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Critical rotating speed for suspending solid particles in a three-phase stirred vessel with propeller-type impeller.

机译：用螺旋桨式叶轮将固体颗粒悬浮在三相搅拌容器中的临界旋转速度。

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Hiromitsu Kojima; Kazuhisa Minagawa; Hitoshi Masuda; Tohru Ichikawa;
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机译：在高固体浓度下运行的三相搅拌容器中最大化气液界面面积
2. Solids distribution and rising velocity of buoyant solid particles in a vessel stirred with multiple impellers [J] . Fajner D, Pinelli D, Ghadge RS, Chemical Engineering Science . 2008,第24期

机译：多个叶轮搅拌的容器中固体分布和浮力固体颗粒的上升速度
3. THE EFFECT OF BOTTOM ROUCHNESS ON THE IVtINfiVtUIVi ACIIATOR SPEED REQUIRED TO JUST FULLY SUSPEND PARTICLES STIRRED WESSEL [J] . A. Ghionzoli, W. Bujalski, R. K. Grenville, Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers . 2007,第A5期

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4. Measurements of Dispersion States of Suspending Particles in a Stirred Vessel using an Electrical Resistance Tomography System [C] . Meguru Kaminoyama, Kazuhiko Nishi, Ryuta Misumi, First Sino-Japanese Conference on Polymerization Reaction Engineering and Mixing Technology . 2005

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5. Biological Validation of Thermal Processing in Bi-axially Rotating Cans Using Alginate Formulated Food Particles Suspended in Non-Newtonian Fluids. [D] . Hassan, Hussein. 2011

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7. Minimum Power of Impeller Required for Complete Suspension of Solid Particles in Rectangular Stirred Vessels. Effects of configuration of vessel and number of impellers. [O] . Kazumi Satoh, Norifumi Maeda, Noriyuki Ogawa 1995

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8. Effect of suspended particles on the rate of mass transfer to a rotating cylinder electrode. [R] . D. W. Gibbons C. W. Tobias R. H. Muller 1990

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Critical rotating speed for suspending solid particles in a three-phase stirred vessel with propeller-type impeller.

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