Infiltration in layered loessial deposits: Revised numerical simulations and recharge assessment

Infiltration in layered loessial deposits: Revised numerical simulations and recharge assessment

Infiltration in Unsaturated Layered Fluvial Deposits at Rio Bravo: Macroscopic Anisotropy and Heterogeneous Transport

and Yeh, 1996; Roth and Hammel, 1996; Birkholzer and Tsang, 1997) suggest that in unsaturated media, An infiltration and dye transport experiment was conducted to the macrodispersivity for the equivalent homogeneous visualize flow and transport processes in a heterogeneous, layered, medium, which is in general anisotropic, increases with sandy-gravelly fluvial deposit adjacent to Rio Bravo Boul...

Numerical Simulations of Wave Scattering from Two-layered Rough Interface

Method of Moments (MOM) combining with the Kirchhoff Approximation(KA) for analysis of the problem of optical wave scattering by a stack of two one-dimensional Gaussian rough interfaces is solved. The scattered field from the upper interface is solved by MOM and the transmitted field from the lower one is expressed from the Kirchhoff approximation where the multiple scattering phenomenon is neg...

Layered Architecture Revised

A systematic approach to building layered software architecture is proposed. Separate layering models required for a proper abstracting of hardware, persistent data, and communication protocols are described. Implications on various types of testing are discussed.

Spatial and temporal infiltration dynamics during managed aquifer recharge.

Natural groundwater recharge is inherently difficult to quantify and predict, largely because it comprises a series of processes that are spatially distributed and temporally variable. Infiltration ponds used for managed aquifer recharge (MAR) provide an opportunity to quantify recharge processes across multiple scales under semi-controlled conditions. We instrumented a 3-ha MAR infiltration po...