Hall A | |||||
---|---|---|---|---|---|
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Progress in Advanced Powder and Particle Process Technology -Particle design, Functinalization, Measurement, Characterization and Unit operation-> | |||||
(9:00–10:00) (Chair: Tokoro C.) | |||||
A101 | Development of materials for chemical heat storage by mechanochemical synthesis | Mechanochemical Synthesis Chemical Heat Storage Mixed Hydroxide | S-21 | 17 | |
A102 | Production of calcined shell fine particles by mechanical grinding and its antibacterial activity (Graduate School of Muroran Inst. Tech.) Shoji Hiroki, | planetary ball mill scallop shell antibacterial activity | S-21 | 718 | |
A103 | Preparation of shell nanoparticles by mechanical grinding and its application to plywood adhesive (Graduate School of Muroran Inst. Tech.) Magara Kohei, | planetary ball mill scallop shell plywood | S-21 | 625 | |
(10:00–11:00) (Chair: Yamanaka S.) | |||||
A104 | Hydrothermal Synthesis of Zeolite from Flyash by Microwave Heating with Pulverization | Microwave Pulverization Zeolite | S-21 | 124 | |
A105 | DEM simulation analysis for effects of adhesive force of admixed particles on an improvement of particle-bed packing fractions | packing fraction DEM simulation admixed particle | S-21 | 398 | |
A106 | Mn removal from spent filter sand by surface grinding using Intensive mixer | surface grinding filter sand DEM | S-21 | 770 | |
(11:00–12:00) (Chair: Oshitani J.) | |||||
A107 | Effect of Particle Shape on Mixing Behaviour for A Rotating Drum | DEM simulation Particle Shape Mixing Characteristics | S-21 | 19 | |
A108 | ADEM simulation for breakage analysis of irregularly shaped particles | Distinct Element Method breakage irregularly shaped | S-21 | 682 | |
A109 | Estimation of shear force acting on wheel using sand trajectories measured with PEPT | PEPT trajectory shear force | S-21 | 224 | |
(13:00–13:40) (Chair: Shimizu T.) | |||||
A113 | Operational Status of Karita Power Station with Pressurized Fluidized Bed Combustion Combined Cycle | Coal Commercial Operation Pressurized Fluidized Bed Combustion | S-21 | 505 | |
(13:40–15:00) (Chair: Kuwagi K.) | |||||
A115 | Effect of powder properties and air velocity on apparent density of gas-solid fluidized beds | fluidized bed apparent density powder properties | S-21 | 863 | |
A116 | Effect of mechanical vibration on particle behavior in a tapered fluidized bed | tapered fluidized bed vibration | S-21 | 850 | |
A117 | Defluidization conditions for a fluidized bed evaporator in desalination process | fluidized bed self-heat recuperation desalination | S-21 | 766 | |
A118 | Modeling for triple-bed circulating fluidized bed flow behavior analyze using equivalent circuit | Fluidized bed Equivalent circuit model Flow behavior | S-21 | 841 | |
(15:00–16:20) (Chair: Mawatari Y.) | |||||
A119 | Effects of Draft Tube and Particle Property on Flow Characteristics of a Spout-Fluid Bed | spout-fluid bed draft tube PIV | S-21 | 33 | |
A120 | Effects of Stirring and Aeration on Dynamic Flow Characteristics of Fine Powders | Powder Rheometer Fine Powder Fluidization | S-21 | 34 | |
A121 | Particle circulation rate of a L-type loop seal for multi-compartment internal circulating fluidizad beds (Gunma U. Graduate school of Sci. Tech.) Noda Reiji, (Gunma U. Graduate school of Sci. and Tech.) Sugimoto Masaya | Fluidized beds Particle circulation Loop seal | S-21 | 638 | |
A122 | Process for heat recovery from molten slag using fluidized bed | Fuidized bed Slag Heat recovery | S-21 | 51 | |
Hall B | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Bubbles, Drops, and Particles Dispersion Engineering 2014> | |||||
(9:00–10:00) (Chair: Honma J.) | |||||
B101 | Abatement of VOCs by Atomizing Acrylamide Polyampholyte (APA) Solution Using One-fluid Spray Nozzles | Acrylamide Polyampholyte Spray Nozzle Volatile Organic Compound | S-23 | 212 | |
B102 | Effects of dissolved gases on mist formation generated by ultrasonic irradiation | ultrasonic atomization mist formation dissolved gas | S-23 | 995 | |
B103 | Development of a liquid atomizing device using capillary action and electric field as driving forces | Electrostatic Aerosolization Droplets | S-23 | 374 | |
(10:00–11:00) (Chair: Tsuchiya K.) | |||||
B104 | Numerical analysis of the impact of a freely falling droplet on an immiscible fluid layer | Drop-impact behavior Immiscible fluid Numerical analysis | S-23 | 946 | |
B105 | Numerical analysis of bubble formation process in a shear-thinning liquid | Bubble formation Shear-thinning liquid Numerical analysis | S-23 | 941 | |
B106 | The drag on a methane bubble in zigzag motion | Drag Dissipation Wake | S-23 | 481 | |
(11:00–12:00) (Chair: Ohta M.) | |||||
B107 | Bubbling behaviors under mechanical vibration in a two-dimensional fluidized bed | two-dimensional fluidized bed vibration bubble | S-23 | 860 | |
B108 | Characteristics of pressure fluctuations during defluidization in a fluidized catalyst bed | fluidized bed defluidization wavelet analysis | S-23 | 852 | |
B109 | A DEM-VOF coupling method for numerical simulation of solid-gas-liquid flows | Solid-gas-liquid flow Discrete Element Method Volume-of-fluid Method | S-23 | 644 | |
(13:00–14:00) (Chair: Kobayashi D.) | |||||
B113 | Synthesis of Silica Particle by Using Gas-liquid Slug Flow in a Mini-channel | gas-liquid slug flow silica particle mini-channel | S-23 | 674 | |
B114 | Influence of surface control additives on the thin film formation by wet process | thin film surface control additives | S-23 | 299 | |
B115 | Effect of gas-liquid interaction in oil/gas blowout | Oil/gas blowout Gas-liquid interaction Numerical simulation | S-23 | 139 | |
(14:00–15:00) (Chair: Yoshimoto M.) | |||||
B116 | Gas Absorption Properties of Micro Bubble Generator Using Titanium Porous Membrane | Microbubble Membrane Water treatment | S-23 | 381 | |
B117 | The separation method of the fine particles by using the fine bubbles | fine bubble | S-23 | 41 | |
B118 | Flotation of protein from domestic wastewater by microbubbles | Microbubble Waste Water Treatment Flotation | S-23 | 582 | |
(15:00–16:00) (Chair: Fujioka S.) | |||||
B119 | Characteristics of gas-liquid two-phase flows in a treatment system based on ozonation for wastewater containing milk | Wastewater treatment system Ejector Ozonation | S-23 | 430 | |
B120 | Effects of geometry and liquid depth on the shear rate in bubble columns as evaluated with liposomes | External loop airlift liposomes shear rate sensing | S-23 | 282 | |
B121 | Effects of gas-liquid contacting mode on liquid phase mass transfer coefficient of dispersed bubbles | Mass transfer coefficient Gas-liquid contacting mode Bubble interaction | S-23 | 89 | |
(16:00–16:40) (Chair: Honma S.) | |||||
B122 | Modeling of self-propelled particles - Interaction between particles and structured walls | Squirmer Model Self-propelled particles Hydrodynamic interaction | S-23 | 479 | |
B123 | A Simple Scheme for Interface Tracking | GasLiquid Interface Simulation Computational Fluid Dynamics | S-23 | 1 | |
Hall C | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Cutting Edge Technologies for Transport Phenomena and Fluid Engineering 2014> | |||||
(9:00–10:00) (Chair: Ban T.) | |||||
C101 | Unsteady flow in mixing and reaction processes between an aqueous polymer solution and a metal ion | polymer mixing reaction | S-24 | 872 | |
C102 | Immiscible viscous fingering with a decrease in interfacial tension induced by a chemical reaction | Viscous fingering Interfacial tension Marangoni flow | S-24 | 893 | |
C103 | Effects of combination of dissolved ionic species and particle size on the thermophoresis of suspended particle | Micro Separator Thermophoresis Suspension | S-24 | 636 | |
(10:00–11:00) (Chair: Nagatsu Y.) | |||||
C104 | Combined effects of thermal and solutal Marangoni convections on flow patterns in a half zone liquid bridge | Marangoni convection Floating zone technique Si/Ge | S-24 | 554 | |
C105 | Relation between the pattern formation in thermal convection and entropy production rate | Entropy production rate Thermal Marangoni Convection Pattern Formation | S-24 | 516 | |
C106 | Viscoelastic Flow Simulation of Flim Casting Process | Viscoelastic Flow Simulation Film Casting | S-24 | 463 | |
(11:00–12:00) (Chair: Iwata S.) | |||||
C107 | Effects of particle size on infiltaration speed into porous medium | Lattice Boltzmann Method infiltration porous medium | S-24 | 170 | |
C108 | Numerical Analysis of Stefan Problem by Phase Field Method (Division of Materials Sci., Graduate School of Sci. and Eng., Saitama U.) Koga Jiro, | Stefan problem Phase field method Singular limit | S-24 | 109 | |
C109 | A Front-Tracking Method for Three-Phase Computations of Solidification with Volume Change | Solidification Front-Tracking Volume Change | S-24 | 2 | |
(13:00–13:40) (Chair: Ohkawara S.) | |||||
C113 | Physical modeling of biological matters such as soft tissue | Physical modeling Biological matters Soft tissue | S-24 | 356 | |
(13:40–14:20) (Chair: Maekawa M.) | |||||
C115 | Application and development of multi-phase CFD simulation including mass transfer for chemical processes (Adv. Simulation Group, Chemical Eng. Laboratory, MCHC R&D Synergy Center, Inc.) Ishiba Yasushi | Multi-phase Simulation Mass-Transfer | S-24 | 551 | |
(14:20–15:20) (Chair: Yamamura M.) | |||||
C117 | The Direct Numerical Simulation of self-propelled particles that mimic the bacteria | Microorganism Bacteria Direct Numerical Simulation | S-24 | 627 | |
C118 | Numerical simulation of a solid-fluid two phase flow in a twin screw kneader | twin screw kneader solid-fluid two phase flow signed distance function | S-24 | 813 | |
C119 | Development of a numerical analysis method for molding products by particle methods | Coupled analysis method Large deformation Nonlinear analysis | S-24 | 645 | |
(15:20–16:40) (Chair: Saeki T.) | |||||
C120 | Ribbing instability of fluids coated on a patterned surface | UV-curable resin ribbing instability gravure coating | S-24 | 808 | |
C121 | Flow Characteristics of Hyaluronate Solution in Micro Abrupt Contraction-Expansion Channels Having Different Contraction-Expansion Ratio | hyaluronate solution elastic turbulence micro channel | S-24 | 506 | |
C122 | A study of micromixing flow utilizing the effect of the Marangoni convection on a gas-liquid free interface with a constricted shape of the channel | Micromixing Marangoni effect PIV | S-24 | 311 | |
C123 | Vortex deformation in two-dimensional turbulence due to drag reduction effects of rod-like micelles. | Rod-like micelles Drag reduction effects Vortex deformation | S-24 | 590 | |
(16:40–18:00) (Chair: Matsukuma Y.) | |||||
C124 | Two-dimensional flow polarization measurement and visualization around an air bubble under pressure-oscillating field. | pressure oscillation visualization flow birefringence | S-24 | 864 | |
C125 | Evaluation scheme of heat transfer characteristics of flat heat-pipe heat spreader | thermography thermal simulation | S-24 | 970 | |
C126 | Effect of baffle on mass transfer in a falling film microreactor | falling film microreactor mass transfer VOF | S-24 | 308 | |
C127 | Behavior of suspended particles in spiral microchannel with the modified and rectangular cross-section | particle separation CFD | S-24 | 200 | |
Hall D | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Symposium of polymer/gel technology, self-organization process and functional particles> | |||||
(10:00–11:00) (Chair: Seida Y.) | |||||
D104 | Effect of nanogel matrix composition on the catalytic activity of immobilized palladium (Graduate School of Eng., Kyushu U.) Yoneda Tamami, | catalytic nanogel suzuki coupling reaction | S-16 | 189 | |
D105 | Thermal Responsive Microgel Particle Composed Films as CO2 Absorbent | microgel particle CO2 capture LCST | S-16 | 531 | |
D106 | Development of Super Gelator with Sugar Derivatives and Preparation of Gel-Emulsions | gelators gel-emulsions carbohydrates | S-16 | 835 | |
(11:00–12:00) (Chair: Tokuyama H.) | |||||
D107 | Investigation of Ion Adsorption Properties of Sulfobetaine Gel and Relationship with Its Swelling Behavior | sulfobetaine gel adsorption properties swelling behavior | S-16 | 811 | |
D108 | Adsorption/Desorption properties of the endocrine disruptor on/from the thermo-sensitive polymer copolymerized with reactive surfactant | reactive surfactant thermosensitive polymer adsorption | S-16 | 837 | |
D109 | Structure formation and mechanical property of PVA during freezing-thawing process | freezing-thawing PVA gellation structure formation | S-16 | 474 | |
(13:00–13:40) (Chair: Goto T.) | |||||
D113 | Prospects for Gel Technology | Polymer gel Gel Technology Prospect | S-16 | 206 | |
