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2014•Unpublished venueRequires access

The Research about the Dispersion Behavior of Ceramic Slurry

Mou Xing-cu

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Abstract

This paper, by using various ceramic dispersant, to treat the slurry which containing 55% of black mud and 15% of quartz and30% of feldspar ceramic.Then,it will conclude the right dosage from the effective about the single dispersant to treat this ceramic slurry.Finally using this data as a foundation to change the type of dispersant respectively and dosage,.According to the surface active agent, and efficiency theory, the ceramic mud will have better dispersion, liquidity and better stability.

About this research paper

What this paper is about

This paper, by using various ceramic dispersant, to treat the slurry which containing 55% of black mud and 15% of quartz and30% of feldspar ceramic.Then,it will conclude the right dosage from the effective about the single dispersant to treat this ceramic slurry.Finally using this data as a foundation to change the type of dispersant respectively and dosage,.According to the surface active agent, and efficiency theory, the ceramic mud will have better dispersion, liquidity and better stability.

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Method / approach

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Available abstract

This paper, by using various ceramic dispersant, to treat the slurry which containing 55% of black mud and 15% of quartz and30% of feldspar ceramic.Then,it will conclude the right dosage from the effective about the single dispersant to treat this ceramic slurry.Finally using this data as a foundation to change the type of dispersant respectively and dosage,.According to the surface active agent, and efficiency theory, the ceramic mud will have better dispersion, liquidity and better stability.

Key concepts: Dispersant, Slurry, Ceramic, Dispersion (optics), Materials science, Dispersion stability, Quartz, Feldspar

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