2002•Journal of Hefei University of TechnologyRequires access

On the dispersion and stability of ultrafine powders in liquid

Jin Wang

Open publisher page 1 citations

Abstract

The Nano ZrO 2 aqueous suspension was prepared,and it was studied by means of Zeta potential measurement,sedimentation experiment,light transmission ratio index method and particle size analysis. The surface properties of nano ZrO 2 were described.The influence of structures and contents of dispersants was studied.The ionic thickness of the suspensions was also discussed.A few measures were provided in this paper to improve the dispersion and stability of the nano ZrO 2 aqueous suspension. The experimental results showed that the suspension stability was strongly influenced by the contents of dispersants and the pH value.

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What this paper is about

The Nano ZrO 2 aqueous suspension was prepared,and it was studied by means of Zeta potential measurement,sedimentation experiment,light transmission ratio index method and particle size analysis. The surface properties of nano ZrO 2 were described.The influence of structures and contents of dispersants was studied.The ionic thickness of the suspensions was also discussed.A few measures were provided in this paper to improve the dispersion and stability of the nano ZrO 2 aqueous suspension. The experimental results showed that the suspension stability was strongly influenced by the contents of dispersants and the pH value.

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Available abstract

The Nano ZrO 2 aqueous suspension was prepared,and it was studied by means of Zeta potential measurement,sedimentation experiment,light transmission ratio index method and particle size analysis. The surface properties of nano ZrO 2 were described.The influence of structures and contents of dispersants was studied.The ionic thickness of the suspensions was also discussed.A few measures were provided in this paper to improve the dispersion and stability of the nano ZrO 2 aqueous suspension. The experimental results showed that the suspension stability was strongly influenced by the contents of dispersants and the pH value.

Key concepts: Dispersant, Suspension (topology), Zeta potential, Dispersion (optics), Dispersion stability, Materials science, Sedimentation, Particle size

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