Characteristics of Water Absorption and the Loss of Dust-Sticking Agent

Longzhe Jin, Thongan Jiang, Auiying Jin

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    Longzhe Jin, Thongan Jiang, and Auiying Jin, Characteristics of Water Absorption and the Loss of Dust-Sticking Agent, J. Univ. Sci. Technol. Beijing , 6(1999), No. 1, pp.1-3.
    Longzhe Jin, Thongan Jiang, and Auiying Jin, Characteristics of Water Absorption and the Loss of Dust-Sticking Agent, J. Univ. Sci. Technol. Beijing , 6(1999), No. 1, pp.1-3.
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    Mineral

    Characteristics of Water Absorption and the Loss of Dust-Sticking Agent

    • Resources Engineering School, University of Science and Technology Beijing, Beijing 10083, China

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    中文摘要

    The development of NCZ-1 dust-sticking agent was first intreduced in china. The speed of water absorption of dust-sticking agent was measured and studied on mining site and in laboratory, and then the law of water absorption of dust-sticking agent was analyzed. In addition, the mathematical model of the loss rate of dust-sticking agent was established by the application of fluid mechanics theory, and the method of determining the sprinkle parameters of dust-sticking agent was obtained. Through practical verification, it is found that the error of this mathematical model is less than 10%. So it can be used in the field.

     

    Mineral

    Characteristics of Water Absorption and the Loss of Dust-Sticking Agent

    Author Affilications

      • Resources Engineering School, University of Science and Technology Beijing, Beijing 10083, China

    • Received: 16 April 1998;
    The development of NCZ-1 dust-sticking agent was first intreduced in china. The speed of water absorption of dust-sticking agent was measured and studied on mining site and in laboratory, and then the law of water absorption of dust-sticking agent was analyzed. In addition, the mathematical model of the loss rate of dust-sticking agent was established by the application of fluid mechanics theory, and the method of determining the sprinkle parameters of dust-sticking agent was obtained. Through practical verification, it is found that the error of this mathematical model is less than 10%. So it can be used in the field.

     

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