(13:40–14:20) (Chair: Yoshida M.) | |||||
D115 | Electrical Twisting Ball Display (Soken chemical & Eng. Co.,Ltd) Takizawa Yoichi, | micro-channel bicolored particle electronic paper | S-16 | 226 | |
(14:20–15:20) (Chair: Kurumada K.) | |||||
D117 | Asymmetric Recognition Induced by Self-Organized Membrane Structure and Its Application for Chiral Separation | Membranome Self-organization Chiral recongnition | S-16 | 740 | |
D118 | Evaluation of Membrane Properties of Fatty Acid Vesicles and Its Application | Membranome Fatty Acid Vesicle Membrane Property | S-16 | 728 | |
D119 | Effect of operating condition on degree of cure in Roll-to-Roll UV nanoimprint process | UV cure roll-to-roll simulation | S-16 | 98 | |
(15:20–16:20) (Chair: Higuchi T.) | |||||
D120 | Effect of monomer molecular chain length on kinetic constants of propagation and termination in UV curing process | UV kinetic cure | S-16 | 100 | |
D121 | Fabrication of a micromotor system propelled under steady DC field | Micromotor DC field Cyclic motion | S-16 | 735 | |
D122 | Synthesis of phenol-formaldehyde gels by sol-gel polycondensation and control of their porous structure | sol-gel polycondensation phenol-formaldehyde gels freeze drying | S-16 | 426 | |
(16:20–17:20) (Chair: Yamamoto D.) | |||||
D123 | Evaluation of thickness and uniformity of zeolite membrane prepared via alkoxide method | zeolite membrane alkoxide | S-16 | 436 | |
D124 | Role of surface phenomenon in the gate effect of moleclularly imprinted polymer | molecularly imprinted polymer gate effect surface free energy | S-16 | 199 | |
D125 | Comparative evaluation of surface water-repellency of granular materials by static or kinematic observation | water repellency granular materials transient surface morphology | S-16 | 405 | |
Hall E | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Fundamentals and Applications of Separation Technology (Oral)> | |||||
(9:00–10:20) (Chair: Ohsaka Y.) | |||||
E101 | Reclamation and volume reduction technique of irradiation contaminated soil | Irradiation contaminated soil Volume reduction Filter press | S-27 | 853 | |
E102 | Production of hydrofluoric acid from iron fluoride by reaction distillation method | Reaction distillation iron fluoride hydrofluoric acid | S-27 | 897 | |
E103 | Continuous treatments of dredged material with a double tube type of solid-liquid separator | solid-liquid separator double tube type column flocculation | S-27 | 911 | |
E104 | Particle separation by dielectrophoresis using carbon nanotube film with high electrical conductivity | carbon nanotube particle separation | S-27 | 672 | |
(10:20–11:40) (Chair: Sano N.) | |||||
E105 | Effect of the exhaust gas atmosphere on SO2 purification performance of dry DeSOx filter | Dry DeSOx filter MnO2 Space velocity | S-27 | 599 | |
E106 | Study on miniaturization of the dry DeSOx filter by substrate-less honeycomb structure | diesel exhaust gas dry DeSOx filter substrate-less honeycomb | S-27 | 717 | |
E107 | Effect of layer of thickness on the water vapor diffusion in silica gel layer | silica gel adsorption kinetics layer of thickness | S-27 | 710 | |
E108 | Separation enrichment of useful material from biomass using zeolite | zeolite separation enrichment | S-27 | 984 | |
(13:00–14:20) (Chair: Makino T.) | |||||
E113 | Adsorption of low concentration CO2 by CeO2-based CO2 adsorbents | Cerium Oxide CO2 adsorption CO2 in atmosphere | S-27 | 383 | |
E114 | Effect of water on CO2 separation in blast furnace gas by PSA system | Pressure Swing Adsorption Blast Furnace gas CO2 separation | S-27 | 310 | |
E115 | Effect of mixing condition of reaction solution on ion adsorption on crystal surface in reactive crystallization | ion adsorption zeta potential reactive crystallization | S-27 | 334 | |
E116 | Optimal operation of fouling prediction models and long-term transmembrane pressure prediction | transmembrane pressure fouling MBR | S-27 | 171 | |
(14:20–15:40) (Chair: Kaneko H.) | |||||
E117 | EMolecular dynamics simulation studies for the amino acid ionic liquids in aqueous solution | Amino acid Ionic Liquids Molecular Dynamics Free Fraction Volume | S-27 | 165 | |
E118 | Influence of organic acid for separation of bio-ethanol by Silicalite-1 membrane | zeolite membrane separation bio-ethanol | S-27 | 829 | |
E119 | Effect of supporting materials on the CO2 capture efficiency of amine-containing nanogel film | CO2 gel TSA | S-27 | 370 | |
E120 | CO2 Separation Using High-toughness Ion Gel with Tetra-armed Polymer Network | Iongel Tetra-PEG CO2 separation | S-27 | 782 | |
Hall F | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Advanced Technologies in Particle-Fluid Separation> | |||||
(10:00–11:20) (Chair: Katagiri N., Kondo K.) | |||||
F104 | Ultrahigh-Pressure Expression Assisted with Self-Coagulation of Sewage Sludge Arising from Disruption Operation | ultrahigh-pressure expression dewatering sewage sludge | S-30 | 830 | |
F105 | Deliquoring behavior of gel layer in the pressure field | solid-liquid separation expression gel | S-30 | 796 | |
F106 | A study of sludge volume and turbidity removal by the composite flocculant system | flocculation coagulation composite flocculant | S-30 | 790 | |
F107 | Coagulation of Clay Particles by Virus and Its Effect on Membrane Filtration Properties | membrane filtration virus clay | S-30 | 815 | |
(11:20–12:00) (Chair: Iwata M.) | |||||
F108 | [Keynote Lecture]********** | floc colloid polyelectrolyte | S-30 | 102 | |
(13:00–13:40) (Chair: Tanaka T.) | |||||
F113 | [Keynote Lecture]********** | centrifuge settler Chromatography | S-30 | 382 | |
(13:40–15:00) (Chair: Tanaka T.) | |||||
F115 | Influence of liquid cyclone collection box shape on classification performance | liquid cyclone collection box classification performance | S-30 | 693 | |
F116 | A study on performance improvement of the louver classifier | Louver classifier Dry classification | S-30 | 695 | |
F117 | Influence of Voidage on Centrifugal Sedimentation Rate of Binary Colloids | centrifugation sedimentation binary colloidal suspension | S-30 | 807 | |
F118 | Filtration behavior of food compounds using colloid-multilayered structure on porous membrane | filtration colloid-multilayered structure soy bean protein | S-30 | 86 | |
(15:00–16:00) (Chair: Kawakita H.) | |||||
F119 | Development of Separation Process of Plasmid DNA Using Affinity Membrane Filtration and Electroporation | affinity membrane filtration purification plasmid DNA | S-30 | 836 | |
F120 | Production of Enzyme by White-Rot Fungus and Decolorization of Dye by Membrane Reactor Using Cultural Supernatant | membrane decolorization dye | S-30 | 820 | |
F121 | Development of Testing Method of Step-up Pressure Ultrafiltration Using Filter Equipped with One-Stage Reduction in Filtration Area | ultrafiltration specific cake resistance porosity | S-30 | 824 | |
Hall H | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Development of Intensified Reaction & Separation Systems and Computer-Aided Process Engineering> | |||||
(9:40–10:40) (Chair: Matsumoto H.) | |||||
H103 | Efficient determination of steady-state reactant concentrations in the highly-accurate calculation of sensitivities in reaction networks | Biochemical systems theory complex-step method steady-state sensitivity | S-41 | 157 | |
H104 | ********** | DFT calculation phenol zeolite | S-41 | 567 | |
H105 | Numerical flow analysis for a Taylor Vortex bioreactor system | Taylor vortex flow Turbulence transition Numerical Simulation | S-41 | 205 | |
(10:40–11:20) (Chair: Taniya K.) | |||||
H106 | Development of the liquid-liquid-extraction process stabilization technology in a bioplant | Liquid-Liquid dispersion Extraction Bioprocess | S-41 | 519 | |
H107 | Segment Modeling and Simulation for Prediction of Behavior of Layer Formation in Aqueous Two-Phase Flow | Simulation Method Flow Monitoring Aqueous Two-Phase Systems | S-41 | 391 | |
(11:20–12:00) (Chair: Horie T.) | |||||
H108 | [Keynote Lecture] Computer-Aided Technology for design of battery electrode | battery porous electrode observation | S-41 | 514 | |
(13:00–13:40) (Chair: Sakurai M.) | |||||
H113 | Membrane Reformer System for Hydrogen Production from Natural Gas | hydrogen production membrane reactor hydrogen separation membrane | S-41 | 50 | |
(13:40–15:00) (Chair: Kanaya K.) | |||||
H115 | Simulation of a power system combined binary¡¦heat pump cycle for using hot spring heat | combined cycle geothermal energy power generation system | S-41 | 604 | |
H116 | A Method for Adaptation of Mirror Plant Models to Dynamic Change in Tray Efficiency of Distillation Column | distillation dynamic simulation tray efficiency | S-41 | 561 | |
H117 | The knowledge management approach for process integration of distillation - reaction system | Process integration Separation reaction Knowledge management | S-41 | 650 | |
H118 | Intensification of Hollow Fiber Separation Process by Oscillatory Baffled Membrane Module | Oscillatory flow Membrane fouling Helical baffle | S-41 | 795 | |
(15:00–15:40) (Chair: Matsuda K.) | |||||
H119 | Measurement of physical properties for gas adsorption process using ionic liquid | ionic liquid gas adsorption physical properties | S-41 | 113 | |
(15:40–17:00) (Chair: Kawai H.) | |||||
H121 | Fast pyrolysis of oil palm residue using a fluidized bed reactor with six successive condensers for fractional collection of bio-oil | fast pyrolysis oil palm residue fluizided bed | S-41 | 732 | |
H122 | Periodic Operation for Hydrogenation of Alpha-methylstyrene in a Trickle Bed Reactor | Periodic operation Trickle bed reactor Mass-transfer | S-41 | 838 | |
H123 | Periodic Temperture Cycling Operation Using a Microreactor | Microreactor Process Intensification Periodic Operation | S-41 | 307 | |
H124 | Instability phenomena of Taylor-Couette Flow in Inhomogeneous Temperature Field | Taylor-Couette Flow Heat Convection Instability Phenomena | S-41 | 195 | |
Hall I | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Integration Engineering for Supporting Creation of Superior Scenarios> | |||||
(13:00–14:20) (Chair: Aoyama A., Bito K.) | |||||
I113 | A Scenario Analysis of Energy System Based on Integration Engineering | Technology roadmapping Simulation Workshop | S-40 | 730 | |
I115 | Challenges in the Pharmaceutical Industry and Creating Countermeasure Scenarios Using Integration Engineering | Pharmaceutical industry Process systems engineering Systems approach | S-40 | 420 | |
(14:20–15:40) (Chair: Shimada Y., Yamaguchi H.) | |||||
I117 | Integration Engineering for the Pharmaceutical Industry: Efficient Maintenance System of NIR Calibration Model Using IDEF0 | Business process modeling Near infrared spectroscopy Model maintenance | S-40 | 734 | |
I119 | Requirements Specification of Process Chemistry for Batch Processes | Process chemistry Batch process Recipe design | S-40 | 473 | |
(15:40–16:20) (Chair: Sugiyama H.) | |||||
General discussion | |||||
Hall J | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <The Cost Enginnering for Progress of the Globalization and Dcrease in Domestic Demands> | |||||
(13:00–14:00) (Chair: Kanaya M.) | |||||
J113 | Chemicalengineering and Costengineering:Viewpoint of Tecnical succession | Costengineering Chemicalengineering Technical succession | S-42 | 22 | |
J114 | Cost and Risk of Chemical Plant Construction in USA | USA Chemical Plant Cost | S-42 | 14 | |
J115 | The advance to Asian markets of domestic incineration plant makers | incineration plant globalization competitive | S-42 | 108 | |
(14:00–15:00) (Chair: Terasawa S.) | |||||
J116 | Cost management in project execution | Cost management Project | S-42 | 42 | |
J117 | On the economic evaluation in process design | economic evaluation process design operation cost | S-42 | 91 | |
J118 | Manufacture for global business | cost&project engineering competitive strategy alliance | S-42 | 28 | |
Hall K | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Biofilm engineering: Carving out a new era> | |||||
(13:00–15:00) (Chair: Terada A.) | |||||
K113 | Study on bacterionanofibers opening a door from biofilm engineering to biointerface engineering | biointerface bacterionanofiber microbial immobilization | S-3 | 482 | |
K116 | Biofilm and its visualization | Bacteria Biofilm cell-cell communication | S-3 | 485 | |
(15:20–17:00) (Chair: Hori K.) | |||||
K120 | The development of biofouling control techniques based on quorum quenching methods | quorum sensing quorum quenching biofouling | S-3 | 488 | |
K123 | Control of biofilm structure and activity by surface modification of materials | Biofilim control Graft polymerization Enzyme immobilization | S-3 | 502 | |
Hall L | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Gender Equality Committee -Gender Equality Committee- | |||||
