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Yuniati Zevi Azzaino: Supplementary materials
http://yuniati.azzaino.com/papers/video/paper3.htm
Newark, DE 19716. Soil and Water Physics. Zevi, Y., A. Dathe, B. Gao, B.K. Richards, T. S. Steenhuis (2006), Quantifying Colloid Retention in Partially Saturated Porous Media, Water Resources Research, 42, W12S03, doi:10.1029/2006WR004929. PDF. Auxiliary material for this article contains three animations from three series of experiments in which colloids were allowed to flow through a horizontal flow chamber filled with the sand under unsaturated conditions experiments.
yuniati.azzaino.com
Yuniati Zevi Azzaino: Supplementary materials
http://yuniati.azzaino.com/papers/video/paper1.htm
Newark, DE 19716. Soil and Water Physics. Crist, J.T., Y. Zevi, J.F. McCarthy, J.A. Troop, T.S. Steenhuis (2005), Transport and retention mechanisms of colloids in partially saturated porous media Vadose Zone J. , 4, 184-195. PDF. Files in this Data Supplement:. QuickTime 21MB) - Retention of hydrophilic colloids at the air-water-solid interface. QuickTime 36MB) - Mechanisms of colloid retention in unsaturated porous media.
yuniati.azzaino.com
Yuniati Zevi Azzaino: Publications
http://yuniati.azzaino.com/papers
Newark, DE 19716. Soil and Water Physics. Zevi, Y., A. Dathe, B. Gao, W. Zhang, B. K. Richards, and T. S. Steenhuis (2009), Transport and retention of colloidal particles in partially saturated porous media: Effect of ionic strength, Water Resour. Res., 45, W12403, doi:10.1029/2008WR007322. PDF. B K Richards, J. F. McCarthy, T. S. Steenhuis, A. G. Hay, Y. Zevi, A. Dathe. 2007. Colloidal transport: the facilitated movement of contaminants into groundwater. (Shor...DiCarlo, D., Y. Zevi, A. Dath...Steenhuis...
yuniati.azzaino.com
Yuniati Zevi Azzaino: Supplementary materials
http://yuniati.azzaino.com/papers/video/paper2.htm
Newark, DE 19716. Soil and Water Physics. Zevi, Y., A. Dathe, J.F. McCarthy, B.K. Richards, T.S Steenhuis (2005), Distribution of Colloid Particles onto Interfaces in Partially Saturated Sand. Environmental Science and Technology, 39(18); 7055-7064. PDF. Video in this article:. QuickTime 6.63 MB): 3D confocal reconstruction of water films and meniscii on sand grains. QuickTime 25.43 MB): Dyed water movement along water films. QuickTime 14.5 MB): Retention of hydrophilic colloids at AWmS interface.