1 Lee, H.-B., "WettabilitydependentDNAPL migration in a rough-walled fracture" 113 : 44-55, 2010
2 Zhong, L., "Visualization of surfactant-enhanced nonaqueous phase liquid mobilization and solubilizationin a two-dimensional micromodel" 37 : 523-537, 2001
3 Gauthier, M, "Removal of PCB-DNAPLfrom a rough-walled fracture using alcohol/polymer flooding" 84 : 1-20, 2006
4 Okuda, I., "Physicochemicaltransport process affecting the removal of residualNAPL by nonionic surfactant solutions" 30 : 1852-1860, 1996
5 Longino, B.L, "Nonwetting phase retentionand mobilization in rock fracture" 35 : 2085-2093, 1999
6 Zimmerman, R.W., "Non-liner regimes of fluid flow in rock fractures" 41 : 384-, 2004
7 Tunnicliffe, B.S, "Mass removal of chlorinatedethenes from rough-walled fractures using permanganate" 75 : 91-114, 2004
8 Pennell, K.D., "Influence of viscousand buoyancy forces on the mobilization of residual tetrachloroethyleneduring surfactant flushing" 30 : 1328-1335, 1996
9 Wan, J., "Glass casts of rock fracture surfaces: A new tool for studyingflow and transport" 36 : 355-360, 2000
10 Zimmerman, R.W, "Fluid flow in rock fractures:from the Navier-Stokes equations to the cubic law" American Geophysical Union,Washington DC 213-224, 2000
1 Lee, H.-B., "WettabilitydependentDNAPL migration in a rough-walled fracture" 113 : 44-55, 2010
2 Zhong, L., "Visualization of surfactant-enhanced nonaqueous phase liquid mobilization and solubilizationin a two-dimensional micromodel" 37 : 523-537, 2001
3 Gauthier, M, "Removal of PCB-DNAPLfrom a rough-walled fracture using alcohol/polymer flooding" 84 : 1-20, 2006
4 Okuda, I., "Physicochemicaltransport process affecting the removal of residualNAPL by nonionic surfactant solutions" 30 : 1852-1860, 1996
5 Longino, B.L, "Nonwetting phase retentionand mobilization in rock fracture" 35 : 2085-2093, 1999
6 Zimmerman, R.W., "Non-liner regimes of fluid flow in rock fractures" 41 : 384-, 2004
7 Tunnicliffe, B.S, "Mass removal of chlorinatedethenes from rough-walled fractures using permanganate" 75 : 91-114, 2004
8 Pennell, K.D., "Influence of viscousand buoyancy forces on the mobilization of residual tetrachloroethyleneduring surfactant flushing" 30 : 1328-1335, 1996
9 Wan, J., "Glass casts of rock fracture surfaces: A new tool for studyingflow and transport" 36 : 355-360, 2000
10 Zimmerman, R.W, "Fluid flow in rock fractures:from the Navier-Stokes equations to the cubic law" American Geophysical Union,Washington DC 213-224, 2000
11 Oron, A.P, "Flow in rock fractures: the localcubic law assumption re-examined" 34 : 2811-2824, 1998
12 Ji, S.-H., "Effect of nonlinearflow on DNAPL migration in a rough-walled fracture" 44 : 11431-, 2008
13 Longino, B.L, "Effect of capillary pressureand use of polymer solutions on dense, non-aqueous-phase liquidretention and mobilization in a rough-walled fracture" 33 : 2447-2455, 1999
14 Yeo, I.W., "Density-surfactant-motivatedremoval of DNAPL trapped in dead-end fractures" 30 : 1471-1474, 2003
15 Ramsburg, C.A, "Density-modified displacementfor dense nonaqueous-phase liquid source-zone remediation:Density conversion using a partitioning alcohol" 36 : 2082-2087, 2002
16 Imhoff, P.T., "Cosolvent enhanced remediation of residualdense nonaqueous phase liquids: experimental investigation" 29 : 1966-1976, 1995