Power consumptio of a fluid-loaded floating scraper blade.
スポンサーリンク
概要
著者
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Murakami Yasuhiro
Department of Biology, Graduate School of Natural Science and Technology, Okayama University
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TOH MICHIHARU
Department of Industrial Chemistry, Kurume National Technical College
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MURAKAMI YASUHIRO
Department of Industrial Chemistry, Kurume National Technical College
関連論文
- Particle Behavior in a Horizontal Gas-Solid Agitated Vessel with Two Parallel Axes
- Flow and Mixing Characteristics in an Agitated Thin-Film Evaporator with Vertically Aligned Blades
- Interspecific Pair Formation Induced by Natural Mating Reaction in Paramecium
- Flow pattern, circulation velocity and pressure loss in loop reactor.
- Flow pattern in a dual mode agitator with simultaneous up-and-down and rotational motion of impeller.
- Flow structure and mixing mechanism in an agitated thin-film evaporator.
- The effects of multiple inclined blades on flow and mixing characteristics in an agitated thin-film evaporator.
- Relation between intensity of segregation and degree of segregation in stirred tank reactor.
- EVALUATION OF PERFORMANCE OF MIXING APPARATUS FOR HIGH VISCOSITY FLUIDS
- Improvement in mixing of high viscosity liquid by additional up-and-down motion of a rotating impeller.
- Removal of emulsified oil particles by dissolved air flotation.
- Modeling of mixing of solid particles in a horizontal gas-solid agitated vessel with paddle-blades on double parallel axes.
- Evaluation on intensity of segregation of two-environment model for micromixing.
- Power consumptio of a fluid-loaded floating scraper blade.
- Removal of emulsified oil particles by dispersed air flotation.
- THE HOMOGENIZING PROCESS IN HIGH VISCOSITY MATERIALS HAVING DIFFERENT VISCOSITIES
- Two-dimensional viscous flow model for power consumption in close-clearance agitators.
- Mixing effect on irreversible second order reaction in batch stirred tank reactor.
- ON A HIGH VISCOSITY POLYMER FINISHER APPARATUS WITH TWO AGITATOR AXES HAVING MULTIDISKS
- Mixing effect on homogeneous reaction in batch stirred tank reactor.
- Mixing effect on competitive consecutive reaction in batch stirred tank reactor.