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 …

Limestone microporosity is ubiquitous and extensively developed in most Phanerozoic
limestones. From an economic perspective, microporosity is important because it contributes …

Sufficient bonding at concrete–rock interfaces is an important prerequisite when designing
supports using concrete or shotcrete. However, the bonding between concrete and rock is …

Evaluating reservoir storage and percolation capacities, which are closely associated with
pore morphology and connectivity, is significant for the exploration and exploitation of oil …

Abstract The Upper Cretaceous to Lower Paleocene Chalk Group in the North Sea
comprises important reservoir targets for hydrocarbon and energy storage. The quantitative …

Abstract Evaluation of carbonate heterogeneity, closely related to pore geometry and
connectivity, is important in oil and gas field production and reservoir prediction. To …

Shale has a complex pore structure, which leads to complex petrophysical characteristics.
The porosity, pore type, pore size, pore volume, TOC, and other petrophysical parameters of …

Abstract During the Late Cretaceous due to high global sea-level the coastlines were shifted
far towards the land and pelagic carbonates dominated over siliciclastic sedimentation. In …

Mudstones are amongst the most compositionally diverse sedimentary materials in nature;
constraining their elastic properties is crucial in many subsurface engineering scenarios …

Monitoring of self‐potentials (SPs) in the Chalk of England has shown that a consistent
electrical potential gradient exists within a coastal groundwater borehole previously affected …