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Method of Baffle Plate Insertion in the Mixing of Two Immiscible Liquids

Shinji Nagata, Tohei Yokoyama, Muneo Honjyo

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Abstract

The optimum conditions for the baffle plate insertion have been determined as follows:(1) The optimum distance of baffle plates from the center line of a cylindrical vessel is equal to half the paddle length.(2) The optimum Submersion length of baffle plates is also equal to half the paddle length.(3) The optimum baffle width is equal to 10% of the vessel diameter.(4) The optimum paddle' length, on the baffled conditions mentioned above, is equal to 40% of the vessel diameter.

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The optimum conditions for the baffle plate insertion have been determined as follows:(1) The optimum distance of baffle plates from the center line of a cylindrical vessel is equal to half the paddle length.(2) The optimum Submersion length of baffle plates is also equal to half the paddle length.(3) The optimum baffle width is equal to 10% of the vessel diameter.(4) The optimum paddle' length, on the baffled conditions mentioned above, is equal to 40% of the vessel diameter.

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Available abstract

The optimum conditions for the baffle plate insertion have been determined as follows:(1) The optimum distance of baffle plates from the center line of a cylindrical vessel is equal to half the paddle length.(2) The optimum Submersion length of baffle plates is also equal to half the paddle length.(3) The optimum baffle width is equal to 10% of the vessel diameter.(4) The optimum paddle' length, on the baffled conditions mentioned above, is equal to 40% of the vessel diameter.

Key concepts: Baffle, Paddle, Materials science, Mixing (physics), Mechanics, Composite material, Physics, Thermodynamics

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