Carbonate rocks are well-known to be tremendously heterogeneous. They mainly consist of
component particles (from biological and non-biological origin) embedded in a lime-mud …

The interpretation of geophysical data in exploration geophysics, well logging, engineering,
mining and environmental geophysics requires knowledge of the physical properties of …

High quality coastal aquifer systems provide vast quantities of potable groundwater for
millions of people worldwide. Managing this setting has economic and environmental …

It is difficult to extract quantitative information of pore space from thin section. A novel
method to characterize the pore space using multifractal analyses is presented, with the help …

Limestone dissolution by CO _2 CO 2-rich brine induces critical changes of the pore network
geometrical parameters such as the pore size distribution, the connectivity, and the tortuosity …

The complex tectonic activities and multi-stage diagenetic modifications lead to the
formation of a heterogeneous pore network spectrum ranging from macropores (centimeter …

Carboniferous carbonate reservoirs at the eastern edge of the Pre-Caspian Basin have
undergone complex sedimentation, diagenesis and tectonism processes, and developed …

Rock typing is a vital step in oil and gas reservoir development to achieve predictions of
hydrocarbon reserves, recovery, and underground storage capacity for CO2 or hydrogen. To …

Microbialite carbonates (eg stromatolites, thrombolites, shrubs and spherulites) are
sedimentary deposits highly influenced by their environmental settings such as water depth …

Determination of pore space characteristics is important for carbonate reservoir
interpretation and evaluation. Field outcrops can reflect the geology of the subsurface …