Two-Dimension Hydrodynamic Dispersion Equation with Seepage Velocity and Dispersion Coefficient as Function of Space and Time

Two-Dimension Hydrodynamic Dispersion Equation with Seepage Velocity and Dispersion Coefficient as Function of Space and Time

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The contamination through the geological formation cannot move and disperse with the same speed and dispersion coefficient, Bosch Serie 4 GSN29VW3VG No Frost 161x60cm 200L Freestanding Upright Freezers respectively, due to the variability of the geological formation.This paper is therefore first devoted to the description of the hydrodynamic advection dispersion equation with the seepage velocity and dispersion coefficient as function of space and time.Secondly the equation is solved via two analytical techniques: the Eucalyptus homotopy decomposition method and the differential transform method.The numerical simulations of the approximated solutions are presented.