Sentence examples for permeable regions from inspiring English sources

It is likely that a pH plume would be more complex when CO2 is diverted by less permeable regions due to lateral heterogeneity present in actual aquifer lithology.

Here we present an alternative unconventional geothermal energy utilization approach that uses shallower, lower-temperature, naturally permeable regions, that drastically reduce drilling costs and induced seismicity.

These factors also determine the connectivity of sandbodies (high permeable regions), which is a dominant factor influencing fluid flow and shaping preferential flow pathways in reservoirs (Pranter and Sommer 2011).

The model considers wave reflection, transmission, overtopping and breaking due to transient nonlinear waves including turbulence in the fluid domain and in the permeable regions for any kind of geometry and number of layers.

Studies on the permeable regions of the dense polyurethane-based membranes were performed by electron spin resonance spectroscopy (ESR) using TEMPO spin probe incorporated into the membrane via diffusion from the vapour phase.

This third paper in this series regarding structure and dynamics of the polyurethane-based membranes studied with TEMPO spin probe presents the results of the ESR measurements performed to characterise mobility of segments in the permeable regions of the membranes.

Applying the same method to another direction, we discovered a new permeable region that is parallel to the ISTL.

This permeable region indicates a major seismic fault that is thought to be located along the ISTL.

The increase of the water saturation in the high permeable region leads to higher value of k·k rw in the high permeable region than the value of k·k rw in ordinary reservoir, and gradually the high mobility region becomes the thief zone.

The principle of the technique is that by measuring the time-dependent changes in muon absorption along different paths through the fault, one can image the permeable region in the interior of the object.

Solutes can move rapidly down the preferential flow paths with high pore-water velocities, but can be held in the less permeable region of the soil matrix with low pore-water velocities, thereby reducing the efficiency of leaching.