easp 2.31; proghtml 2.28c (C)1999-2011 kawase
Day 1 | |||||
|---|---|---|---|---|---|
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Separation processes | |||||
| (9:20-10:00) (Chairperson T. Maruyama) | |||||
| Q102 | (JPN) Mass Transfer Behavior of Doxorubicine across Nano Membrane of Liposome and Vesicle | membranome mass transfer coefficient doxorubicine | 4-f | 541 | |
| Q103 | (JPN) Effect of viscosity change via CO2 absorption on gas permeability of amino acid ionic liquid-based membrane | CO2 separation Facilitated transport membrane Amino acid ionic liquid | 4-a | 383 | |
| (10:00-11:00) (Chairperson T. Tsuru) | |||||
| Q104 | (JPN) Zeolite membrane preparation by seed crystal growth | zeolite membrane pervaporation permporometry | 4-a | 492 | |
| Q105 | (JPN) Effect of seeding conditions on water/AcOH separation properties of AlPO4-18 membrane | AlPO4-18 Vapor permeation Seed crystals | 4-a | 346 | |
| Q106 | (JPN) Synthesis of MCM-22 membranes using a seeding method and separation of water/IPA by vapor permeation | zeolite membrane membrane separation seeding method | 4-a | 698 | |
| (11:00-12:00) (Chairperson N. Nishiyama) | |||||
| Q107 | (JPN) Development of characterization technique for microstructures of zeolite membranes using adsorption | MFI zeolite zeolite membrane adsorption | 4-a | 261 | |
| Q108 | (JPN) Dehydration of IPA with a Y-type zeolite membrane using a recycle-type of vapor permeation apparatus | Y type zeolite membrane dehydration | 4-a | 267 | |
| Q109 | (JPN) Future potential of propane / propylene separation by Ag-Y-type zeolite membrane | membrane separation zeolite membrane Ag-Y-type zeolite | 4-a | 385 | |
| (13:00-14:00) (Chairperson M. Matsukata) | |||||
| Q113 | (JPN) Selective Separation of Water from Water/Organic Mixtures by Pervaporation using MTW type zeolite membrane | MTW type zeolite membrane crystalline morphology | 4-a | 430 | |
| Q114 | (JPN) A new approach for the preparation of metal-organic framework-based gas separation membranes | Gas Separation Membrane Metal-Organic Frameworks Permselectivity | 4-a | 144 | |
| Q115 | (JPN) Permeation properties of zeolite membranes prepared in fluoride media | Zeolite membrane Pervaporation Hydrothermal synthesis | 4-a | 588 | |
| (14:00-15:20) (Chairperson T. Yamaguchi) | |||||
| Q116 | (JPN) Preparation of NaY type zeolite membrane using clear solution for water / isopropyl alcohol vapor permeation | Y-type zeolite zeolite membrane clear solution | 4-a | 201 | |
| Q117 | (JPN) Influence of dehydrated toluene on H2-toluene separation performance of the dimethoxydiphenylsilane-derived silica membrane | silica membrane toluene chemical vapor deposition | 4-a | 116 | |
| Q118 | (JPN) Preparation and permeation properties of LSX -type Faujasite membrenes prepared by microwave heating | Zeolite membrane Faujasite Pervaporation | 4-a | 652 | |
| Q119 | (JPN) Vapor permeation properties of randomly oriented silicalite-1 membrane | zeolite membrane separation silicalite-1 | 4-a | 345 | |
| (15:20-16:40) (Chairperson H. Kita) | |||||
| Q120 | (JPN) Steam permselectivity of inorganic gas separation membrane prepared by ultrasonic spray pyrolysis | separation membrane ultrasonic mist gas separation | 4-a | 218 | |
| Q121 | (JPN) Preparation of tubular silicalite membranes and pervaporation separation of n-butanol/water mixture | silicalite membrane pervaporation butanol | 4-a | 539 | |
| Q122 | (JPN) Development of silica nanoparticle-stacked UF membrane using spin-assisted layer-by-layer assembly | spin-assisted layer-by-layer self-assembly nanoparticle | 4-a | 640 | |
| Q123 | (JPN) Structure control and gas permeation properties of microporous TiO2-ZrO2 membranes prepared using isoeugenol as a chelating ligand | chelate TiO$2$-ZrO$2$ gas permeation | 4-a | 661 | |
Day 2 | |||||
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Separation processes | |||||
| (9:00-10:00) (Chairperson K. Akamatsu) | |||||
| Q201 | (JPN) Development of high gas permeance MFI membranes | MFI zeolite membrane porous silica substrate seed coating | 4-a | 262 | |
| Q202 | (JPN) Investigation of permeation mechanism through MOR membranes by using alkaline treatments | MOR zeolite membrane alkali treatment water isopropanol separation | 4-a | 263 | |
| Q203 | (JPN) Separation of methane/ethane through silica hybrid membranes | silica hybrid membrane counter diffusion CVD methane/ethane separation | 4-a | 265 | |
| (10:00-11:00) (Chairperson M. Nomura) | |||||
| Q204 | (JPN) Study of rheological properties and solidification rate of polymer solution during hollow fiber membrane fabrication | hollow fiber membrane non-solvent induced phase separation Barus effect | 4-a | 411 | |
| Q205 | (JPN) Solvent resistant polyamide hollow fiber ultrafiltration membranes prepared via thermally induced phase separation method | polyamide membranes solvent resistant | 4-a | 455 | |