17:00-19:30 | Exchange meeting | ||||
Hall M | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Materials and Process in Electronics> | |||||
(9:00–10:40) (Chair: Okamoto N., Kondo K.) | |||||
M101 | Analysis of Cu(I) Complexes in Copper Sulfate Electroplating Solution by Using Reaction Kinetics with a Chelate Reagent | Cu(I)-PEG complex Chelate reagent Bathocuproinedisulfonic acid disodium salt | S-13 | 959 | |
M102 | Kinetic Monte Carlo simulation of TSV filling | through silicon via kinetic Monte Carlo additives | S-13 | 146 | |
M103 | Copper(I) ion concentration's distributions of the inside of through holes while electrodepositing | through hole via copper electrodepositing | S-13 | 325 | |
M104 | Via filling electrodeposition- reaction and additives | Copper Electrodeposition Additive Reaction | S-13 | 90 | |
(10:40–12:00) (Chair: Ohtsuka K., Yokoi M.) | |||||
M106 | Diallylamine additive's effect on copper via filling | electrodeposition additive copper | S-13 | 40 | |
M107 | High Speed TSV Filiing by Using Cornic Via | TSV electro deposition Copper | S-13 | 173 | |
M108 | Effect of via bottom cuprous ion concentration on via filling electrodeposition current | Copper electrodeposition cuprous ion concentration current density | S-13 | 153 | |
M109 | Influence on the deposit reaction by monovalent copper and the additive in copper plating | RRDE copper deposition | S-13 | 175 | |
(12:40–14:20) (Chair: Kimizuka R., Ohnuki J.) | |||||
M112 | Resistivity Reduction in Nano-Scale Cu Wires Using High-Purity Electrolyte (Graduate School, Sci. and Tech., Ibaraki U.) Onuki Jin, | Cu Interconnects Electroplating Resistivity | S-13 | 565 | |
M114 | Acceleration of the copper electrodeposition reaction by small amount of Cl- Ions | electrodeposition additives copper | S-13 | 174 | |
M115 | Reduction of thermal expansion coefficient of electrodeposited copper for TSV | TSV Copper thermal expansion coefficient | S-13 | 111 | |
M116 | Copper Wire Transparent Conductive Film | Copper Electrodeposition Transparent | S-13 | 169 | |
(14:20–16:00) (Chair: Saito T., Sudo M.) | |||||
M117 | Polyimide film for electroless plating corresponding to desmear processing | polyimide desmear electroless plating | S-13 | 216 | |
M118 | Energy analysis and efficiency of the fuel cell | fuel cell energy analysis cell efficiency | S-13 | 115 | |
M119 | Sn film prepared by electrodeposition as negative electrode for Na-ion secondary batteries | Na-ion battery Sn electrodeposition | S-13 | 177 | |
M120 | Mechanism of hydrogen peroxide formation in PEMFC under operating condition | PEMFC hydrogen peroxide degradation | S-13 | 223 | |
M121 | Unsaturated and non-uniformly distributed water transport in the membrane for polymer electrolyte fuel cell. | PEFC water transport NWTC | S-13 | 275 | |
(16:00–17:20) (Chair: Takeuchi M., Marunaka M.) | |||||
M122 | Solubility behavior and crystal growth of GaN in super critical ammonia with doping metal | GaN ammonothermal solubility | S-13 | 612 | |
M123 | Optimal design of FPC made of porous PI | porous dielectric film | S-13 | 95 | |
M124 | Discussion about the improvement plan for discharge characteristics of electric double layer capacitor | Electric double layer capacitor porous electrode theory activated carbon electrode | S-13 | 251 | |
M125 | Effective factors on discharge capacity of rechargeable alkaline zinc-air battery | alkaline solution electrodeposition electrolyte flow | S-13 | 293 | |
Hall N | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Advanced technologies on energy conversion, storage, and utilization for sustainable society> | |||||
(13:00–14:00) (Chair: Kansha Y.) | |||||
N113 | Development of Oxygen Carrier and Process Design for Chemical Looping Process | Chemical Looping Process Calcium Ferrite | S-11 | 591 | |
N114 | Reduction kinetics and stability of CuO and NiO on perovskite supports in chemical looping systems | reduction kinetics perovskite chemical looping system | S-11 | 675 | |
N115 | Redox reaction mechanism of metal oxide for hydrogen storage systems | redox reaction chemical looping hydrogen storage | S-11 | 896 | |
(14:00–15:20) (Chair: Ohtomo J.) | |||||
N116 | Thermochemical recuperation of methane using high purity alumina tube ¡ÁIncrease in heating value and inhibit on of coke formation by CO2 reforming¡Á | CO$2$ reforming Thermochemical recuperation alumina | S-11 | 234 | |
N117 | Thermochemical recuperation of methane using high purity alumina tube ~Reforming reaction scheme combined gas phase and surface reactions~ | steam reforming thermochemical requperation alumina | S-11 | 235 | |
N118 | Effect of LED irradiation on the oxidative degradation of 1,4-dioxane utilizing Fenton reaction | Fenton reaction 1,4-dioxane LED irradiation | S-11 | 618 | |
N119 | Energy integration for industrial symbiosis in isolated island | heat to power ratio renewable resources unused energy | S-11 | 373 | |
(15:20–16:40) (Chair: Nakagaki T.) | |||||
N120 | Self-heat recuperation system by electrocaloric effect | self-heat recuperation electrocaloric effect ferroelectric material | S-11 | 630 | |
N121 | Evaluation of a Self-Heat Recuperative Thermal Process Based on Thermodynamic Irreversibility | Thermal Process Exergy Self-Heat Recuperation | S-11 | 54 | |
N122 | New regulatory requirements and technical countermeasures for safety improvement for commercial nuclear power plants | Nuclear safety Regulatory requirements Severe accident | S-11 | 451 | |
Hall O | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
(9:20–11:00) (Chair: Kobayashi T., Marumo K.) | |||||
O102 | Study of a Form at the Steam Generator in the Adsorption Steam Generation System Using Zeolite | Zeolite Adsorption heat pump Steam generator | S-25 | 632 | |
O103 | Enhancement of efficiency of adsorption heat pump steam generation by reducing blower power | heat pump packed bed pressure drop | S-25 | 572 | |
O104 | Study of growth behavior of carbon nano particle by sampling in furnace | carbonblack soot SMPS | S-25 | 504 | |
O105 | Effect of Kalium Addition in Continuous Regeneration Type PM Removal Device Using Fluidized Bed | PM Fluidized Bed Kalium | S-25 | 962 | |
O106 | A Numerical Simulation of PM Collection Characteristics in Fluidized Bed Type PM Removal Device | PM Fluidized Bed Adhesion Force | S-25 | 892 | |
(11:00–12:00) (Chair: Nakaso K.) | |||||
O107 | [Keynote Lecture]Combustion and Material Synthesis | Combustion Synthesis Energy Saving SiAlON | S-25 | 74 | |
O109 | Radiation Properties of Coal Char Particle Cloud | Radiation Coal Char Particles Extinction efficiency | S-25 | 9 | |
(13:00–13:40) (Chair: Saito Y.) | |||||
O113 | [Keynote Lecture]********** | natural convection heat transfer low pressure | S-25 | 76 | |
(13:40–15:20) (Chair: Hidema R., Aoki H.) | |||||
O115 | Numerical investigation of optimal conditions for growing compositionally homogeneous SiGe crystals by TLZ method under microgravity environment | SiGe crystal growth TLZ method Numerical simulation | S-25 | 241 | |
O116 | Normal spectral emissivity measurement of molten CuCo using an electromagnetic levitator superimposed with a static magnetic field | molten CuCo Electromagnetic levitation Normal spectral emissivity | S-25 | 583 | |
O117 | Numerical investigation for the effect of the relation between vortex and film shape on the direction of Marangoni convection in a thin film | Thin film Dynamics of vortex Marangoni effect | S-25 | 253 | |
O118 | Performance analyis of heat transfer in a compact-size plate-fin heat exchanger | Heat Exchanger Heat Transfer Computational Fluid Dynamics | S-25 | 749 | |
O119 | Heat Transfer Evaluation of Insulators in Outdoor for Henhouse Temperature Control | heat transfer heat insulating material | S-25 | 706 | |
(15:20–17:00) (Chair: Nagaosa R., Sugioka K.) | |||||
O120 | Kinematic viscosity of the new working liquid of the absorption refrigerator manufacturing the cold heat below zero degree C | Kinematic viscosity absorption refrigerator working liquid | S-25 | 671 | |
O121 | Investigation of Marangoni Convection in a Lithium Bromide Solution with Surfactants | Marangoni absorption surfactant | S-25 | 825 | |
O122 | Size Effect Model on Flow and Heat Transfer Characteristics of Latent Heat Slurries Treated with Surfactants | Latent Heat Transportation Friction Coefficient Heat Transfer | S-25 | 715 | |
O123 | Practical use technology of the absorption heat pump to a productive process using waste hot water | Absorption heat pump system Waste hot water Productive process | S-25 | 994 | |
O124 | Observation of nanoparticle behavior in water during microwave irradiation by DLS | microwave DLS nano-bubble | S-25 | 58 | |
Hall P | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Trend of extraction, ion-exchange and adsorption> | |||||
(10:00–11:00) (Chair: Shiomori K.) | |||||
P104 | Virus sensor materials using sugar cluster effect and ion exchange mechanism | radiation-induced graft polymerization Polymer brush The sugar chain cluster effect | S-32 | 877 | |
P105 | Functional materials for trimethylsilanol removal | Radiation-induced graft polymerization Trimethylsilanol Dimerization | S-32 | 916 | |
P106 | preparation of glyco-monolith and continuous flow adsorption of protein | monolith bioseparation glycopolymer | S-32 | 670 | |
(11:00–12:00) (Chair: Seto H.) | |||||
P107 | Development of molding method of activated carbon by using phenol-folmaldehyde carbon cryogels | carbon cryogel activated carbon molding | S-32 | 831 | |
P108 | Solid phase selective separation of Cu(II) by a surface Cu-imprinted adsorbent | Cu adsorbent separation | S-32 | 209 | |
P109 | Effect of uptake method on adsorption of organic acids and amino acids with layered double hydroxide | Layered double hydroxide Intercalation Organic anions | S-32 | 333 | |
(13:00–14:00) (Chair: Inaba Y.) | |||||
P113 | Development of New Hybrid VOCs Treatment Process using Activated Carbon and Electrically Heated Alumite Catalyst | VOCs treatment TSA Energy Saving | S-32 | 80 | |
P114 | Electrochemical approach for separation of vanadium and tungsten extracted from DeNOx catalysts | Vanadium species Electrolysis Ion-exchange resin | S-32 | 787 | |
P115 | Preparation of Ion-imprinted ESIX Film for the Removal of Metal Ions | Ion-imprint ESIX film metal ion separation | S-32 | 45 | |
(14:00–15:20) (Chair: Ohto K.) | |||||
P116 | Heavy Metals Removal from Model Acid Mine Drainage by Adsorption Using Indonesian Natural Zeolite | Indonesian Natural Zeolite Heavy Metals Adsorption Acid Mine Drainage | S-32 | 750 | |
P117 | Synthesis of chitosan derivative immobilized citric acid and its selective adsorption for rare metals. | citric acid chitosan derivative rare metal | S-32 | 957 | |
P118 | Development of strontium sorbents as column packings made of crown ether-NIPA gel | strontium sorbent crown ether | S-32 | 873 | |
P119 | Practical aspects of continuous counter-current foam separation of gallium | foam separation gallium industrial wastes | S-32 | 784 | |
(15:20–16:20) (Chair: Uezu K.) | |||||
P120 | Extraction of succinic acid with aqueous two-phase system using ionic liquids | Extraction Ionic liquid Succinic acid | S-32 | 484 | |
P121 | Solvent extraction behavior of platinum group metal ions with methylamide type of trident molecule | platinum group metal trident molecule amide group | S-32 | 507 | |
P122 | Selective solid phase extraction of lithium on trialkyl-monoacetic acid type calix[4]arene impregnated resin | metal extraction lithium recognition calixarene | S-32 | 575 | |
Hall Q | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Recent progress of membrane technologies and processes> | |||||
(9:00–10:00) (Chair: Kamio E.) | |||||
Q101 | Development of novel water vapor permselective membrane via pore-filling technique | Ventilator system Pore-filling membrane Water vapor / CO2 permselectivity | S-33 | 366 | |
Q102 | Evaluation of ion adsorption membrane prepared by using nanofiber as a matrix | functionalized membrane nanofiber ion adsorption | S-33 | 988 | |
Q103 | Permeation properties of cellulose acetate composite membranes containing cyclodextrins | cyclodextrin cellulose acetate composite membrane | S-33 | 993 | |
(10:00–11:00) (Chair: Yoshioka T.) | |||||
Q104 | Fabrication of a tough ion-gel film with excellent CO2 permeability (Grad. Sch. of Eng. Kobe U./MaF Tech. Ctr.) Yasui Tomoki, | CO2 separation membrane Ion-gel interpenetrating polymer network structure | S-33 | 595 | |
Q105 | Effect of HI-I2-H2O mixture concentration on H+ permeability of ion-exchange membrane | Ion-exchange membrane Hydriodic acid Proton permeability | S-33 | 602 | |
