Sentence examples for migration and trapping from inspiring English sources
While injectivity can be understood using analytical models, migration and trapping calculations are generally carried out using numerical codes.
Our results are essential for understanding the behaviour of CO2 migration and trapping in CO2 storage reservoirs with low-permeability tight interbeds and the transition part of caprocks.
Geomechanical alteration of porous media is generally ignored for most shallow subsurface applications, whereas carbon dioxide (CO2) injection, migration, and trapping in deep saline aquifers will be controlled by coupled multifluid flow, energy transfer, and geomechanical processes.
From the 1920s to the 1960s, four hydroelectric dams were built by the California-Oregon Power Company COPCOO) and its successor PacifiCorp on the Klamath River main stem, blocking salmon migration and trapping sediment that formerly replenished downstream gravel bars used by spawning salmon.
Key to this is the ability to model injectivity, migration and trapping of CO2.
Extensive modeling of the post-injection upslope migration and trapping evolution together with sensitivity analysis suggests that it is unlikely for CO2 to leak through the north end of the formation.
Containment can be assessed via an analysis of the seal capacity (using MICP), and by assessing the possible migration pathways and trapping mechanisms from the structural geometry and stratigraphic architecture.
Moreover, electrochemical and photochemical processes are complicated by the overlap of multiple processes that all need to be optimized, including in particular light absorption, charge migration, recombination and trapping events and surface processes.
The calculation does not consider impacting factors such as the geologic synchronicity of the oil migration and trap deformation, and the strong reservoir heterogeneity.
Consistent with this hypothesis, it has been suggested that IFN-γ inhibits monocyte migration and traps these cells at inflammation sites through the downstream STAT1 (24).
Once a voltage was applied to the detector device, ion migration and carrier trapping occurred in the active layer and at the electrode/perovskite interfaces, respectively.