| Q206 | (JPN) Post-treatment involving VIPS for re-preparing the outer-surface of hollow fiber membrane | Vapor induced phase separation Surface hydrophilization Hollow fiber membrane | 4-a | 484 | |
| (11:00-12:00) (Chairperson M. Higa) | |||||
| Q207 | (JPN) CFD simulation of hollow-fiber reverse osmosis module | CFD Hollow Fiber Reverse Osmosis | 4-a | 32 | |
| Q208 | (JPN) Numerical investigation of permeation of concentrated O/W emulsion | CLSVOF Emulsion Membrane | 4-a | 688 | |
| Q209 | (JPN) Effects of pore size and surface porosity on fouling behaviors in dead-end filtration of particulate suspensions | fouling dead-end simulation | 4-a | 395 | |
Day 3 | |||||
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
| Separation processes | |||||
| (9:00-10:00) (Chairperson T. Yoshioka) | |||||
| Q301 | (JPN) Optimal membrane thickness in direct contact membrane distillation | membrane distillation desalination temperature polarization | 4-a | 579 | |
| Q302 | (JPN) Feasibility Study on Synthetic Natural Gas Production Based on Biomass Gasification and Membrane Separation | biomass gasification feasibility study membrane separation | 4-a | 456 | |
| Q303 | (JPN) Investigation of Forward Osmosis Membrane Fouling Mechanism | Forward Osmosis Fouling | 4-a | 669 | |
| (10:00-11:00) (Chairperson H. Matsuyama) | |||||
| Q304 | (JPN) Forward osmosis water treatment system using sea water as draw solution (II): Relationships between system performance and operating condition | Forward osmosis Membrane module Effluent treatment | 4-a | 565 | |
| Q305 | (JPN) Investigation of optimal PRO operating conditions for flat sheet membranes under various FS concentrations. | Pressure retarded osmosis feed solution | 4-a | 523 | |
| Q306 | (JPN) Simulation in performance of reverse electrodialysis system: dependence of operating conditions on power output and power generation efficiency | Salinity gradient power Reverse electrodialysis Ion-exchange membrane | 4-a | 543 | |
| (11:00-12:00) (Chairperson R. Nagumo) | |||||
| Q307 | (JPN) Key roles of poly-guluronate blocks to form stable calcium alginate membrane and to perform superior molecular size recognition | alginate membrane molecular size recognition | 4-a | 208 | |
| Q308 | (JPN) Fabrication of amorphous carbon membrane via plasma enhanced chemical vapor deposition | Plasma CVD Amorphous carbon membrane Membrane separation | 4-a | 760 | |
| Q309 | Acceleration of Plasma-Induced Graft Polymerization for Porous Substrate via Sodium Dodecyl Sulfate | plasma-induced graft polymerization porous substrate sodium dodecyl sulfate | 4-a | 70 | |
| (13:00-14:00) (Chairperson T. Tamaki) | |||||
| Q313 | (JPN) Fundamental investigation on fabrication of a tough ion-gel having an interpenetrating polymer network structure | Ionic liquid Gel Interpenetrating polymer network | 4-a | 745 | |
| Q314 | (JPN) Novel preparation of pullulan-κ-carrageenan composite membrane and selected screening on water soluble dye molecule controlled by polysaccharide networks | Food polymer composite membrane mass transfer | 4-a | 206 | |
| Q315 | (JPN) Impact of Alkali treatment before casting of chitosan membrane on mechanical strength and mass transfer character | chitosan membrane alkali treatment mass transfer | 4-a | 252 | |
| (14:00-15:20) (Chairperson H. Sugaya) | |||||
| Q316 | (JPN) Ion content of cation exchange membrane in HI-I2-H2O mixture | Cation exchange membrane Hydriodic acid ion content | 4-a | 599 | |
| Q317 | (JPN) Effect of membrane surface modification with MPC polymer on sieving and anti-fouling characteristics | surface modification 2-methacryloyloxyethyl phosphorylcholine polymer anti-fouling | 4-a | 593 | |
| Q318 | (JPN) Influence of membrane surface properties on biofilm formation of Pseudomonas putida | bacterial adhesion biofilm membrane surface properties | 4-a | 625 | |
| Q319 | (JPN) Study on the surface modification of reverse osmosis membrane with zwitterionic polymer for bacterial anti-adhesion | reverse osmosis membrane biofouling zwitterionic polymer | 4-a | 778 | |
| (15:20-16:40) (Chairperson T. Shimanouchi) | |||||
| Q320 | (JPN) Development of Functionalized Membranes having Ion Recognition Polyampholyte | polyampholyte ion recognition membrane | 4-a | 166 | |
| Q321 | (JPN) Effect of preparation condition on performance of biomimetic RO membrane using Gramicidin A. | Reverse osmosis membrane Biomimetic Lipid bilayer | 4-a | 237 | |
| Q322 | (JPN) Optical Resolution Function of Liposome-Immobilized Hydrogel in Equibrilium Dialysis | Membranome Liposome Hydrogel | 4-a | 555 | |
| Q323 | (JPN) Preparation of Hydrogel Using Phospholipid Molecule and Its Characterization | Membranome Phospholipid Hydrogel | 4-a | 557 | |
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