Q106 | Molecular modeling of transport mechanism of negative ion in hydrocarbon type polymer electrolyte | Alkaline fuel cell Molecular simulation Polymer | S-33 | 423 | |
(11:00–12:00) (Chair: Ohashi H.) | |||||
Q107 | Effects of the structure of inorganic porous hollow fiber membrane on CO2 desorption rate in a membrane flash process | chemical absorption pressure reduction CO2 stripping | S-33 | 528 | |
Q108 | Alternative CO2 capture by an electrochemical method (International Inst. Carbon-Neutral Energy Res. (I2CNER), Kyushu U.) Taniguchi Ikuo, | CO2 capture membrane electrodialysis | S-33 | 117 | |
Q109 | Development of high porosity porous polyimide production process | porous flexible film | S-33 | 96 | |
(13:00–14:00) (Chair: Takaba H.) | |||||
Q113 | Micropore Filling Phase Permeation of a Condensable Vapor in Silica Membranes: A Molecular Dynamics Study | silica membrane gas permeation micropore filling | S-33 | 59 | |
Q114 | Effect of pore surface properties on liquid phase permeation characteristics in nano-pores : Molecular dynamics study | molecular dynamics nanofiltration viscous flow | S-33 | 262 | |
Q115 | Development of hydrogen-selective silica membrane and its application for ethane dehydrogenation reaction | Silica membrane Defect-free Membrane reactor | S-33 | 747 | |
(14:00–15:00) (Chair: Akamatsu K.) | |||||
Q116 | Effects of carbon precursors on gas permeations characteristics of reactive thermal CVD Carbon-SiO2 membranes | CVD carbon gas permeation | S-33 | 265 | |
Q117 | Hydrogen separation from organic chemical hydrides using carbon hollow fiber membranes | Carbon membrane Hydrogen separation Organic chemical hydrides | S-33 | 977 | |
Q118 | Amorphous carbon molecular sieve membranes prepared by plasma-enhanced CVD | plasma-enhanced CVD amorphous carbon membrane molecular sieve membrane | S-33 | 271 | |
(15:00–16:00) (Chair: Yoshimune M.) | |||||
Q119 | Preparation and characterization of thermally stable SiOC membranes derived by hydrosilylatioln | hydrosilylation thermal stability hydrogen separation | S-33 | 274 | |
Q120 | Influence of hydrophobic functional groups for separation performance of hydrophobic silica membranes | Pervaporation Hydrophobicity Silica | S-33 | 895 | |
Q121 | Preparation of metal doped organic-inorganic hybrid membranes for C3H6/C3H8 separation | sol-gel method organic-inorganic hybrid membrane metal doped | S-33 | 329 | |
(16:00–17:00) (Chair: Seshimo M.) | |||||
Q122 | (withdrawn) | 100 | 937 | ||
Q123 | Organosilica membranes derived from bridged alkoxides with different organic linking units: permeation properties and new type coating fabrication. | organosilica membranes permeation properties bridged alkoxides | S-33 | 486 | |
Q124 | Mass transfer characteristic in forward osmosis membrane for concentration of latex particles | Latex Particles Forward Osmosis Membrane Separation | S-33 | 698 | |
Hall R | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Elemental Technogoies in the Energy-Saving Distillation Process> | |||||
(9:20–10:00) (Chair: Mori H.) | |||||
R102 | Process performances of modified Petluk distillation Column | Petlyuk column Industrial opereation Distillation | S-31 | 573 | |
(10:00–11:00) (Chair: Matsuda K.) | |||||
R104 | Selection and Optimum Design for Petlyuk-type Distillation Processes | Distillation Process Energy Saving Process Design | S-31 | 657 | |
R105 | Development of method and device for optimum scheme of Heat Integrated Distillation Column | HIDiC Distillation Energy Saving | S-31 | 152 | |
(11:00–12:00) (Chair: Mori H.) | |||||
R107 | Dehydration of bioethanol by means of HIDiC and azeotropic distillation | HIDiC distillation Azeotropic distillation Bioethanol | S-31 | 26 | |
R108 | Design of Energy Saving Separation Process Based on Exergy | energy saving separation distillation exergy | S-31 | 114 | |
Hall S | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Innovative Challenges of Chemical Reaction Engineering Contributing to Resources, Energy and Environmental> | |||||
(9:40–11:00) (Chair: Nii S.) | |||||
S103 | Preparation of emulsion using sequential sonication | Acoustic emulsification Sequential sonication Droplet distribution | S-35 | 378 | |
S104 | Ultrasonic effect on preparation of iron oxide (Okayama U. Guraduate school of environmental and life Sci.) Koizumi H., | Ultrasonic Iron oxide | S-35 | 578 | |
S105 | Effect of Ultrasonic Irradiation on Behavior of Silica Polymerization in Geothermal Water | Ultrasound Geothermal water Polymerization | S-35 | 243 | |
S106 | Sonochemical reactor with high efficiency using asymmetric transducers | Ultrasound Reactor Asymmetric transducer | S-35 | 619 | |
Symposium <Poster session for chemical reaction engineering> | |||||
(11:00–12:00) (Chair: Oumi Y.) | |||||
ZB1P01 | Preparation of Lithium-doped zinc oxide thin films by low pressure CVD method | CVD thin film zinc oxide | S-36 | 776 | |
ZB1P02 | Preparation of Li-doped ZnO thin film using the APCVD method | CVD Ferroelectric Thin film | S-36 | 783 | |
ZB1P03 | Different solvent effects on the hydrogenation of acetophenone over Rh catalysts | hydrogenation supported metal catalyst water solvent | S-36 | 85 | |
ZB1P04 | Propane oxidative dehydrogenation over hydroxyapatite catalysts synthesized from biominerals | propane oxidative dehydrogenation propylene hydroxyapatite catalyst | S-36 | 969 | |
ZB1P05 | Support of metals on hydroxyapatite for use as a catalyst for hydrogen generation | hydrogen generation metal supported catalyst hydroxyapatite | S-36 | 905 | |
ZB1P06 | Tolerance property to carbon deposition of Ni/YSZ anode catalyst for methane internal reforming SOFC | steam reforming SOFC carbon deposition | S-36 | 788 | |
ZB1P07 | Effect of preperation condition controlling of Ni-based structured catalyst on methane dry reforming property | structured catalyst dry reforming electroless plating | S-36 | 797 | |
ZB1P08 | Manufacturing lower olefin by catalytic conversion of vegetable oil | zeolite catalytic conversion olefin | S-36 | 989 | |
ZB1P09 | Investigation on hydrothermal conversion of molasses | molasses hydrothermal conversion biomass | S-36 | 992 | |
ZB1P10 | High efficiency fabrication of edge-controlled nanographene by catalytic oxidation in supercritical water | Graphene Supercritical water oxidation Catalytic oxidation | S-36 | 524 | |
ZB1P11 | The decomposition behavior and structure changes of microcrystalline cellulose in subcritical water | subcritical water cellulose structure change | S-36 | 845 | |
ZB1P12 | Decomposition of Coffee Residue by Supercritical-Subcritical Methanol | Coffee residue Methyl ester Methanol | S-36 | 687 | |
ZB1P13 | Decomposition of Lignin by Hot-Compressed Water | Decomposition Lignin Hot-Compressed Water | S-36 | 884 | |
ZB1P14 | Photocatalytic degradation of chlorophenols over titania | photocatalysis titania chlorophenols | S-36 | 570 | |
ZB1P15 | Development of compact gas-liquid separator and evaporative concentrator with micro-channel | micro-channel gas-liquid separation evaporative concentration | S-36 | 198 | |
ZB1P16 | Effects of ultrasonic stimulation on release of internal dyes from Pluronic micelles | Ultrasonic stimulation Release Pluronic micelle | S-36 | 380 | |
ZB1P17 | Ultrasound Process Development for Production of alpha-ZrP Nanofragments | Ultrasound process Layered compound Fragmentation | S-36 | 748 | |
ZB1P18 | Conversion of CO2 to nano carbon by plasma electrolysis | Carbon dioxide carbon plasma | S-36 | 355 | |
ZB1P19 | Development of decomposition technology of model pharmaceutical compounds in water by advanced oxidation process | Advanced oxidation process Pharmaceutical compounds decomposition | S-36 | 899 | |
ZB1P20 | Development of microwave-irradiated crystallization utilizing minute bubbles | microwave crystallization minute bubbles | S-36 | 940 | |
ZB1P21 | Catalytic properties of nano-crystallized composite base metal oxide prepared by arc-plasma deposition | Arc-plasma composite base metal oxide nanoparticle | S-36 | 127 | |
ZB1P22 | Electrochemical reduction of carbon dioxide to hydrocarbon at copper single crystal electrodes | Electrochemical reduction Carbon dioxide Single crystal electrode | S-36 | 250 | |
Symposium <Innovative Challenges of Chemical Reaction Engineering Contributing to Resources, Energy and Environmental> | |||||
(15:00–15:40) (Chair: Nishiyama S.) | |||||
S119 | Application of Computational Chemistry to Hydrogen and Fuel Cell Related Technologies | Computational Chemistry Fuel Cell Hydrogen | S-35 | 601 | |
(15:40–16:20) (Chair: Sato K.) | |||||
S121 | Introduction of AIST Fukushima Renewable Energy Institute and renewable energy technologies for the future | renewable energy hydrogen carrier | S-35 | 818 | |
(16:20–17:00) (Chair: Higashi E.) | |||||
S123 | Simulation Technology for Clinker Burning Process | Cement Clinker Simulation Rotary kiln | S-35 | 520 | |
Hall T | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Developments toward the Technological Innovation in Sub- and Supercritical Fluids> | |||||
(9:40–11:00) (Chair: Aizawa T.) | |||||
T103 | Formation of "vespula-like" structure by the foaming of Polymer/Carbon Dioxide/silicon alkoxide Ternary System | foam supercritical carbon dioxide silica aerogel | S-7 | 292 | |
T104 | Investigation of the foaming structure of the polymer with high pressure nitrogen | foaming nitrogen polymer | S-7 | 544 | |
T105 | Preparation of conductive cotton fibers using supercritical carbon dioxide | cotton fiber complex electroless copper plate | S-7 | 242 | |
T106 | Development of coating technique of nano particle using supercritical carbon dioxide | Supercritical carbon dioxide Coating Nano particle | S-7 | 503 | |
(11:00–11:20) (Chair: Nakamura S.) | |||||
T107 | Effects of crystallizer types on the particle production of theophylline by the supercritical antisolvent (SAS) crystallization in micro-space | Supercritical antisolvent crystallization Micro-space Theophylline microparticles | S-7 | 955 | |
(13:00–14:00) (Chair: Nakamura S.) | |||||
T113 | Development of reduced cholesterol foods using supercritical carbon dioxide extraction | supercritical carbon dioxide extraction egg yolk reduced cholesterol | S-7 | 443 | |
T115 | A combined supercritical drying/heating method for one-pot synthesis of TiO2 photocatalyst | TiO2 photocatalyst supercritical CO2 drying calcination | S-7 | 724 | |
(14:00–15:00) (Chair: Yoda S.) | |||||
T116 | Study on deposition of fluorinated polyimide inside of microscopic space using supercritical carbon dioxide | supercritical carbon dioxide deposition fluorinated polyimide | S-7 | 523 | |
T117 | Synthesis of fluorinated polymer particles in supercritical carbon dioxide | supercritical carbon dioxide high water-shedding polymer synthesis | S-7 | 571 | |
T118 | Oxidation Reaction of Limonene in Supercritical Carbon Dioxide | supercritical carbon dioxide limonene oxidation | S-7 | 885 | |
(15:00–16:00) (Chair: Fujii T.) | |||||
T119 | Supercritical extraction of functionality component from buttermilk using carbon dioxide | supercritical extraction buttermilk | S-7 | 203 | |
T120 | Extraction of cesium using supercritical carbon dioxide and chelating agent | supercritical carbon dioxide extraction cesium | S-7 | 762 | |
T121 | Enantiomeric separation of trans-stilbeneoxide using supercritical fluid chromatography | supercritical fluid enantiomeric separation chromatography | S-7 | 858 | |
(16:00–17:00) (Chair: Tsuji T.) | |||||
T122 | Kinetic Analysis of Continuous Hydrothermal Synthesis of Metal Oxide nanoparitcles | nanoparticles hydrothermal synthesis kinetics | S-7 | 184 | |
T123 | Fabrication of Nanocomposite Thermal Insulating Materials via Foam Extrusion of Poly(lactic acid)-Silicon¡¡Alkoxide-CO2 ternary system | Poly(lactic acid) Nanocomposite foam High Pressure Phase Equilibrium | S-7 | 508 | |
T124 | Effectiveness of solid co-solvents effects on the production of theophylline nanoparticles using the rapid expansion of supercritical solutions (RESS) technique | RESS-SC technique Theophylline nanoparticle production Solid co-solvents effects | S-7 | 961 | |
Hall U | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Frontier of Physical Properties in Sub- and Supercritical Fluid> | |||||
(10:00–10:40) (Chair: Machida H.) | |||||
U104 | Measurement and correlation of diffusion coefficients for metal complexes in supercritical and in liquid conditions | diffusion metal complex supercritical | S-8 | 606 | |
U105 | Coacervation Microencapsulation with pH-Switchable Polymer by Pressure-Induced Phase Separation of CO2 Solutions | carbon dioxide polymer encapsulation | S-8 | 574 | |
(10:40–11:20) (Chair: Takishima S.) | |||||
U106 | Phase Behavior of CO2/Silicon alkoxide/Polymer systems | Phase Equilibrium Supercritical fluid Polymer | S-8 | 276 | |
