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- W2002807115 abstract "This paper examines the non-perturbed deposition and re-entrainment dynamics of biological and non-biological colloids in porous media in the presence of an energy barrier to deposition at the grain surface. Deposition and re-entrainment rate coefficients were determined from numerical simulation of breakthrough–elution behavior and the profiles of retained colloids. We present composite trends from original and previously published data for biological and non-biological colloids which demonstrate that hydrodynamic drag mitigates deposition and drives re-entrainment of both biological and non-biological colloids in the presence of an energy barrier under non-perturbed conditions. Original data is presented for two sizes of colloids (1.1 and 5.7 μm microspheres) under a variety of ionic strength and fluid velocity conditions to examine the torque balance governing re-entrainment of colloids attached to the grain surfaces. The analysis indicates that in the presence of an energy barrier to deposition, hydrodynamic drag may influence deposition and re-entrainment of colloids associated directly with the grain surface via primary energy minima. However, the hydrodynamic field would also be expected to influence deposition and re-entrainment of colloids associated with the surface via secondary energy minima. Hence, the observed influences of fluid velocity are consistent with colloid association via either mechanism. These results call for the development of colloid transport theories that explicitly account for the influence of the hydrodynamic field at the grain surface." @default.
- W2002807115 created "2016-06-24" @default.
- W2002807115 creator A5036653968 @default.
- W2002807115 creator A5064516845 @default.
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- W2002807115 date "2007-06-01" @default.
- W2002807115 modified "2023-09-25" @default.
- W2002807115 title "Deposition and re-entrainment dynamics of microbes and non-biological colloids during non-perturbed transport in porous media in the presence of an energy barrier to deposition" @default.
- W2002807115 cites W1540339668 @default.
- W2002807115 cites W1956998086 @default.
- W2002807115 cites W1964844859 @default.
- W2002807115 cites W1965505541 @default.
- W2002807115 cites W1966544491 @default.
- W2002807115 cites W1967398792 @default.
- W2002807115 cites W1968295115 @default.
- W2002807115 cites W1968994998 @default.
- W2002807115 cites W1969302318 @default.
- W2002807115 cites W1971051429 @default.
- W2002807115 cites W1972433854 @default.
- W2002807115 cites W1977040461 @default.
- W2002807115 cites W1977534541 @default.
- W2002807115 cites W1979616579 @default.
- W2002807115 cites W1980918731 @default.
- W2002807115 cites W1983075667 @default.
- W2002807115 cites W1983161833 @default.
- W2002807115 cites W1984976525 @default.
- W2002807115 cites W1985721433 @default.
- W2002807115 cites W1986528972 @default.
- W2002807115 cites W1986583858 @default.
- W2002807115 cites W1986661446 @default.
- W2002807115 cites W1987178018 @default.
- W2002807115 cites W1988150079 @default.
- W2002807115 cites W1988192950 @default.
- W2002807115 cites W1988377532 @default.
- W2002807115 cites W1989631256 @default.
- W2002807115 cites W1991326604 @default.
- W2002807115 cites W1991741670 @default.
- W2002807115 cites W1991968504 @default.
- W2002807115 cites W1993649145 @default.
- W2002807115 cites W1994326176 @default.
- W2002807115 cites W1995388971 @default.
- W2002807115 cites W1998866101 @default.
- W2002807115 cites W2001374372 @default.
- W2002807115 cites W2005378954 @default.
- W2002807115 cites W2005525975 @default.
- W2002807115 cites W2007205050 @default.
- W2002807115 cites W2008173014 @default.
- W2002807115 cites W2009005373 @default.
- W2002807115 cites W2010215291 @default.
- W2002807115 cites W2011533175 @default.
- W2002807115 cites W2012173632 @default.
- W2002807115 cites W2018717325 @default.
- W2002807115 cites W2020372913 @default.
- W2002807115 cites W2021152538 @default.
- W2002807115 cites W2025766032 @default.
- W2002807115 cites W2026158916 @default.
- W2002807115 cites W2026909762 @default.
- W2002807115 cites W2026957177 @default.
- W2002807115 cites W2026992566 @default.
- W2002807115 cites W2027596700 @default.
- W2002807115 cites W2029946133 @default.
- W2002807115 cites W2030732731 @default.
- W2002807115 cites W2032946433 @default.
- W2002807115 cites W2033018088 @default.
- W2002807115 cites W2033274663 @default.
- W2002807115 cites W2033404326 @default.
- W2002807115 cites W2033636044 @default.
- W2002807115 cites W2037419684 @default.
- W2002807115 cites W2038348814 @default.
- W2002807115 cites W2039523468 @default.
- W2002807115 cites W2041624320 @default.
- W2002807115 cites W2042284215 @default.
- W2002807115 cites W2043646839 @default.
- W2002807115 cites W2045157646 @default.
- W2002807115 cites W2048843724 @default.
- W2002807115 cites W2049099917 @default.
- W2002807115 cites W2051451513 @default.
- W2002807115 cites W2051710617 @default.
- W2002807115 cites W2052991589 @default.
- W2002807115 cites W2053787721 @default.
- W2002807115 cites W2054644289 @default.
- W2002807115 cites W2055294189 @default.
- W2002807115 cites W2055596401 @default.
- W2002807115 cites W2056417685 @default.
- W2002807115 cites W2059330686 @default.
- W2002807115 cites W2059766654 @default.
- W2002807115 cites W2060781615 @default.
- W2002807115 cites W2061797601 @default.
- W2002807115 cites W2063184346 @default.
- W2002807115 cites W2063675554 @default.
- W2002807115 cites W2063877965 @default.
- W2002807115 cites W2064889669 @default.
- W2002807115 cites W2072706326 @default.
- W2002807115 cites W2073452387 @default.
- W2002807115 cites W2077711245 @default.
- W2002807115 cites W2078647521 @default.
- W2002807115 cites W2080177779 @default.
- W2002807115 cites W2081646014 @default.