Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Materials engineering & interfacial phenomena | |||||
(9:30–10:30) (Chair: No data , No data ) | |||||
C01 | Preparation and properties of cellulose/silk composite hydro gel | cellulose hydro gel silk | 12-e | 97 | |
C02 | Crystalline Face Dependence of Structure of Alkanethiol Adsorbed on Gold Single Crystal Surfaces (Nat. Inst. Tech. or Nippon Inst. Tech. or NITechTC) *Muroga Takuya, | Au Single Crystal Gap-mode Raman Spectroscopy Alkanethiol | 12-a | 62 | |
C03 | Kinetics of Adsorption and Structure Transition of Alkanethiol Adsorbed on a Silver Substrate (Nat. Inst. Tech. or Nippon Inst. Tech. or NITechTC) *Nakamori Shogo, | Adsorption Kinetics Aikanethiol Raman Spectroscopy | 12-a | 65 | |
C04 | The effect of washing on soap | Soap Washing Calcium ion | 14-c | 55 | |
C05 | Growth rates of (100) face of DKDP crystal in partialy deuterated solutions at constant supercooling | DKDP Crystal Growth Supercooling Deuterated Solution | 12-g | 123 | |
Break | |||||
Materials engineering & interfacial phenomena | |||||
(10:40–11:40) (Chair: No data , No data ) | |||||
C07 | Manufacture and evaluation of the functional crayon using gum | functional crayon gum environment | 12-m | 122 | |
C08 | Control of particle size distributions in emulsion polymerization for monodisperse polymer nanoparticle production | monodisperse polymer nanoparticle emulsion polymerization surfactant | 12-d | 96 | |
C09 | Development of silica-covered erythritol microcapsules | Microcapsules Silica Thermal storage | 12-f | 2 | |
C10 | Assembling of silica rods via depletion interaction | depletion interaction particle assembly anisotropic particle | 12-i | 47 | |
C11 | Research in antibubble | antibubble surfactant electricity | 12-a | 90 | |
Lunch break | |||||
Materials engineering & interfacial phenomena | |||||
(12:40–13:52) (Chair: No data , No data ) | |||||
C17 | Effect of precursor structure on synthesis of titanium particle in supercritical sol-gel reaction | supercritical sol-gel reaction titanium precursor structure | 12-k | 53 | |
C18 | Influence of hydrocarbon groups for detergency in surfactants | Surfactant Michelle Soap | 12-b | 38 | |
C19 | Continuous preparation of spherical colloidal photonic crystals for application as UV protection materials. | spherical colloidal crystals microfluidic devices UV-screening | 12-c | 104 | |
C20 | Synthesis of novel phenazine dye | Dye Phenazine Organic synthesis | 12-m | 37 | |
C21 | Preparation of microcapsules using by an electrospray technique | microcapsules electrospray technique chitosan | 12-f | 86 | |
C22 | Surface chemical modification with nonpolar pendant group for rendering cement surface water-resistant | water-repellent cement surface surface chemical modification nonpolar pendant group | 12-a | 87 | |
Break | |||||
分離プロセス,反応工学 | |||||
(14:00–15:12) (Chair: No data , No data ) | |||||
C24 | Separation properies of zeolite membranes in C1-C3 alchol mixtures | pervaporation alcohol separation zeolite | 4-a | 118 | |
C25 | Adsorption effect of radioactive material by volcanic ash (Tokyo Metro. High School of Sci. and Tech.) *Kawana Yoshika, | Volcanic Ash Radioactive material Adsorption | 4-e | 83 | |
C26 | Separation and recovery of indium from waste ITO by bipolar membrane electrodialysis using a chelating agent | metal recycling membrane chelating agent | 4-f | 116 | |
C27 | Catalytic performances of Ru-based spherical catalysts prepared under various ammonia aqueous washing conditions for the ammonia decomposition to produce H2 (Utsunomiya U., Faculty of Eng., Department of Applied Chemistry) *Hiroki Kuribara, (Utsunomiya U., Graduate School of Eng., Department of Material and Environmental Chemistry) Furusawa Takeshi, | NH$3$ decomposition reaction Ru-based spherical catalysts ammonia aqueous washing conditions | 5-a | 3 | |
C28 | Dehydration of cyclopentanol with H-ZSM5 catalyst | H-ZSM5 Cyclopentanol | 5-a | 120 | |
C29 | Isolation of Cellulose Degrading bacteria | Cellulose Degrading bacteria Bioethanol Alcohol fermentation | 5-g | 21 |