U107 | Effects of the Solid co-Solvent on the Melting Point Depression of Organic Substances | effect of the solid co-solvent melting point depression carbon dioxide | S-8 | 534 | |
(11:20–12:00) (Chair: Matsuda H.) | |||||
U108 | Search and Thermophysical Property Measurements of Clathrate Hydrates Suitable for Carbon Capture (Keio U., Graduate School of Sci. and Tech.) Ohmura Ryo | clathrate hydrates characterization crystal growth | S-8 | 442 | |
(13:40–14:40) (Chair: Ko S.) | |||||
U115 | Glass Transition Temperatures of CO2+Pharmaceutical excipient Systems | glass transition temperature carbon dioxide polymer | S-8 | 581 | |
U116 | Effects of polymorph on solubility of theophylline in supercritical carbon dioxide | Supercritical carbon dioxide Solubility Polymorph effects | S-8 | 975 | |
U117 | Measurement and prediction of multicomponent adsorption equilibria of VOCs under supercritical carbon dioxide conditions | Supercritical carbon dioxide Adsorption Prediction | S-8 | 44 | |
Student awards ceremony | |||||
Hall V | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Frontiers of Fuel Cells, Solar Cells, Batteries and Other Device Technologies for Future Energy Systems -Materials, Processing and Systems Approach-> | |||||
(9:40–11:00) (Chair: Matsuzaki Y.) | |||||
V103 | Citation Network Analysis of Literature of Fuel Cell, Battery and Related Technologies | Citation Network Analysis Fuel Cell Battery | S-9 | 214 | |
V104 | Effect of particle size of La0.85Sr0.15Cr1-XNiXO3-CeO2 anode for SOFC | Solid oxide fuel cell Anode Perovskite | S-9 | 998 | |
V105 | Improvement of thermal durability and power density of SOFCs by preparing nano particles fabricated by pulsed laser deposition methods. | SOFC PLD LSC | S-9 | 876 | |
V106 | Conductive Characteristics and Power Generation of Electrolyte Material Pr2-xBa1+xSc2O7 with Ruddlesden-Popper Structure for Solid Oxide Full Cells | Full cell ionic conductivity electrolyte | S-9 | 222 | |
(11:00–12:00) (Chair: Tsukui S.) | |||||
V107 | Power generation characteristics¡¡of a small DCFC | DCFC direct carbon fuel cell carbonate | S-9 | 624 | |
V108 | Evaluation of dependency of fuel supply frequency and temperature characteristic in Pulse Jet-Rechargeable Direct Carbon Fuel Cell | SOFC direct carbon isooctane | S-9 | 640 | |
V109 | Relationship between electrode degradation by sulfur compounds and the fuel supply interval time in Pulse Jet - Rechargeable Direct Carbon Fuel Cell | fuel cell SOFC isooctane | S-9 | 641 | |
(13:00–14:20) (Chair: Kikuchi R.) | |||||
V113 | The influence of mass transfer in fuel column and reactivity to power generation characteristic of Rechargeable solid carbon fuel cell (RSCFC) | SOFC DCFC CB | S-9 | 631 | |
V114 | Evaluation of system configurations for light integration of gasification and fuel cell | solid oxide fuel cell coal gasification Aspen plus | S-9 | 566 | |
V115 | Process simulation of multistage fuel supply module applied SOFC for improving system efficiency | SOFC Process Analysis Multistage fuel supply | S-9 | 891 | |
V116 | Chemical reaction coupled with surface diffusion near triple phase boundaries of solid oxide fuel cell | solid oxide fuel cell microkinetic model triple phase boundary | S-9 | 652 | |
(14:20–15:20) (Chair: Fukunaga H.) | |||||
V117 | High speed deposition of YSZ electrolyte thin film by pulsed laser deposition method | SOFC YSZ electrolyte PLD | S-9 | 780 | |
V118 | Geometrically and chemically microstructural control and power generation characteristics in semiconductor-sensitized solar cell (TiO2/Sb2S3/CuSCN) | solar cell SSSCs microstructure | S-9 | 629 | |
V119 | Influence of Localized Surface Plasmons on the Light Absorbance of the Photo-Active Layer of Organic Solar Cells and the Cell Performance | organic solar cells nanoparticles localized surface plasmon | S-9 | 974 | |
(15:20–16:20) (Chair: Sugiyama M.) | |||||
V120 | [Invited Lecture]Printable solar cells for next generation -Perovskite solar cells with controlled passivation interfaces for enhancing efficiency | tentative tentative tentative | S-9 | 1013 | |
(16:20–17:00) (Chair: Ohtomo J.) | |||||
V123 | Nanoparticles Seeded Single-Crystal Si nanowires Growth with Diameter Control Mechanism | silicon nanowires growth | S-9 | 722 | |
V124 | Optical Properties of Porous Si / Metal Nanoparticle Composites and their Performance as Solar Cells | Porous Si Metal nanoparticle Solar cell | S-9 | 909 | |
Hall W | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Symposium of the Division of Materials Engineering and Interfacial Phenomena: Cutting-edge research of Materials Processing and Interfacial study> | |||||
(9:00–10:00) (Chair: Kobayashi Y.) | |||||
W101 | Syntheses of luminescent, mesoporous silica particles using monodisperse cores | luminescence mesoporous silica particle core-shell structure | S-14 | 220 | |
W102 | Development of single nano-sized metal particle manufacturing technology using gas-phase evaporation method. | nano particle | S-14 | 314 | |
W103 | A One-Pot Synthesis of Hollow Mesoporous Organosilica Nanoparticles | Hollow Nanoparticles Organosilica Buffer Solution | S-14 | 793 | |
(10:00–11:00) (Chair: Watanabe S.) | |||||
W104 | Control over porous silica particles incorporating Au nanoparticles for highly catalytic activities. | gold nanoparticle porous silica nanocatalyst | S-14 | 579 | |
W105 | Spontaneous formation of nanometer-thick coating of organic silica on the surface of nano-sized magnetite particles in stable dispersion in amphiphilic amine | organic silica amine hydrophobic nanoparticle | S-14 | 902 | |
W106 | Development of Au/SiO2 Composite Nanoparticles for Imaging of Medical Diagnosis | Au silica-coating nanoparticle | S-14 | 190 | |
(11:00–12:00) (Chair: Yamauchi N.) | |||||
W107 | Control over assemblies of anisotropic composite particles using nanoparticle fluid | array structure anisotropic particles nanoparticle fluid | S-14 | 123 | |
W108 | Formation of Conductive Network Structures of Gold Nanoparticles by Convective Self-Assembly with Liquid-Level Manipulation | Self Assembly Grid Pattern Transparent Conductive Film | S-14 | 556 | |
W109 | Decrease in metal-metal bonding temperature using copper oxide nanoparticles | Copper oxide low-temperature metal-metal bonding | S-14 | 185 | |
(13:00–14:00) (Chair: Nakagawa K.) | |||||
W113 | Preparation of metal oxide nanosheets from metal alkoxides by use of graphene oxide templates | Graphene Metal Oxide Nanosheets | S-14 | 324 | |
W114 | Laser synthesis of transparent conductive Carbon thin film | Laser Carbon Film | S-14 | 661 | |
W115 | Fabrication of highly refractive, thermal resistive nanocomposite films | Nanoparticle refractive index Polymer Thin Film | S-14 | 537 | |
(14:00–15:00) (Chair: Inasawa S.) | |||||
W116 | Effect of oxygen inhibition on 3D UV printing process | UV cure 3D printer simulation | S-14 | 97 | |
W117 | Electric Generation Characteristics of Dye-Sensitized Solar Cells Using Layered Titanate Nanosheets with A Lamellar Structure | dye-sensitized solar cell nanosheet layered titanate | S-14 | 353 | |
W118 | Preparation of ZnO semiconductor thin films by wet process | ZnO thin films sol-gel | S-14 | 349 | |
(15:00–16:00) (Chair: Tsuji Y.) | |||||
W119 | Unidirectional migration of two-dimensionally embedded nanoparticles in polymer nanocomposite film by thermal annealing | polymer nanocomposite Unidirectional migration thermal annealing | S-14 | 729 | |
W120 | Construction of a particle-solvent-solute coupled model for drying and concentration process of particle dispersed solution | drying simulation dispersion solute adsorption | S-14 | 101 | |
W121 | Appearance of Hyper Swollen Lamellar Phase by Addition of the Hydrophobic Organic Molecule | hyper swollen lamellar phase self-assembly carbon nanosheet | S-14 | 539 | |
(16:00–17:00) (Chair: Shinto H.) | |||||
W122 | Molecular pattering on substrate through microsphere templating and formation of ordered porous structure | microsphere templating Molecular pattering ordered porous structure | S-14 | 407 | |
W123 | Creation of Functional Materials by using Crystalline SupraMolecule Interaction of Side Chain Crystalline Bulock Copolymer | Supramolecular Interaction Side Chain Crystal Functional material | S-14 | 162 | |
W124 | The Mechanism for the Generation of Micron Fibers from a Colloidal Suspension under Reduced-Pressure Drying | self-organization drying colloidal micron fibers | S-14 | 742 | |
Hall X | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Symposium by Division of Environment> | |||||
(10:20–11:20) (Chair: Murayama N.) | |||||
X105 | Degradation of chlorinated organic compounds with mixed particles of iron/iron sulfide or iron disulfide in tubular flow reactor | zero-valent iron tubular flow degradation | S-17 | 82 | |
X106 | Synthesis of alginic acid/PVA gel and its organic adsorption properties | Alginic acid Polyvinyl alcohol gel | S-17 | 874 | |
X107 | Examination of successive treatment of antibiotic-containing wastewaters using organoclay-packed columns | Hospital wastewater Antibiotics Successive treatment | S-17 | 122 | |
(11:20–12:00) (Chair: Sagehashi M.) | |||||
X108 | [Keynote Lecture]Exploring chemical structure of trace unknowns by high resolution/accurate | Agrochemical chlorination mutagen | S-17 | 928 | |
(13:00–14:00) (Chair: Kubota M.) | |||||
X113 | Examination of rate controlling factor on chemical etching of silicon solar cell | silicon solar cell recycling chemical etching | S-17 | 15 | |
X114 | Evaluation of energy balance in a plant factory with a freezing container | complete control-type plant factory solar battery carbon balance | S-17 | 518 | |
X115 | Life cycle assessment of pig farming system incorporated with dry thermophilic anaerogic digestion and forage rice cultivation | Life cycle assessment Dry thermophilic anaerobic digestion Forage rice | S-17 | 459 | |
(14:00–15:00) (Chair: Kato Y.) | |||||
X116 | Effects of Fe2O3 on dissolution rate of CaO particle into CaO-Al2O3-SiO2 molten slag | molten slag free-CaO | S-17 | 817 | |
X117 | Evaluation of chlorine in waste plastic behavior in CaCO3 calcination process | CaCO3 calcination waste plastics chlorine | S-17 | 39 | |
X118 | Detection of particulate matter in air using metal mesh device | metal mesh device PM2.5 band-pass filter | S-17 | 192 | |
(15:00–16:00) (Chair: Asanuma M.) | |||||
X119 | Evaluation of the suspended particulate matter removal process with steam condensation and ultrasonic atmization | Ultrasonic atomization Suspended particulate matter Dust collection efficiency | S-17 | 668 | |
X120 | Characteristics of decomposition and mineralization of malodorous substance with packed bed type non-thermal plasma reactor | non-thermal plasma acetaldehyde packed bed reactor | S-17 | 812 | |
X121 | Influence of the characteristics of the atmospheric pressure non-equilibrium plasma on the decomposition rate of CF4 | CF4 plasma decomposition | S-17 | 681 | |
(16:00–17:00) (Chair: Takahashi N.) | |||||
X122 | CO2 recovery evaluation of novel amine absorbent | CO2 recovery amine absorbent CCS | S-17 | 956 | |
X123 | Oxidative degradation mechanisms of alkanolamine | Amine Carbon dioxide Oxidative degradation | S-17 | 468 | |
X124 | Arid land afforestation for CO2 fixation - Evaluation of water harvesting methods using simulators - | Arid land afforestation CO2 fixiation Simulation | S-17 | 496 | |
Hall Y | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Cutting Edge of Biochemical Engineering (Poster Session with Flash Presentation)> | |||||
(9:00–10:00) (Chair: Kawabe Y.) | |||||
ZA1P01 | A culture system using genetically engineered feeder cells for maintaining undifferentiated state of pluripotent stem cells | E-cadherin Pluripotent stem cell Feeder cell | S-1 | 159 | |
ZA1P02 | Expansion of human iPS cells in a lumen of hollow fibers under various culture conditions. | iPS cells three dimensional culture hollow fiber | S-1 | 699 | |
ZA1P03 | Transcriptome analysis of chicken blastodermal cells for establishment of pluripotent stem cells (Grad. Sch. Sys. Life Sci., Kyushu U.) Yamada Takuya, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Fukumaru Shiho, (Grad. Sch. Sys. Life Sci., Kyushu U.) Shiiba Nodoka, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Kawabe Yoshinori, | pluripotent stem cells chicken blastodermal cells transcriptome analysis | S-1 | 163 | |
ZA1P04 | Image-based analysis for screening of chemical compounds regulating the potentials of mesenchymal stem cells | cell morphology drug discovery mesenchymal stem cell | S-1 | 464 | |
ZA1P05 | Development of growth factor-immobilizable tissue-engineered tubular scaffold | tissue-engineered tubular scaffold bile duct growth factor | S-1 | 371 | |
