A new spherical particle requires to be less than a maximum size for it to fit through the porethroat created by the particles in the cubic cell matrix and into the central space. Calculate theporosity of a formation composed of uniform spherical grains of radius r in a cubic packingarrangement if a single smaller particle of the maximum possible size squeezes inside the unit celland stays there without projecting beyond the confines of the unit cell.
A new spherical particle requires to be less than a maximum size for it to fit through the pore
throat created by the particles in the cubic cell matrix and into the central space. Calculate the
porosity of a formation composed of uniform spherical grains of radius r in a cubic packing
arrangement if a single smaller particle of the maximum possible size squeezes inside the unit cell
and stays there without projecting beyond the confines of the unit cell.
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