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• W2267907709 abstract "Darcy-scale simulation of geochemical reactive transport has proven to be a useful tool to gain mechanistic understanding of the evolution of the subsurface environment under natural or human-induced conditions. At this scale, however, the porous medium is typically conceptualized as a continuum with bulk parameters that characterize its physical and chemical properties based on the assumption that all phases coexist in each point in space. In contrast, the pore scale can be defined as the largest spatial scale at which it is possible to distinguish the different fluid and solid phases that make up natural subsurface materials. Because the pore scale directly accounts for the pore-space architecture within which mineral reactions, microbial interactions and multi-component transport play out, it can help explain biogeochemical behavior that is not understood or predicted by considering smaller or larger scales (Fig. 1). Specifically, the nonlinear interaction between the coupled physical and geochemical processes may result in emergent behavior, including changes in permeability, diffusivity, and reactivity that is not captured easily by a Darcy-scale continuum description.Reactive processes in porous media such as microbially mediated reduction–oxidation (Fig. 1) or mineral dissolution–precipitation (Fig. 2) take place at interfaces between fluid and solid phases. Because the different phases are distinguishable at the pore scale, experimental and modeling studies need to consider these interfaces so as to accurately determine reaction rates. An interface is the surface between two phases that differ in their physical state or chemical composition. Depending on the scale of observation, the appearance of the interface can vary. Sharp interfaces are those in which the physical and chemical characteristics change abruptly across the interface. Diffuse interfaces are those in which the characteristics change smoothly over a layer of varying thickness. Reactive processes themselves can change the appearance of the interface. For example, mineral heterogeneity can …" @default.
• W2267907709 created "2016-06-24" @default.
• W2267907709 creator A5053894657 @default.
• W2267907709 date "2015-01-01" @default.
• W2267907709 modified "2023-10-17" @default.
• W2267907709 title "Reactive Interfaces in Direct Numerical Simulation of Pore-Scale Processes" @default.
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• W2267907709 cites W1542564183 @default.
• W2267907709 cites W1571636227 @default.
• W2267907709 cites W1589984731 @default.
• W2267907709 cites W1591074876 @default.
• W2267907709 cites W1653172998 @default.
• W2267907709 cites W1869970809 @default.
• W2267907709 cites W1963489413 @default.
• W2267907709 cites W1963713322 @default.
• W2267907709 cites W1966618741 @default.
• W2267907709 cites W1968059710 @default.
• W2267907709 cites W1970790326 @default.
• W2267907709 cites W1972086407 @default.
• W2267907709 cites W1975072400 @default.
• W2267907709 cites W1983156380 @default.
• W2267907709 cites W1988041366 @default.
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• W2267907709 cites W1989118898 @default.
• W2267907709 cites W1990567095 @default.
• W2267907709 cites W1991113069 @default.
• W2267907709 cites W1999222658 @default.
• W2267907709 cites W2000329342 @default.
• W2267907709 cites W2000872833 @default.
• W2267907709 cites W2001757038 @default.
• W2267907709 cites W2002835802 @default.
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• W2267907709 cites W2009428627 @default.
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• W2267907709 cites W2023248330 @default.
• W2267907709 cites W2026632831 @default.
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• W2267907709 cites W2063644422 @default.
• W2267907709 cites W2065384567 @default.
• W2267907709 cites W2069742524 @default.
• W2267907709 cites W2072159113 @default.
• W2267907709 cites W2074193346 @default.
• W2267907709 cites W2077229134 @default.
• W2267907709 cites W2084733538 @default.
• W2267907709 cites W2085353092 @default.
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• W2267907709 cites W2159757778 @default.
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• W2267907709 doi "https://doi.org/10.2138/rmg.2015.80.14" @default.
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