ZA1P06 | Influence of elastic substrate on pluripotency in mesenchymal stem cells | substrate elasticity Muse cell cell culture | S-1 | 549 | |
ZA1P07 | Regulation of osteoclast differentiation using signalobody | chimeric receptor differentiation osteoclast | S-1 | 921 | |
ZA1P08 | An approach for hepatic differentiation of human iPS cells in a three | iPS cells hepatic differentiation hollow fiber | S-1 | 700 | |
ZA1P09 | Effect of low-molecular drugs on contractile force generation of artificial skeletal muscle constructs. (Dep.Chem.Eng. ,Fac.Eng., Kyushu U.) Imada Ryusuke, | Low-molecular drugs Contractile force Skeletal muscle | S-1 | 267 | |
ZA1P10 | The effect of inserted human mesenchymal stem cell on vascular endothelial cell behavior in multi-layered myoblast sheet | cell sheet habitation endothelial cell network | S-1 | 653 | |
ZA1P11 | Profiling of cell morphology for cell quality control using image analysis (Dept. Biotech., Grad. Sch. Eng., Nagoya U.) Sasaki Hiroto, (Dept. Basic Med. Sci., Grad. Sch. Pharm. Sci., Nagoya U.) Okada Norihiro, | Image analysis Cell quality control Stem cells | S-1 | 232 | |
ZA1P12 | Cell image analysis for effective nerve growth factor stimulating compound | Cell image analysis Drug Screening Nerve Growth Factor | S-1 | 515 | |
ZA1P13 | Regulation of proliferation and differentiation of a myeloid cell line by antigen-responsive signalobodies | chimeric receptor antibody myeloid cell line | S-1 | 658 | |
ZA1P14 | Decellularized brain-derived ECM aimed at neural tissue engineering | brain ECM decellularization neural tissue engineering | S-1 | 368 | |
ZA1P15 | Pysiological state recognition of fermentation process based on olfactory information processing system (Graduate School of Natural Sci. and Tech., Kanazawa U.) Tanaka Shunsuke, (Col. Sci. and Eng., Kanazawa U.) Takiguchi Noboru, | Olfactory system Pysiological state Neuralnetwork | S-1 | 580 | |
ZA1P16 | Analysis of neural response concerning taste preference in Aplysia central nervous system by voltage sensitive dye imaging | optical imaging neural network taste | S-1 | 417 | |
ZA1P17 | Development of the system for selective concentration of red blood cells using microfluidics | blood cell separation hydrodynamic filtration microfluidics | S-1 | 919 | |
ZA1P18 | Effect of internal filtration rate of high flux dialyzer in hemodialysis (Department of Clinical Eng. Tokyo Women's Medical U.) Sakiyama Ryoichi, | internal filtration rate hemodiafiltration High flux dialyzer | S-1 | 752 | |
ZA1P19 | Basic study of tissue-engineered in vitro peritoneal model | Peritoneal Dialysis permeability in vitro model | S-1 | 628 | |
ZA1P20 | Efficacy of calcium salt of hyaluronic acid grafted with poly(acrylic acid) for preventing peritoneal adhesions | hyaluronic acid graft polymerization adhesion-preventing material | S-1 | 348 | |
ZA1P21 | Basic study on tissue-engineered vascular graft derived from heparin-conjugated material (Department of chemical Eng. Kyushu U.) Gau Hiroaki, | tissue engineering heparin endothelialization | S-1 | 361 | |
ZA1P22 | Therapeutic Effects of Cationic Hybrid Liposomes for Human Colorectal Cancer (Div. of Applied Life Sciences, Sojo U.) Motomura Muneaki, | antitumor effect cationic hybrid liposome colorectal cancer | S-1 | 335 | |
ZA1P23 | Glucose oxidation operation using liposome clusters with controlled dispersibility based on gas-liquid flow | clustered liposomes glucose oxidase airlift bubble column | S-1 | 284 | |
ZA1P24 | Therapeutic Effects of Hybrid Liposomes with Anti-angiogenic Activity in Breast Tumors (Div. of Applied Life Sciences, Sojo U.) Kikumoto Arisa, | antiangiogenesis effect hybrid liposome breast cancer | S-1 | 336 | |
ZA1P25 | Development of transcutaneous cancer immunotherapy by using Solid-in-Oil nanodispersion | transcutaneous immunization cancer vaccine nanodispersion | S-1 | 457 | |
ZA1P26 | Trial of vascular network construct within HepG2 spheroids using microwell chip culture | spheroid vascular network micro-well chip | S-1 | 297 | |
ZA1P27 | Study of vascular construction in the Organoid Culture by Fetal Mouse Kidney | vasculogenesis angiogenesis metanephros | S-1 | 964 | |
ZA1P28 | Liver tissue constructs with angiogenesis by hybrid organoid transplantation (Department of Chemical Eng., Kyushu U.) Ye Jingjia, | hepatocyte trasnplantation hybrid organoid | S-1 | 120 | |
ZA1P29 | Circulation cell culture in decellularized liver | Liver Circulation cell culture Decellularized liver | S-1 | 934 | |
ZA1P30 | Basic study on the evaluation of liver substitute by blood extracorporeal circulation system with fulminant hepatic failure rat | Liver Blood extracorporeal circulation system Fulminant hepatic failure rat | S-1 | 943 | |
(10:00–11:00) (Chair: Miyanaga K.) | |||||
ZA1P31 | Assembly of cell sheet tissue by spheroid fusion | HepG2 spheroid Spheroid fusion Cell sheet | S-1 | 305 | |
ZA1P32 | Effect of interactions between embryoid bodies on the properties of mouse ES cells | ES cells Embryoid body micropatterning culture | S-1 | 300 | |
ZA1P33 | In vitro expansion of mouse ES cells using a hollow fiber bioreactor. | embryonic stem cell hollow fiber large scale cultivation | S-1 | 725 | |
ZA1P34 | Development of cell-based hypoxia responsive sensor | hypoxia cell-based sensor tissue engineering | S-1 | 158 | |
ZA1P35 | Artificial activation of signaling molecules by heterodimerization of motif-modified artificial receptors | signal transduction | S-1 | 646 | |
ZA1P36 | Artificial reconstitution of c-mpl signaling by using tyrosine motifs | signal transduction motif engineering chimeric receptor | S-1 | 958 | |
ZA1P37 | Effects of oleic acid on murine macrophage dysfunction | Macrophage Oleic acid Cancer | S-1 | 141 | |
ZA1P38 | Oral immunotherapy for Japanese cedar pollenosis using MHC-allergen epitope fusion protein produced by genetically manipulated chickens (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Obata Reina, | oral immunotherapy epitope transgenic chicken | S-1 | 137 | |
ZA1P39 | Transdermal pollinosis immunotherapy by a solid-in-oil nanodisperion | transdermal drug delivery nanodispersion pollinosis | S-1 | 887 | |
ZA1P40 | Development of efficient transcutaneous vaccine by oil-based nanodispersion | transcutaneous vaccine nanodispersion antibody production | S-1 | 266 | |
ZA1P41 | Biocompatible solubilizer for hydrophobic substance in medium | MPC polymer biocompatibility solubilizing agent | S-1 | 347 | |
ZA1P42 | Correlation of MSnspectrum of sugar chain with deprotonation energy | Sugar chain MALDI Mass spectrum | S-1 | 244 | |
ZA1P43 | Quantitative determination of exopolysaccharides in microcolonies with GFP-labeled carbohydrate-binding module | carbohydrate binding module exopolysaccharides microcolonies | S-1 | 145 | |
ZA1P44 | Growth Inhibition by Novel Liposomes Including Trehalose Surfactants against Lymphoma Leading to Apoptosis (Div. of Applied Life Sciences, Sojo U.) Kuwano Masataka, | antitumor effect liposome trehalose | S-1 | 332 | |
ZA1P45 | Site-specific integration of recombinant antibody genes into CHO cell genome using Cre-loxP (Grad. Sch. Sys. Life Sci., Kyushu U.) Inao Takanori, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Kawabe Yoshinori, | CHO Cre-#loxP# recombinant antibody production | S-1 | 822 | |
ZA1P46 | Transient expression of an antibody molecule in insect cells | insect cell transient expression antibody | S-1 | 388 | |
ZA1P47 | Construction of ErbB2/receptor chimera responsive to ligand-dependent dimerized antibody | cell signaling antibody engineering chimeric receptor | S-1 | 552 | |
ZA1P48 | Preparation scFv-immobilized latex beads for latex turbidimetric assay | latex turbidimetric assay single chain Fv | S-1 | 775 | |
ZA1P49 | Evaluation of non-specific adsorption and antigen-binding activity of immunodiagnostic reagents stored a plastic chip | antibody non-specific adsorption antigen-binding activity | S-1 | 517 | |
ZA1P50 | Embryoid body culture of mouse iPS cells using microchips | iPS cells Microchip Embryoid body | S-1 | 272 | |
ZA1P51 | Label-free colorimetric detection of IgG using silver colloid and antibody recognition peptide probe | Silver nanoparticles Peptide probe antibody | S-1 | 774 | |
ZA1P52 | Network formation control by the combination of enzymatic reaction and Ca2+ | peptide amphiphile alkaline phosphatase stimuli-responsivity | S-1 | 221 | |
ZA1P53 | Fabrication of Cell-embedding Hydrogel Structures Using Non-equilibrium Aqueous Two-phase Systems | Aqueous Two-phase System Tissue Engineering Hydrogel | S-1 | 460 | |
ZA1P54 | Solubilized matrix derived from decellulized liver for the development of functional gel culture and the application to transplantable material | solubilized ECM gel culture transplantation | S-1 | 372 | |
ZA1P55 | Examination of factors regulating the peptide-protein interaction (Grad. Sch. of Nat. Sci. & Tech., Okayama U.) matsushita runa, | peptide biomolecular interaction entropy | S-1 | 979 | |
ZA1P56 | Construction of a huge supuramolecular complex by using peptide-protein interaction | Enzyme Supramolecular complex PCNA | S-1 | 529 | |
ZA1P57 | Construct of P450 activation system using thermo-stable electron transfer proteins | thermostable P450 electron transfer | S-1 | 402 | |
ZA1P58 | Basic study for the efficient conjugation of proteins on a synthetic polymer scaffold | protein assembly polymer scaffold site-specific modification | S-1 | 446 | |
ZA1P59 | Development of Bead Display of Proteins fused with DNA binding tag. | High-throughput screening bead display DNA binding protein | S-1 | 483 | |
ZA1P60 | Size-selective extraction of nanoparticles by DNA-surfactant | Quantum dot DNA reverse micelles | S-1 | 513 | |
(11:00–12:00) (Chair: Okochi M.) | |||||
ZA1P61 | Sex determination and mitochondria counting based on DNA abundance | Sex determination mitochondria qRT-PCR | S-1 | 613 | |
ZA1P62 | The development of nucleic acid aptamer modified nanoparticle for precise cell recognition (Inamori Frontier Res. Center, Kyushu U.) Hoshika R., | nucleic acid aptamer nanoparticle cell recognition | S-1 | 978 | |
ZA1P63 | Efficient tailing of an DNA aptamer with enzymes and its application | DNA aptamer Terminal deoxynucleotidyl transferase Microbial transglutaminase | S-1 | 437 | |
ZA1P64 | Effect of pretreatment methods on bagasse composition, structure change and enzymatic hydrolysis | Bioethanol Bagasse Pretreatment | S-1 | 709 | |
ZA1P65 | Construction of the new enzymatic reaction media using an optically active ionic liquid | ionic liquids chirality enzymatic reaction | S-1 | 560 | |
ZA1P66 | Preparation of hyper-multivalent protein G polymer by enzymatic reaction of horseradish peroxidase | Protein G polymer Horseradish peroxidase coupling reaction | S-1 | 536 | |
ZA1P67 | Synergistic effect between xylanases in the enzymatic hydrolysis of a chemically pretreated bagasse. | cellulosic biomass xylanase synergy | S-1 | 685 | |
ZA1P68 | Diamine production using BGL-displaying Corynebacterium glutamicum from cellobiose | Corynebacterium glutamicum cell surface display cadaverine | S-1 | 688 | |
ZA1P69 | Tyramine biosynthesis from glucose using Brachypodium distachyon tyrosine decarboxylase expressing Saccharomyces cerevisiae | tyramine Saccharomyces cerevisiae aromatic amino acid | S-1 | 659 | |
ZA1P70 | Production of Styrene compounds from biomass resources using Streptomyces lividans | Streptomyces styrene compounds Biomass resources | S-1 | 254 | |
ZA1P71 | 2,3-Butanediol production from lignocellulosic biomass derived sugars using bacillus subtilis | bacillus 2,3-butanediol biomass | S-1 | 465 | |
ZA1P72 | The hydrolysis action of the crystalline cellulose by a new cellulase - polymer hybrid (Kyushu U. Graduate School of Eng.) Saeki Takafumi, | cellulase cellulosome biomass | S-1 | 197 | |
ZA1P73 | Synergy effect expression by clustering library-selected cellulose binding domains on nanohybrid cellulosome | Cellulase Cellulose binding domain artificial cellulosome | S-1 | 890 | |
ZA1P74 | Domain library approach for elucidating catalytic mechanism of modular cellulases | Cellulase Cellulose binding domain Module structure | S-1 | 950 | |
ZA1P75 | Characterization of multi-functional beta-glucosidase for enzymic saccharification | beta-glucosidase cellulase enzymatic saccharification | S-1 | 533 | |
ZA1P76 | The time profile of adhesion of bacterial cells through the nanofiber protein AtaA | biofilm nanofiber adhesion | S-1 | 967 | |
ZA1P77 | Bacterial immobilization and reutilization using a nanofiber protein AtaA | immobilization bacteria adhesion | S-1 | 138 | |
ZA1P78 | Uptake of polymer nanoparticles toward filamentous fungi | PSL Uptake A.oryzae | S-1 | 55 | |
