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    • University of Missouri bulletin. Engineering Experiment Station series
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    • University of Missouri bulletin. Engineering Experiment Station series
    • University of Missouri bulletin. Engineering reprint series
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    Viscosity of suspensions of spherical and other isodimensional particles in liquids

    Ting, Andrew Pusheng
    Luebbers, Ralph H.
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    [PDF] Ting1957.pdf (17.33Mb)
    Date
    1958
    Format
    Book
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    Abstract
    "The viscosity of a suspension is related to the properties of the suspending liquid and the suspended particles by measuring the viscosity of suspensions made up of closely sized materials such as glass spheres, plastic Zeolite spheres, blasting sand, and salt cubes in a wide range of concentrations in liquids of varying properties made up of castor oil, tetrabromoethane and carbon tetrachloride, or corn syrup and water. The measurements were made under carefully controlled conditions by means of a Brookfield viscometer, and the reproducibility of results was demonstrated by repetitive runs. Equations are derived to describe the viscosities of these various suspensions in terms of the viscosity and density of the suspending liquid and of the shape, size distribution, density, and concentration of solid particles. The range of concentration covered is from infinite dilution to near infinite viscosity. The results obtained can best be explained by postulating nonuniform distribution of particles in a suspension in a network of tetrahedral and simple cubical packings."--Page 111.
    URI
    https://hdl.handle.net/10355/64195
    Part of
    University of Missouri bulletin ; volume 59, number 10
    University of Missouri bulletin. Engineering reprint series ; no. 34
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    • University of Missouri bulletin. Engineering reprint series

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