The formation factor of reconstructed porous media

PM Adler, CG Jacquin, JF Thovert - Water resources research, 1992 - Wiley Online Library
PM Adler, CG Jacquin, JF Thovert
Water resources research, 1992Wiley Online Library
The porosity and the autocorrelation function of the pore space are measured on thin
sections of Fontainebleau sandstones. This information is used to generate artificial porous
media which share these statistical properties. The Laplace equation is numerically solved
to determine the formation factor, or equivalently the electrical conductivity. With no
adjustable constant, the predicted formation factors were found to be in acceptable
agreement with the experimental ones.
The porosity and the autocorrelation function of the pore space are measured on thin sections of Fontainebleau sandstones. This information is used to generate artificial porous media which share these statistical properties. The Laplace equation is numerically solved to determine the formation factor, or equivalently the electrical conductivity. With no adjustable constant, the predicted formation factors were found to be in acceptable agreement with the experimental ones.
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