ZA1P79 | Mechanism identification of substrate inhibition of Sortase A mutants and improvement of mutations | enzyme substrate inhibition mutation | S-1 | 302 | |
ZA1P80 | Reactivity of molecular iodine produced by iodide-oxidizing bacteria (IOB) | iodine oxidation organic compounds | S-1 | 678 | |
ZA1P81 | Proteomics of microbial process by Bacillus amyloliquefaciens | proteomics Bacillus amyloliquefaciens Alpha-amylase | S-1 | 763 | |
ZA1P82 | Growth characteristics of genetically engineered Synechococcus elongatus for iso-propanol production by LED irradiation. | Synechococcus elongatus isopropanol LED irradiation | S-1 | 338 | |
ZA1P83 | Overexpression of lipase-specific chaperone and activation of lipase | Lipase-specific chaperone Chaperone-dependent lipase Histag | S-1 | 927 | |
ZA1P84 | Stability of various mutant LST-03 lipases in the presence of organic solvents | Lipase Organic solvent-stability Site-directed mutagenesis | S-1 | 942 | |
ZA1P85 | BSA adsorption and immobilization on charged nanoparticle having graft chain | Charged nanoparticle Epoxy group grafted polymer chain | S-1 | 828 | |
ZA1P86 | Effect of Nitrogen Source Concentration on the Organic Acids Production through Alcoholic Fermentation of Honey | ethanol fermentation Saccharomyces cerevisiae Maillard reaction | S-1 | 319 | |
ZA1P87 | Recycling of Waste Drink by Mixed Culture Fermentation with Two Species of the Genus Lactobacillus | lactic acid fermentation Lactobacillus rhamnosus Lactobacillus pentosus | S-1 | 321 | |
ZA1P88 | Investigation of peptides for enhancing dispersibility of curcumin | curcumin peptide dispersibility | S-1 | 538 | |
ZA1P89 | Study on efficient method for phosphorus recycle from food waste (Graduate School of Natural Sci. and Tech., Kanazawa U.) Yamagiwa Marika, (Col. Sci. and Eng., Kanazawa U.) Takiguchi Noboru | Phosphorus recovery Food waste Extraction | S-1 | 568 | |
ZA1P90 | Lactic Acid Fermentation utilizing Waste Beverage and Shochu Lees as Feed | Unutilized resource Lactobacillus pentosus Lactic acid fermentation | S-1 | 320 | |
ZA1P91 | Recycling of Shouchu lees by the lactic fermentation using powndered pH control agents | Shoucyu lees Lactic acid fermentation Powndered pH control agents | S-1 | 322 | |
Symposium <Frontier of Climate Change Reserach with a Focus on IPCC Fifth Assessment Reports> | |||||
(13:00–15:00) (Chair: Kurosawa A.) | |||||
Y113 | Overview of IPCC WG1 AR5 | IPCC Climate Change Climate Science | S-18 | 1005 | |
Y115 | Impacts and Adaptations of Climate Change | IPCC Climate Change Impact | S-18 | 1006 | |
Y117 | Greenhouse Gas Mitigation Strategy | IPCC Climate Change Mitigation | S-18 | 1007 | |
(15:00–16:20) (Chair: Yamasaki A.) | |||||
Y119 | Status of Climate Engineering Reserach(tentative) | Climate Change Climate Engineering | S-18 | 1008 | |
Y121 | Renewable Energy Development in Developing Countries :Technological Efficiency of Subsidy to Solar Pumping System in Nepal | Renewable Energy Developing Countries | S-18 | 1009 | |
Hall ZA | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Cutting Edge of Biochemical Engineering (Poster Session with Flash Presentation)> | |||||
ZA1P01 | A culture system using genetically engineered feeder cells for maintaining undifferentiated state of pluripotent stem cells | E-cadherin Pluripotent stem cell Feeder cell | S-1 | 159 | |
ZA1P02 | Expansion of human iPS cells in a lumen of hollow fibers under various culture conditions. | iPS cells three dimensional culture hollow fiber | S-1 | 699 | |
ZA1P03 | Transcriptome analysis of chicken blastodermal cells for establishment of pluripotent stem cells (Grad. Sch. Sys. Life Sci., Kyushu U.) Yamada Takuya, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Fukumaru Shiho, (Grad. Sch. Sys. Life Sci., Kyushu U.) Shiiba Nodoka, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Kawabe Yoshinori, | pluripotent stem cells chicken blastodermal cells transcriptome analysis | S-1 | 163 | |
ZA1P04 | Image-based analysis for screening of chemical compounds regulating the potentials of mesenchymal stem cells | cell morphology drug discovery mesenchymal stem cell | S-1 | 464 | |
ZA1P05 | Development of growth factor-immobilizable tissue-engineered tubular scaffold | tissue-engineered tubular scaffold bile duct growth factor | S-1 | 371 | |
ZA1P06 | Influence of elastic substrate on pluripotency in mesenchymal stem cells | substrate elasticity Muse cell cell culture | S-1 | 549 | |
ZA1P07 | Regulation of osteoclast differentiation using signalobody | chimeric receptor differentiation osteoclast | S-1 | 921 | |
ZA1P08 | An approach for hepatic differentiation of human iPS cells in a three | iPS cells hepatic differentiation hollow fiber | S-1 | 700 | |
ZA1P09 | Effect of low-molecular drugs on contractile force generation of artificial skeletal muscle constructs. (Dep.Chem.Eng. ,Fac.Eng., Kyushu U.) Imada Ryusuke, | Low-molecular drugs Contractile force Skeletal muscle | S-1 | 267 | |
ZA1P10 | The effect of inserted human mesenchymal stem cell on vascular endothelial cell behavior in multi-layered myoblast sheet | cell sheet habitation endothelial cell network | S-1 | 653 | |
ZA1P11 | Profiling of cell morphology for cell quality control using image analysis (Dept. Biotech., Grad. Sch. Eng., Nagoya U.) Sasaki Hiroto, (Dept. Basic Med. Sci., Grad. Sch. Pharm. Sci., Nagoya U.) Okada Norihiro, | Image analysis Cell quality control Stem cells | S-1 | 232 | |
ZA1P12 | Cell image analysis for effective nerve growth factor stimulating compound | Cell image analysis Drug Screening Nerve Growth Factor | S-1 | 515 | |
ZA1P13 | Regulation of proliferation and differentiation of a myeloid cell line by antigen-responsive signalobodies | chimeric receptor antibody myeloid cell line | S-1 | 658 | |
ZA1P14 | Decellularized brain-derived ECM aimed at neural tissue engineering | brain ECM decellularization neural tissue engineering | S-1 | 368 | |
ZA1P15 | Pysiological state recognition of fermentation process based on olfactory information processing system (Graduate School of Natural Sci. and Tech., Kanazawa U.) Tanaka Shunsuke, (Col. Sci. and Eng., Kanazawa U.) Takiguchi Noboru, | Olfactory system Pysiological state Neuralnetwork | S-1 | 580 | |
ZA1P16 | Analysis of neural response concerning taste preference in Aplysia central nervous system by voltage sensitive dye imaging | optical imaging neural network taste | S-1 | 417 | |
ZA1P17 | Development of the system for selective concentration of red blood cells using microfluidics | blood cell separation hydrodynamic filtration microfluidics | S-1 | 919 | |
ZA1P18 | Effect of internal filtration rate of high flux dialyzer in hemodialysis (Department of Clinical Eng. Tokyo Women's Medical U.) Sakiyama Ryoichi, | internal filtration rate hemodiafiltration High flux dialyzer | S-1 | 752 | |
ZA1P19 | Basic study of tissue-engineered in vitro peritoneal model | Peritoneal Dialysis permeability in vitro model | S-1 | 628 | |
ZA1P20 | Efficacy of calcium salt of hyaluronic acid grafted with poly(acrylic acid) for preventing peritoneal adhesions | hyaluronic acid graft polymerization adhesion-preventing material | S-1 | 348 | |
ZA1P21 | Basic study on tissue-engineered vascular graft derived from heparin-conjugated material (Department of chemical Eng. Kyushu U.) Gau Hiroaki, | tissue engineering heparin endothelialization | S-1 | 361 | |
ZA1P22 | Therapeutic Effects of Cationic Hybrid Liposomes for Human Colorectal Cancer (Div. of Applied Life Sciences, Sojo U.) Motomura Muneaki, | antitumor effect cationic hybrid liposome colorectal cancer | S-1 | 335 | |
ZA1P23 | Glucose oxidation operation using liposome clusters with controlled dispersibility based on gas-liquid flow | clustered liposomes glucose oxidase airlift bubble column | S-1 | 284 | |
ZA1P24 | Therapeutic Effects of Hybrid Liposomes with Anti-angiogenic Activity in Breast Tumors (Div. of Applied Life Sciences, Sojo U.) Kikumoto Arisa, | antiangiogenesis effect hybrid liposome breast cancer | S-1 | 336 | |
ZA1P25 | Development of transcutaneous cancer immunotherapy by using Solid-in-Oil nanodispersion | transcutaneous immunization cancer vaccine nanodispersion | S-1 | 457 | |
ZA1P26 | Trial of vascular network construct within HepG2 spheroids using microwell chip culture | spheroid vascular network micro-well chip | S-1 | 297 | |
ZA1P27 | Study of vascular construction in the Organoid Culture by Fetal Mouse Kidney | vasculogenesis angiogenesis metanephros | S-1 | 964 | |
ZA1P28 | Liver tissue constructs with angiogenesis by hybrid organoid transplantation (Department of Chemical Eng., Kyushu U.) Ye Jingjia, | hepatocyte trasnplantation hybrid organoid | S-1 | 120 | |
ZA1P29 | Circulation cell culture in decellularized liver | Liver Circulation cell culture Decellularized liver | S-1 | 934 | |
ZA1P30 | Basic study on the evaluation of liver substitute by blood extracorporeal circulation system with fulminant hepatic failure rat | Liver Blood extracorporeal circulation system Fulminant hepatic failure rat | S-1 | 943 | |
ZA1P31 | Assembly of cell sheet tissue by spheroid fusion | HepG2 spheroid Spheroid fusion Cell sheet | S-1 | 305 | |
ZA1P32 | Effect of interactions between embryoid bodies on the properties of mouse ES cells | ES cells Embryoid body micropatterning culture | S-1 | 300 | |
ZA1P33 | In vitro expansion of mouse ES cells using a hollow fiber bioreactor. | embryonic stem cell hollow fiber large scale cultivation | S-1 | 725 | |
ZA1P34 | Development of cell-based hypoxia responsive sensor | hypoxia cell-based sensor tissue engineering | S-1 | 158 | |
ZA1P35 | Artificial activation of signaling molecules by heterodimerization of motif-modified artificial receptors | signal transduction | S-1 | 646 | |
ZA1P36 | Artificial reconstitution of c-mpl signaling by using tyrosine motifs | signal transduction motif engineering chimeric receptor | S-1 | 958 | |
ZA1P37 | Effects of oleic acid on murine macrophage dysfunction | Macrophage Oleic acid Cancer | S-1 | 141 | |
ZA1P38 | Oral immunotherapy for Japanese cedar pollenosis using MHC-allergen epitope fusion protein produced by genetically manipulated chickens (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Obata Reina, | oral immunotherapy epitope transgenic chicken | S-1 | 137 | |
ZA1P39 | Transdermal pollinosis immunotherapy by a solid-in-oil nanodisperion | transdermal drug delivery nanodispersion pollinosis | S-1 | 887 | |
ZA1P40 | Development of efficient transcutaneous vaccine by oil-based nanodispersion | transcutaneous vaccine nanodispersion antibody production | S-1 | 266 | |
ZA1P41 | Biocompatible solubilizer for hydrophobic substance in medium | MPC polymer biocompatibility solubilizing agent | S-1 | 347 | |
ZA1P42 | Correlation of MSnspectrum of sugar chain with deprotonation energy | Sugar chain MALDI Mass spectrum | S-1 | 244 | |
ZA1P43 | Quantitative determination of exopolysaccharides in microcolonies with GFP-labeled carbohydrate-binding module | carbohydrate binding module exopolysaccharides microcolonies | S-1 | 145 | |
ZA1P44 | Growth Inhibition by Novel Liposomes Including Trehalose Surfactants against Lymphoma Leading to Apoptosis (Div. of Applied Life Sciences, Sojo U.) Kuwano Masataka, | antitumor effect liposome trehalose | S-1 | 332 | |
ZA1P45 | Site-specific integration of recombinant antibody genes into CHO cell genome using Cre-loxP (Grad. Sch. Sys. Life Sci., Kyushu U.) Inao Takanori, (Dep. Chem. Eng., Fac. Eng., Kyushu U.) Kawabe Yoshinori, | CHO Cre-#loxP# recombinant antibody production | S-1 | 822 | |
ZA1P46 | Transient expression of an antibody molecule in insect cells | insect cell transient expression antibody | S-1 | 388 | |
ZA1P47 | Construction of ErbB2/receptor chimera responsive to ligand-dependent dimerized antibody | cell signaling antibody engineering chimeric receptor | S-1 | 552 | |
ZA1P48 | Preparation scFv-immobilized latex beads for latex turbidimetric assay | latex turbidimetric assay single chain Fv | S-1 | 775 | |
ZA1P49 | Evaluation of non-specific adsorption and antigen-binding activity of immunodiagnostic reagents stored a plastic chip | antibody non-specific adsorption antigen-binding activity | S-1 | 517 | |
ZA1P50 | Embryoid body culture of mouse iPS cells using microchips | iPS cells Microchip Embryoid body | S-1 | 272 | |
ZA1P51 | Label-free colorimetric detection of IgG using silver colloid and antibody recognition peptide probe | Silver nanoparticles Peptide probe antibody | S-1 | 774 | |
ZA1P52 | Network formation control by the combination of enzymatic reaction and Ca2+ | peptide amphiphile alkaline phosphatase stimuli-responsivity | S-1 | 221 | |
ZA1P53 | Fabrication of Cell-embedding Hydrogel Structures Using Non-equilibrium Aqueous Two-phase Systems | Aqueous Two-phase System Tissue Engineering Hydrogel | S-1 | 460 | |
