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REFERENCES
D.F. Yule and W.R. Gardner. Longitudinal and transverse dispersion coefficients in
unsaturated Plainfield sand. Water Resources Research, 14(4):582–588, 1978. 127
Y. Zevi, A. Dathe, J.F. McCarthy, B.K. Richards, and T.S. Steenhuis. Distribution of
colloid particles onto interfaces in partially saturated sand. Environmental Science
and Technology, 39(18):7055–7064, 2005. 160
D. Zhang, R. Zhang, S. Chen, and W.E. Soll. Pore scale study of flow in porous
media: Scale dependency, rev, and statistical rev. Geophysical Research Letters,
27(8):1195–1198, 2000. 68
T. Zhang, D.L. Li, D.T. Lu, and J.Q. Yang. Research on the reconstruction method
of porous media using multiple-point geostatistics. SCIENCE CHINA Physics,
Mechanics & Astronomy, 53(1):122–134, 2010. 95, 123
X. Zhang and M. Lv. The nonlinear adsorptive kinetics of solute transport in soil does
not change with pore-water velocity: Demonstration with pore-scale simulations.
Journal of Hydrology, 2009. 67, 87
X. Zhang, J.W. Crawford, and I.M. Young. Does pore water velocity affect the
reaction rates of adsorptive solute transport in soils? demonstration with porescale
modelling. Advances in Water Resources, 31(3):425–437, 2008. 6, 67, 69,
87
X. Zhao and JF Sykes. Macroscopic scale solute transport in groundwater using
the lattice boltzmann equation. COMPUTATIONAL MECHANICS PUBLICA-
TIONS, SOUTHAMPTON, SO 40 7 AA(UK)., pages 235–243, 1996. 68
D. Zhou, L.A. Dillard, and M.J. Blunt. A physically based model of dissolution of
nonaqueous phase liquids in the saturated zone. Transport in Porous Media, 39(2):
227–255, 2000a. 134, 164
D. Zhou, L.A. Dillard, and M.J. Blunt. A physically based model of dissolution of
nonaqueous phase liquids in the saturated zone. Transport in Porous Media, 39(2):
227–255, 2000b. 6, 68, 97
B. Zinszner and C. Meynot. Visualisation des propriétés capillaires des roches
réservoir. Oil & Gas Science and Technology, 37(3):337–361, 1982. 94
236