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2001•Journal of the Society of Powder Technology JapanOpen access

Analysis of Settling Interface Formation Process in Suspension.

Tadamitsu Sugimoto, Hitoshi Hirose, Hidetoshi Mori, JunIchiro Tsubaki

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Abstract

The present paper deals with the formation process of settling interface. Settling experiments and settling simulations showed that the settling interface is caused by the horizontal percolation of settling particles. In the case of low solid content, dispersed particles and/or agglomerates repeat collisions in the initial stage of settling, and form a settling interface. In the case of high solid content, particles form a network structure immediately after the settling starts, causing the zone settling.

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What this paper is about

The present paper deals with the formation process of settling interface. Settling experiments and settling simulations showed that the settling interface is caused by the horizontal percolation of settling particles. In the case of low solid content, dispersed particles and/or agglomerates repeat collisions in the initial stage of settling, and form a settling interface. In the case of high solid content, particles form a network structure immediately after the settling starts, causing the zone settling.

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Available abstract

The present paper deals with the formation process of settling interface. Settling experiments and settling simulations showed that the settling interface is caused by the horizontal percolation of settling particles. In the case of low solid content, dispersed particles and/or agglomerates repeat collisions in the initial stage of settling, and form a settling interface. In the case of high solid content, particles form a network structure immediately after the settling starts, causing the zone settling.

Key concepts: Settling, Agglomerate, Suspension (topology), Materials science, Percolation (cognitive psychology), Chemical engineering, Mechanics, Physics

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