easp 2.39; proghtml 2.37 (C)1999-2015 kawase
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Fluid & particle processing | |||||
| (9:00–10:20) (Chair: Kamiya Tetsu, Kaide Aya) | |||||
| D201 | Torque variation analysis of rotationally reciprocating impeller using viscoelastic fluids | FFT harmonic wave relaxation time | 2-b | 897 | |
| D202 | Development of a quantitative evaluation method of mixing performance of static mixers | Static mixer Flow visualization Mixing evaluation | 2-b | 400 | |
| D203 | Design for Multiphase Mixing Tank with Draft Tube Using Numerical Simulation | Mixing CFD Simulation | 2-b | 555 | |
| D204 | Computer Experiment of a Mixing Vessel by the Renormalization Molecular Dynamics Method | Mixing MAXBLEND Impeller Molecular Dynamics | 2-b | 67 | |
| (10:20–12:00) (Chair: Komoda Yoshiyuki, Yajima Takaaki) | |||||
| D205 | Velocity vector field on mixing pattern change and its characteristics | mixing pattern pattern velocity streakline | 2-b | 366 | |
| D206 | Dynamic formalization of mixing pattern diagram and golden ratio condition | mixing pattern golden ratio pattern dynamics | 2-b | 368 | |
| D207 | Optimization with configuration of high shear rotor-stator mixer using CFD analysis | Rotor stator mixer CFD Energy dissipation rate | 2-b | 589 | |
| D208 | Preliminary evaluation of mixing devices using CFD analysis Part.1 Case study of mesh method(Finite volume method) | CFD analysis mixing devices Finite volume method | 2-b | 806 | |
| D209 | Preliminary evaluation of mixing devices using CFD analysis Part.2 Case study of mesh less method(MPS method) | CFD Moving Particle Simulation Mixing | 2-e | 588 | |
| Chemical reaction engineering | |||||
| (13:00–14:20) (Chair: Makino Soichiro) | |||||
| D213 | Gas-phase continuous production of carbon nanotubes of smaller diameters at higher yields | carbon nanotubes chemical vapor deposition aerosol catalysts | 5-h | 883 | |
| D214 | On-substrate synthesis of carbon nanotubes for device applications | carbon nanotubes chemical vapor deposition self-organization | 5-h | 886 | |
| D215 | Fluidized-bed production of long carbon nanotubes and creation of three-dimensional electrodes for electric storage devices | carbon nanotubes fluidized bed electric storage devices | 5-h | 894 | |
| D216 | Roles of pre-anneal treatment for graphene CVD growth | graphene pre-anneal chemical vapor deposition | 5-h | 402 | |
| (14:20–16:00) (Chair: Watanabe Ryo, Momose Takeshi) | |||||
| D217 | Development of product by biomass (dried gourd) in Tochigi prefecture | Desiccating tablet Dried gourd Kanpyo | 5-g | 133 | |
| D218 | A study of deposition suppression on side-walls in vertical rotating disk reactor (Toyota Central R&D Labs., Inc.) *Makino Soichiro, | CVD CFD deposition | 5-h | 628 | |
| D219 | Structure formation of composite thin films by vapor/solid-precursor PECVD | composite material plasma synthesis aerosol nanoparticle deposition | 5-h | 762 | |
| D220 | Rapid vapor deposition of active materials and current collectors toward high-capacity, light-weight electric storage devices | vacuum vapor deposition thin films lithium secondary batteries | 5-h | 905 | |
| D221 | Catalyst Nucleation and Carbon Nanotube Growth from Flame-Synthesized Co-Al-O Nanopowders at 10 Second Time Scale | carbon nanotubes cobalt nanoparticles chemical vapor deposition | 5-h | 906 | |
| (16:00–17:00) (Chair: Hasegawa Kei, Yoshihara Naoki) | |||||
| D222 | Process development for highly conformal filling of SiC-CVI using a sacrificial layer | CVD SiC methyltrichlorosilane | 5-h | 800 | |
| D223 | Effect of temperature and pressure on SiC-CVI using ultra high aspect ratio features | CVD SiC methyltrichlorosilane | 5-h | 812 | |
| D224 | Construction of the overall reaction model for opitmizing SiC-CVD using Methyltrichlorosilane | SiC CVD Modelization | 5-h | 910 | |
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