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    Particle Shape Analysis for Conglomerate Reservoir Using Borehole Resistivity Images
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    Abstract:
    Summary We develop this advanced analysis tool to get more precise results include the long axis length, area, sphericity and roundness. Moreover, the large/flatten patch can be used as paleocurrent analysis from the azimuth of long axis.
    Keywords:
    Sphericity
    Paleocurrent
    Roundness (object)
    Conglomerate
    Skeletonization
    Traverse
    ABSTRACT Quantitative expression of particle roundness and projection sphericity requires measurement of the radii of curvature of the corners and edges of grains and maximum surface projection particle intercepts. Procedures for measuring these parameters are usually laborious and extremely time consuming, often forcing workers to resort to visual comparison with silhouette or photographic charts to obtain roundness and sphericity. A method is presented in this paper for measuring roundness and sphericity parameters using a Zeiss electronic particle-size analyzer. This instrument was designed to measure grain size for particle size analysis, but it also adapts quite readily to roundness and sphericity measurements. Measurement is quantitatively precise and rapid enough to permit analysis of statistically significant numbers of grains.
    Sphericity
    Roundness (object)
    Summary We develop this advanced analysis tool to get more precise results include the long axis length, area, sphericity and roundness. Moreover, the large/flatten patch can be used as paleocurrent analysis from the azimuth of long axis.
    Sphericity
    Paleocurrent
    Roundness (object)
    Conglomerate
    Skeletonization
    Traverse