ZA1P54 | Solubilized matrix derived from decellulized liver for the development of functional gel culture and the application to transplantable material | solubilized ECM gel culture transplantation | S-1 | 372 | |
ZA1P55 | Examination of factors regulating the peptide-protein interaction (Grad. Sch. of Nat. Sci. & Tech., Okayama U.) matsushita runa, | peptide biomolecular interaction entropy | S-1 | 979 | |
ZA1P56 | Construction of a huge supuramolecular complex by using peptide-protein interaction | Enzyme Supramolecular complex PCNA | S-1 | 529 | |
ZA1P57 | Construct of P450 activation system using thermo-stable electron transfer proteins | thermostable P450 electron transfer | S-1 | 402 | |
ZA1P58 | Basic study for the efficient conjugation of proteins on a synthetic polymer scaffold | protein assembly polymer scaffold site-specific modification | S-1 | 446 | |
ZA1P59 | Development of Bead Display of Proteins fused with DNA binding tag. | High-throughput screening bead display DNA binding protein | S-1 | 483 | |
ZA1P60 | Size-selective extraction of nanoparticles by DNA-surfactant | Quantum dot DNA reverse micelles | S-1 | 513 | |
ZA1P61 | Sex determination and mitochondria counting based on DNA abundance | Sex determination mitochondria qRT-PCR | S-1 | 613 | |
ZA1P62 | The development of nucleic acid aptamer modified nanoparticle for precise cell recognition (Inamori Frontier Res. Center, Kyushu U.) Hoshika R., | nucleic acid aptamer nanoparticle cell recognition | S-1 | 978 | |
ZA1P63 | Efficient tailing of an DNA aptamer with enzymes and its application | DNA aptamer Terminal deoxynucleotidyl transferase Microbial transglutaminase | S-1 | 437 | |
ZA1P64 | Effect of pretreatment methods on bagasse composition, structure change and enzymatic hydrolysis | Bioethanol Bagasse Pretreatment | S-1 | 709 | |
ZA1P65 | Construction of the new enzymatic reaction media using an optically active ionic liquid | ionic liquids chirality enzymatic reaction | S-1 | 560 | |
ZA1P66 | Preparation of hyper-multivalent protein G polymer by enzymatic reaction of horseradish peroxidase | Protein G polymer Horseradish peroxidase coupling reaction | S-1 | 536 | |
ZA1P67 | Synergistic effect between xylanases in the enzymatic hydrolysis of a chemically pretreated bagasse. | cellulosic biomass xylanase synergy | S-1 | 685 | |
ZA1P68 | Diamine production using BGL-displaying Corynebacterium glutamicum from cellobiose | Corynebacterium glutamicum cell surface display cadaverine | S-1 | 688 | |
ZA1P69 | Tyramine biosynthesis from glucose using Brachypodium distachyon tyrosine decarboxylase expressing Saccharomyces cerevisiae | tyramine Saccharomyces cerevisiae aromatic amino acid | S-1 | 659 | |
ZA1P70 | Production of Styrene compounds from biomass resources using Streptomyces lividans | Streptomyces styrene compounds Biomass resources | S-1 | 254 | |
ZA1P71 | 2,3-Butanediol production from lignocellulosic biomass derived sugars using bacillus subtilis | bacillus 2,3-butanediol biomass | S-1 | 465 | |
ZA1P72 | The hydrolysis action of the crystalline cellulose by a new cellulase - polymer hybrid (Kyushu U. Graduate School of Eng.) Saeki Takafumi, | cellulase cellulosome biomass | S-1 | 197 | |
ZA1P73 | Synergy effect expression by clustering library-selected cellulose binding domains on nanohybrid cellulosome | Cellulase Cellulose binding domain artificial cellulosome | S-1 | 890 | |
ZA1P74 | Domain library approach for elucidating catalytic mechanism of modular cellulases | Cellulase Cellulose binding domain Module structure | S-1 | 950 | |
ZA1P75 | Characterization of multi-functional beta-glucosidase for enzymic saccharification | beta-glucosidase cellulase enzymatic saccharification | S-1 | 533 | |
ZA1P76 | The time profile of adhesion of bacterial cells through the nanofiber protein AtaA | biofilm nanofiber adhesion | S-1 | 967 | |
ZA1P77 | Bacterial immobilization and reutilization using a nanofiber protein AtaA | immobilization bacteria adhesion | S-1 | 138 | |
ZA1P78 | Uptake of polymer nanoparticles toward filamentous fungi | PSL Uptake A.oryzae | S-1 | 55 | |
ZA1P79 | Mechanism identification of substrate inhibition of Sortase A mutants and improvement of mutations | enzyme substrate inhibition mutation | S-1 | 302 | |
ZA1P80 | Reactivity of molecular iodine produced by iodide-oxidizing bacteria (IOB) | iodine oxidation organic compounds | S-1 | 678 | |
ZA1P81 | Proteomics of microbial process by Bacillus amyloliquefaciens | proteomics Bacillus amyloliquefaciens Alpha-amylase | S-1 | 763 | |
ZA1P82 | Growth characteristics of genetically engineered Synechococcus elongatus for iso-propanol production by LED irradiation. | Synechococcus elongatus isopropanol LED irradiation | S-1 | 338 | |
ZA1P83 | Overexpression of lipase-specific chaperone and activation of lipase | Lipase-specific chaperone Chaperone-dependent lipase Histag | S-1 | 927 | |
ZA1P84 | Stability of various mutant LST-03 lipases in the presence of organic solvents | Lipase Organic solvent-stability Site-directed mutagenesis | S-1 | 942 | |
ZA1P85 | BSA adsorption and immobilization on charged nanoparticle having graft chain | Charged nanoparticle Epoxy group grafted polymer chain | S-1 | 828 | |
ZA1P86 | Effect of Nitrogen Source Concentration on the Organic Acids Production through Alcoholic Fermentation of Honey | ethanol fermentation Saccharomyces cerevisiae Maillard reaction | S-1 | 319 | |
ZA1P87 | Recycling of Waste Drink by Mixed Culture Fermentation with Two Species of the Genus Lactobacillus | lactic acid fermentation Lactobacillus rhamnosus Lactobacillus pentosus | S-1 | 321 | |
ZA1P88 | Investigation of peptides for enhancing dispersibility of curcumin | curcumin peptide dispersibility | S-1 | 538 | |
ZA1P89 | Study on efficient method for phosphorus recycle from food waste (Graduate School of Natural Sci. and Tech., Kanazawa U.) Yamagiwa Marika, (Col. Sci. and Eng., Kanazawa U.) Takiguchi Noboru | Phosphorus recovery Food waste Extraction | S-1 | 568 | |
ZA1P90 | Lactic Acid Fermentation utilizing Waste Beverage and Shochu Lees as Feed | Unutilized resource Lactobacillus pentosus Lactic acid fermentation | S-1 | 320 | |
ZA1P91 | Recycling of Shouchu lees by the lactic fermentation using powndered pH control agents | Shoucyu lees Lactic acid fermentation Powndered pH control agents | S-1 | 322 | |
Hall ZB | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Poster session for chemical reaction engineering> | |||||
ZB1P01 | Preparation of Lithium-doped zinc oxide thin films by low pressure CVD method | CVD thin film zinc oxide | S-36 | 776 | |
ZB1P02 | Preparation of Li-doped ZnO thin film using the APCVD method | CVD Ferroelectric Thin film | S-36 | 783 | |
ZB1P03 | Different solvent effects on the hydrogenation of acetophenone over Rh catalysts | hydrogenation supported metal catalyst water solvent | S-36 | 85 | |
ZB1P04 | Propane oxidative dehydrogenation over hydroxyapatite catalysts synthesized from biominerals | propane oxidative dehydrogenation propylene hydroxyapatite catalyst | S-36 | 969 | |
ZB1P05 | Support of metals on hydroxyapatite for use as a catalyst for hydrogen generation | hydrogen generation metal supported catalyst hydroxyapatite | S-36 | 905 | |
ZB1P06 | Tolerance property to carbon deposition of Ni/YSZ anode catalyst for methane internal reforming SOFC | steam reforming SOFC carbon deposition | S-36 | 788 | |
ZB1P07 | Effect of preperation condition controlling of Ni-based structured catalyst on methane dry reforming property | structured catalyst dry reforming electroless plating | S-36 | 797 | |
ZB1P08 | Manufacturing lower olefin by catalytic conversion of vegetable oil | zeolite catalytic conversion olefin | S-36 | 989 | |
ZB1P09 | Investigation on hydrothermal conversion of molasses | molasses hydrothermal conversion biomass | S-36 | 992 | |
ZB1P10 | High efficiency fabrication of edge-controlled nanographene by catalytic oxidation in supercritical water | Graphene Supercritical water oxidation Catalytic oxidation | S-36 | 524 | |
ZB1P11 | The decomposition behavior and structure changes of microcrystalline cellulose in subcritical water | subcritical water cellulose structure change | S-36 | 845 | |
ZB1P12 | Decomposition of Coffee Residue by Supercritical-Subcritical Methanol | Coffee residue Methyl ester Methanol | S-36 | 687 | |
ZB1P13 | Decomposition of Lignin by Hot-Compressed Water | Decomposition Lignin Hot-Compressed Water | S-36 | 884 | |
ZB1P14 | Photocatalytic degradation of chlorophenols over titania | photocatalysis titania chlorophenols | S-36 | 570 | |
ZB1P15 | Development of compact gas-liquid separator and evaporative concentrator with micro-channel | micro-channel gas-liquid separation evaporative concentration | S-36 | 198 | |
ZB1P16 | Effects of ultrasonic stimulation on release of internal dyes from Pluronic micelles | Ultrasonic stimulation Release Pluronic micelle | S-36 | 380 | |
ZB1P17 | Ultrasound Process Development for Production of alpha-ZrP Nanofragments | Ultrasound process Layered compound Fragmentation | S-36 | 748 | |
ZB1P18 | Conversion of CO2 to nano carbon by plasma electrolysis | Carbon dioxide carbon plasma | S-36 | 355 | |
ZB1P19 | Development of decomposition technology of model pharmaceutical compounds in water by advanced oxidation process | Advanced oxidation process Pharmaceutical compounds decomposition | S-36 | 899 | |
ZB1P20 | Development of microwave-irradiated crystallization utilizing minute bubbles | microwave crystallization minute bubbles | S-36 | 940 | |
ZB1P21 | Catalytic properties of nano-crystallized composite base metal oxide prepared by arc-plasma deposition | Arc-plasma composite base metal oxide nanoparticle | S-36 | 127 | |
ZB1P22 | Electrochemical reduction of carbon dioxide to hydrocarbon at copper single crystal electrodes | Electrochemical reduction Carbon dioxide Single crystal electrode | S-36 | 250 | |
Hall ZF | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Poster session "Drying Technology"> | |||||
ZF1P01 | High efficiency drying technology at low temperature using vacuum drum dryer | Drying Front-Tracking techology | S-44 | 30 | |
ZF1P02 | Examples of drying technology of coated films and drying related defects | Drying Front-Tracking techology | S-44 | 35 | |
ZF1P03 | The sublimation surface temperature measurement by the Calculation method of the "TM by SR" | Drying Front-Tracking techology | S-44 | 38 | |
ZF1P04 | The development examples of functional microcapsules by the liquid phase drying method | Drying | S-44 | 61 | |
ZF1P05 | Spray drying of Microcupsule | Drying Front-Tracking techology | S-44 | 27 | |
ZF1P06 | History of spray drying artifice of laundry powder detergent. | Spray Drying Laundry detergent Powder | S-44 | 62 | |
ZF1P07 | Drying of microorganisms and their inactivation behavior during drying | Dehydration inactivation water activity drying | S-44 | 63 | |
ZF1P08 | Drying of Amino acid | drying rate vacuum drying fluid-bed drying | S-44 | 64 | |
ZF1P09 | Spray drying of soluble coffee | spray drying | S-44 | 65 | |
ZF1P10 | Manufacture of heavy granule from liquid materials | fluid bed dryer granulation heavy granule | S-44 | 66 | |
ZF1P11 | Effect of Drying Method to the Structure of Dried Cell Containing Astaxanthin used for the Coloration of Chicken Egg Yolk | drying diffusion Astaxanthin | S-44 | 67 | |
ZF1P12 | Scale-up of Spray Dryers | Spray Drying Scale-up Atomization | S-44 | 68 | |
ZF1P13 | Heating/Cooling/Dehumidifying System using Chemical Heat Pump Driven by Waste Heat | chemical heat storage effective energy utilization enrgy saved drying | S-44 | 69 | |
ZF1P14 | The drying methods and problems of polymer micro particles | drying method spray drying mixer drying, polymer micro particle | S-44 | 70 | |
ZF1P15 | Pellet drying technology in polymer production process | Polymer pellet drying Commercial process Scale up | S-44 | 71 | |
ZF1P16 | Thickness control of film at the time of drying by solvent species | solvent drying thickness control | S-44 | 72 | |
ZF1P17 | Analysis of diffusion controlled drying process | drying diffusion equilibrium water content | S-44 | 428 | |
ZF1P18 | Fundamentals and Applications of Infrared Drying (Graduate School of Bioresources, Mie U.) Hashimoto Atsushi | ÀÖ³°Àþ ´¥Áç ¿©ÉÊ | S-44 | 429 | |
ZF1P19 | Mechanism and application of fluidized bed drying | drying fluidized bed fluidizing particle | S-44 | 589 | |
ZF1P20 | Fundamentals and Application of Microwave Drying of Molded Materials | drying microwave strain-stress | S-44 | 673 | |
ZF1P21 | Principle and application of freeze-drying | freeze-drying drying mathematical model | S-44 | 727 | |
ZF1P22 | Drying defects of thin liquid film coatings | phase separation drying cracking | S-44 | 1016 |