We are pleased to announce the acceptance of the scientific article “Synthetic capillary pressure modeling with dipole sonic waves for enhanced reservoir characterization” in the journal Scientific Reports, published by Springer Nature.
This work represents a contribution to the field of reservoir characterization by addressing the synthetic modeling of capillary pressure using dipole sonic waves, with the aim of improving petrophysical interpretation and understanding of porous media behavior.
We congratulate the authors on this significant academic and scientific achievement, which contributes to strengthening research in reservoir engineering and applied geosciences.
