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SCEJ 80th Annual Meeting (Tokyo, 2015)

List of received applications (By topics code)

F) Chemical Industry Technology Forum

F-1. Creation and Principle of Nanofluid Science


Most recent update: 2015-07-10 15:24:01

The keywords that frequently used
in this toopics code.		KeywordsNumber
Nanoparticle4*
Surface modification3*
suspension2
Size-selective precipitation1

ACKN
No.		Title/Author(s)KeywordsStyle
66Preparation of Copper Fine Particles for Low Temperature Sintering and Sintering Proecss
(Hokkaido U.) *Yonezawa Tetsu, Tsukamoto Hiroki, Matsubara Hiroki		銅微粒子
ナノフルイド
低温焼結
O
93Development of Nanofluids with Ionic Liquids
(NAIST) *Nakashima Takuya, Kawai Tsuyoshi		nanoparticle
ionic liquid
interface
O
276Development of a continuous process for floccurated nanoparticle re-dispersion under high shear stress
(Tohoku U.) *Aoki Nobuaki, Miyatake Tomoki, Obuse Kiori, Kobayashi Miki, Adschiri Tadafumi		Nanoparticle re-dispersion
High shear stress
Floccurated nanoparticle
O
388Numerical investigation of the relationship between thermal fluctuation and flow field by using Landau-Lifshitz Navier Stokes equation
(Osaka U.) *Yamamoto T., Okano Y.		Thermal fluctuation
Landau-Lifshitz Navier Stokes equation
Fluid dynamics
O
393Stress oscillation mode in particle-polymer suspensions
(Kyutech) *Jang E., Yamamura M.		suspension
shear stress
oscillation
O
497Effect of Solvent on Classification Property of ZnS Nanoparticles by Size-Selective Precipitation Method
(Doshisha U.) *Mori Yasushige, Yamamoto Kyoko, Tsuchiya Katsumi		Size-selective precipitation
Zinc Sulfide nanoparticles
Particle size distribution
O
516Order Formation of Colloidal Particles by Convective Self-Assembly
(Kyoto U.) *Miyahara Minoru, Watanabe Satoshi		Convective Self-Assembly
Meniscus
Patterned Structures
O
542Properties and application of nanofluid comprising surface-modified metal oxide nanoparticles
(Tohoku U.) *Takami S., Aida T., Sato M., Suzuki A., Aoki N., Hojo D., Adschiri T.		surface modification
metal oxide nanoparticles
viscosity
O
582Liquid Phase SYnthesis of Transparent Conductive Oxide Nanoparticles with Low Resistivity and their Application to Nano-fluids
(Tohoku U.) *Kanie K., Muramatsu A.		Transparent Conductive Oxide
Nanoparticle
Liquid Phase Synthesis
O
606Preparation of Ag nanoparticles based on polyol process and application
(Osaka U.) *Jiu jinting, Zhang Hao, Koga Shunsuke, Nagao Shijio, Sugahara Tohoru, Suganuma Katsuaki		Ag nanoparticles
preparation
polyol process
O
611Numerical modeling of self-propelled particles:Pseudo-phonon like behavior of collective motion
(Kyoto U.) *Oyama Norihiro, Molina John, Yamamoto Ryoichi		Squirmer Model
dynamic structure factor
collective motion
O
625Surface modification toward fabrication of dense suspensions with various combinations of particle species and solvents
(Yokohama Nat. U.) *Iijima M., Okamura N., Tsutsumi T., Morita S., Tatami J.		Nanoparticle
Surface modification
Suspension stability
O
637Formation of organic nano particle in liquid-droplet flow by supercritical anti-solvent method
(Nagoya U.) *Goto M., Nerome H., Tsareva N., (ITS) Machmudah S., (Nagoya U.) Wahyudiono , (Nagoya U./JST) Kanda H.		Supercritical
SEDS
Nanoparticle
O
690Supercritical hydrothermal synthesis of organic modified nanoparticles by flow reactors
(ITEC) Iida Masayasu		supercritical water
flow reactor
nanoparticles
O
696Expectations of nano-fluid in the coating process by supercritical carbon dioxide
(KAMI Electronic Ind. CO.,LTD) *Hayasaka Noriaki, Yukishita Katsuzou, (Tohoku U. NICHe) Suzuki Akira		nano-fluid
supercritical carbon dioxide
the coating process
O
700Application of the maximum entropy production principle to the analysis of phase transitions in thermal convection between non-equilibrium states
(Osaka U.) *Ban Takahiko, Shigeta Keigo, Okano Yasunori		Maximum Entropy Production Principle
Thermal Marangoni Convection
Pattern Formation
O
703Size-selective separation of particles in suspensions with ultrasonic atomization
(Nagoya U.) Nii S.		ultrasonic atomization
suspension
particle separation
O
706Development of high-strength resin material by the use of talc with mechanochemical surface treatment
(SUMITOMO BAKELITE) *Ando Keisuke, Motokawa Toshiyuki, Nakano Shogo, Kawaguti Tatumi, (U. Shizuoka) Sakaguchi Masato		Surface modification
high strength resin
mechanochemical
O
822Technical issue and expectations of nano-fluid in the paint application
(ATOMIX) *Kunou Isao, (Tohoku U.) Suzuki Akira		hard
coating
market
O
898Study of Influential Factors in Formation of Silver Nanowire Percolation Network Fablicated by Coating Processes.
(Utsunomiya U.) *Sato M., Terasaki N., Saito S., Furusawa T., Suzuki N.		Silver Nanowire
Transparent Conductive Film
Coating Process
O
910Acid-base interaction between particles and polymers and dipsersion behavior in organic solvents
(Kobayashi) Kobayashi T.
O
List of received applications (By topics code)
List of received applications
SCEJ 80th Annual Meeting (Tokyo, 2015)
(C) 2015 The Society of Chemical Engineers, Japan. The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2015-07-10 15:24:01
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