SCEJ 45th Autumn Meeting (Okayama, 2013) : Hall and day program

`SCEJ 45th Autumn Meeting (Okayama, 2013)`

Hall and day program

Hall W, Day 1

Most recent update: 2013-08-20 14:03:53

Time	Paper ID	Title / Autors	Keywords	Topic code	Ack. number
Symposium <Progress in Innovative Powder Process Technology -Generation, Functionalization, Measurement, Characterization and Handling->
(9:00–10:20) ( Saeki T.)
9:00– 9:20	W101	Numerical simulation and experience of powder mixing by elastic blades Mizutani Shin, Sakai Mikio	Granular analysis Elastic body analysis Powder mixing	S-19	704
9:20– 9:40	W102	Three-dimensional simulation of a bubbling fluidized bed by the DEM coarse grain model and its validation Abe M., Sakai M.	Fluidized bed DEM Coarse grain model	S-19	595
9:40– 10:00	W103	Analysis of The Particles Mixing Characteristics for an Agitating Mixer by DEM simulation Yamamoto Michinori, Kano Junya, Ishihara Shingo	DEM simulation Agitating Mixer Mixing Characteristics	S-19	130
10:00– 10:20	W104	Analysis of Grinding Phenomena using DEM Simulation Ishihara U., Zhang Q., Kano J.	DEM breakage grinding	S-19	786
(10:20–12:00) ( Yamamoto M., Fukui K.)
10:20– 10:40	W105	Relationship between feed amount and separation efficiency for dry separation using gas-solid fluidized bed Yagi Ryosuke, Yoshida Mikio, Oshitani Jun, Kubo Yasuo, Nakatsukasa Shingo	dry separation fluidized bed feed amount	S-19	239
10:40– 11:00	W106	Fundamental study on fluidizing time dependence of density segregation in gas-solid fluidized bed Okamoto Ryota, Yoshida Mikio, Oshitani Jun	fluidized bed density segregation fluidizing time	S-19	252
11:00– 11:20	W107	Effect of fluidizing airflow rate on dry density-segregation in gas-solid fluidized bed Teramoto Kazuhiro, Yoshida Mikio, Oshitani Jun, Kubo Yasuo, Nakatsukasa Shingo	fluidized bed density segregation airflow rate	S-19	357
11:20– 11:40	W108	Influence of particle size on particle circulation rate in three-compartment internal circulating fluidized bed Sugimoto Masaya, Noda Reiji	loop-seal fluidized bed particle circulation	S-19	790
11:40– 12:00	W109	Synthesis of precursor powder using a fluidized bed for conversion to electromagnetic-wave-absorptive magnetite Nakazato T., Iikuma Y., Matsuzaki A., Kai T.	magnetite electromagnetic wave absorption fluidized bed	S-19	981
(14:00–15:00) ( Ogi T.)
14:00– 14:20	W116	Improvement of classification performance of dry classifier usign mist Yamamoto Tetsuya, Kurimoto Natsumi, Fukui Kunihiro, Yoshida Hideto	Classification Particle Mist	S-19	845
14:20– 14:40	W117	Preparation of LiFeBO3 by spray pyrolysis Sutou K., Taniguchi I.	LiFeBO3 Cathode Lithium batteries	S-19	365
(14:40–16:00) ( Nakazato T.)
14:40– 15:00	W118	Synthesis of magnetic fine particles by spray pyrolysis and application for hyperthermia Kinoshita Takuya, Furuyabu Takamitsu, Adachi Motoaki	Magnetic fine particle Spray pyrolysis Hyperthermia	S-19	805
15:00– 15:20	W119	Effect of solution concentration on ion generation by electrospray Maekawa Tetsuya, Seto Takafumi, Otani Yoshio, Higashi Hidenori, Tokumi Takuya	Electrospray Poly ethylene glycol Ion generation	S-19	780
15:20– 15:40	W120	Preparation of cathode materials of lithium sulfur batteries Handa Y., Taniguchi I.	Cathode Lithium sulfur batteries Ball milling	S-19	381
15:40– 16:00	W121	Synthesis and size control of MgF2 hollow nanoparticles by liquid phase method Umemoto Ryouhei, Nandiyanto Asep, Ogi Takashi, Okuyama Kikuo	magnesium fluoride hollow nanoparticles liquid phase method	S-19	152
(16:00–18:00) ( Kinoshita T., Maekawa T.)
16:00– 16:20	W122	Production of powder materials derived from sol-gel transitions Kaide A., Saeki T.	Gelling time Specific surface area Pore volume	S-19	503
16:20– 16:40	W123	Synthesis of non-aggregated nickel nanoparticles in gas phase Taniguchi Tetsuya	nickel nanoparticles non-aggregation electric furnace	S-19	219
16:40– 17:00	W124	Zeolite synthesis from coal fly ash and biomass ash with hydrothermal treatment method Tsu T., Fukui K., Yamamoto T., Yoshida H.	Coal fly ash Biomass ash Zeolite	S-19	639
17:00– 17:20	W125	Grindability at Roller mill and combustion characteristic at PC furnace for low HGI bituminous coal Ikeda M., Nakajima A., Ishikawa T., Shirai H.	Low HGI coal Roller mill Pulverized coal combustion	S-19	9
17:20– 17:40	W126	Effect of additives on the properties of cellulose nanofibers prepared by disk mill Kawabata K., Ono F., Fujii E.	Cellulose nanofiber disk mill additive	S-19	213
17:40– 18:00	W127	Influence of surface properties on the viscosity of the slurry suspended surface modified fine particles Katsumoto T., Yoshida Y., Shimosaka A., Shirakawa Y., Hidaka J.	surface modification slurry viscosity	S-19	735

Technical program
SCEJ 45th Autumn Meeting (Okayama, 2013)

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Most recent update: 2013-08-20 14:03:53
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E-mail: inquiry-45f

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