Based on the unconventional model of quasi-faceted cells responsible for the ordered structure of balls, the possibility of modeling the pores of such media (and, on their basis, various granular, granular, powder media) in the form of cylindrical channels-tubes of a certain diameter, equivalent in volume, depending on the porosity of the medium, is considered ( or its packing density)
Sandulyak A. A., Polismakova M. N., Sandulyak A. V. et al. Model of quasi-faceted cells and the possibility of its application to bulk materials // Glass and ceramics. 2015.? 11, p. 29? 34.
[Sandulyak AA, Polismakova MN, Sandulyak AV et al. Model of Quasifaceted Cells and Possibility of its Application to Free-Flowing Materials // Glass and Ceram. 2015. V. 71. N 11? 12.P. 420? 424.]
Pan HL, Pickenckker O., Trimis D. Characterization of Pore Diameters in Highly Porous Media // Proc. of HT2003 ASME Summer Heat Transfer Conference. July 21? 23.2003. Las Vegas, 2003.
Yun Sung Kim, Whittle AJ Filtration in a Porous Granular Medium: 2. Application of Bubble Model to 1-D Column Experiments // Transport in Porous Media. Nov. 2006. V. 65. Is. 2.P. 309? 335.
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