45-11:00E106Development of polymer gel composite QCM sensor for sensing the boron
(TUAT) *Ishikawa Satoshi, Tokuyama Hideaki
gel
quartz crystal microbalance
boron
12-e13
11:00-11:15E107Preparation of monodisperse mesoporous silica micron particles with tunable mesopores
(Tohoku U.) *Hashimoto Yuri, Ishii Haruyuki, Konno Mikio, Nagao Daisuke
mesoporous silica
monodisperse particles
pore size control
12-c41
11:15-11:30E108Formation of polymer layer controlling the state of supported nanoparticles
(U. Tohoku) *Shigeta N., Ishii H., Nagao D.
composite particle
core-shell particle
heterocoagulation
12-k37
11:30-11:45E109Quality Control of Crystalline particles in reaction crystallization by using pH-Solubility-profile
(TUAT) *Sugawara Chinami, Kudo Shoji, Takiyama Hiroshi
Crystallization
Reaction
Morphology
12-g16
11:45-12:00E110The mechanism of inhomogeneity in the formation of particle films during drying processes
(TUAT) *Abe Kohei, Inasawa Susumu
colloidal suspensions
drying process
drying fields
12-a85
(13:00–14:15) (Chair: FUNAKOSHI Kunio)
13:00-13:15E115Removal of anion surfactant by nanoscale zero-vallent iron(nZVI)
(Toyo U.) *Ogawa Takuya, Kawase Yoshinori
Nanoscale zero-valent iron
anion surfactant
Dissolved oxygen consumption
13-b12
13:15-13:30E116Study for the mechanism of organic modification of yttrium stabilized zirconia (YSZ) nanoparticles
(Tohoku U.) *Hayashi Mayumi, Seong Gimyeong, Takami Seiichi, Aoki Nobuaki, Hojo Daisuke, Aida Tsutomu, Adschiri Tadafumi
surface modification
nanoparticles
organic compounds
12-d50
13:30-13:45E117Preparation of Colloidal Photonic Crystals fromPolystyrene
(Tokyo Tech High School) Yamamoto Takumi
polystyrene
colloid
photonic crystals
12-d82
13:45-14:00E118Development of the copper content measurement method and the application to fluorescence materials with borax bead reaction
(Ryugasaki 1st H.) *Yamamoto R., Masuda S.
borax bead reaction
copper content measurement method
application to fluorescence materials
12-m87
14:00-14:15E119Preparation and characterization of cellulose hydrogel compounded with silk protein
(NIT Tsuruoka) *Sato H., Minakawa T., Yahagi T., (Nagaoka U.T.) Kobayashi T., (NIT Tsuruoka) Sato T.
hydrogel
silk fibroin
cellulose
12-k11
(14:15–15:45) (Chair: SHIMOYAMA Yusuke)
14:15-14:30E120Construction of CO2 absorption system using amine-functionalized magnetic particle
(Tokyo U.Sci.) *Masuda Ayaka, Shimada Yuichiro, Naya Masakazu, Shono Atsushi, Otake Katsuto
carbon dioxide absorption
magnetic nanoparticle
amine functionalization
12-c74
14:30-14:45E121Preparation of calcium phosphate microspheres containing strontium by using a W/O/W dispersion
(Niigata U.) *Endo Y, Kimura I
calcium phosphate
microspheres
W/O/W dispersion
12-k15
14:45-15:00E122Determination of the minimum number of particles required for size distribution analysis
(Niigata U.) *Yamagishi D, (Hokkaido Res. Org.) Akazawa T, (HSUH) Murata M, (Niigata U.) Kimura I
particle size distribution
minimum number of particles
statistics
12-m14
15:00-15:15E123(withdrawn)

10049
15:15-15:30E124Observation of droplet formation behavior and prediction of droplet size in cross-flow membrane emulsification
(Tohoku U.) *Sato Yui, Ono Takumi, Sato Yoshiyuki, Inomata Hiroshi
membrane emulsification
droplet size
single pore
12-b104
15:30-15:45E125(withdrawn)

10070

Technical program
19th SCEJ Student Meeting (Koganei)

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Most recent update: 2017-02-22 20:35:30
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