Abstract
A three-dimensional digitized image of a porous magnetic gel is determined by x-ray microtomographic techniques. The complex connected pore-space topology is quantitatively characterized by measuring a variety of statistical correlation functions, including the chord-length distribution function, the pore-size distribution function, and the lineal-path function. This structural information is then employed to estimate transport properties, such as the fluid permeability and trapping rate, of the gel. \textcopyright{} 1996 The American Physical Society.
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