The keywords that frequently used in this topics code.
| Sakai Mikio (Univ. of Tokyo), Yamada Masumi (Chiba Univ.), Ishigami Toru (Hiroshima Univ.), Chitra Palaniswamy (Kozo Keikaku Engineering) |
Most recent update: 2021-02-07 15:20:01
| The keywords that frequently used in this topics code. | Keywords | Number | |
|---|---|---|---|
| Ultrafine Bubble | 3 | | |
| Fine Bubble | 2 | | |
| Dispersion | 2 | | |
| calcium alginate | 1 | | |
| ACKN No. | Title/Author(s) | Keywords | Style |
|---|---|---|---|
| 5 | Development of fine bubble generator by active control of pressure in gas chamber | fine bubble bubble size distribution bubble column | O |
| 6 | Experimental verification of mechanism for stability of Ultrafine Bubbles | ultrafine bubble stability gas content | O |
| 7 | Experimental investigation of dynamic behavior of Ultrafine Bubbles | ultrafine bubble sheet lazer dynamic behavior | O |
| 8 | Experimental investigation of effect of Ultrafine Bubbles on plant growth | Ultrafine bubbles plant growth Semi-permeable membrane | O |
| 39 | High reproducibility measurement of particle size distribution of fine particles by autometed dispersion system | particle size dispersion measurement | O |
| 72 | Behavior for fine oil droplets in water under microwave irradiation by dynamic light scattering | Microwave Emulsion De-emulsification | O |
| 85 | Effects of microstructure and wettability on droplet coalescence in fibrous filter | coalescence droplet numerical simulation | O |
| 151 | Validation of the density scaling technique in the DEM-CFD method | DEM-CFD method Density scaling technique gas-solid flow | O |
| 162 | Prediction of Gas Dissolution Rate in Gas-Liquid Stirred Tank by Using Empirical Correlation and CFD Calculation | Stirred Tank Gas Dissolution Bubble Size | O |
| 181 | Preparation of gel particles entrapped with carbonic anhydrase-liposome conjugates and their application to carbon dioxide absorption | calcium alginate lipid vesicles catalyst reuse | O |
| 184 | [Review lecture] Effects bubbles and surface modification with polymers on membrane functions of phospholipid vesicles | liposomes gas-liquid flow PEGylated lipids | O |
| 195 | Improvement of initial particle collection efficiency of nanofiber media for air filter and life elongation of the media loaded with particles | nano-fiber media collection efficiency pressure drop | O |
| 208 | [Review lecture] Current Status and Future Perspective of Simulation for Free Surface Flow and Multi-phase Flow using Particle Methods | MPS Free Surface Flow Multi-phase Flow | O |
| 317 | Effect of Adsorption Behavior of binders on Graphite Dispersion and Electrode Resistance | Adsortion Dispersion Graphite | O |
| 401 | Evaluation of particle separation behaviors in microfluidic devices incorporating porous materials | porous material particle separation microfluidic device | O |
| 513 | Removal of Fine Particles Adhered on Glass Plate by Collision of Ultrafine Bubble Water with Ultrasound | Ultrafine Bubble Fine Bubble Ultrasonic cleaning | O |
| 595 | Numerical simulations of droplet ejection from inkjet nozzle | inkjet nozzle droplet formation VOF | O |
| 655 | Numerical simulation of droplet impact on a wall considering contact angle model | Volume of fluid Droplet impact Contact angle | O |
| 710 | Aggregation behavior of polystyrene particles in a highly viscous fluid in a stirred tank | Aggregation Fine particles OpenFOAM | O |
| 800 | Direct numerical simulation on many-particle system in magnetorheological fluid under shear flow | Magnetorheological fluid Shear flow Apparent viscosity | O |
| 805 | Comparison of agglomeration behavior of size-distributed fine particles in liquid between impeller and gas stirrings | agglomeration size-distributed particles impeller stirring,gas stirring | O |
| 814 | Numerical investigation for the effects of PM2.5 aggregate structure on granular bed filtration | PM Adhesion DEM | O |
| 831 | Effect of liquid/liquid mass transfer on suspension pattern of small amount of sedimentary liquid | liquid/liquid mass transfer suspension pattern sedimentary liquid | O |
| 887 | Lattice Boltzmann simulation of capillary forces between particles | Capillary force Lattice Boltzmann method wetting | O |
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