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The modeling approach, designed to perform probabilistic threshold analysis on the simulated groundwater concentrations, relies entirely on a suite of in-house developed and/or integrated computational modules.
We describe a landscape scale modeling approach designed to examine the relationship between potential chloride contamination in wetlands and patterns of oil and gas development.
We report on a physically based Fermi-level modeling approach designed to be accurate and yet amenable to be implemented in a device-size process simulator.
The purpose of this paper was to use a numerical mass balance modeling approach designed specifically to couple the interactions of organic carbon, DO, and CEs in order to more realistically simulate the fate and transport of CEs in groundwater systems.
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First, a modeling approach is designed to convert a building information model (BIM) to a computational fluid dynamics (CFD) model, thereby creating a high-fidelity model of a building and its sprinkler system in the fire dynamics simulator (FDS) program.
Finally, a modeling approach was designed to describe more precisely the intuited regularities and singularities of these 3 categories.
A realistic modeling approach is designed to address the role of winter mixing on the interannual variability of plankton dynamics in the north-western (NW) Mediterranean basin.
A 3D inversion including topography remained problematic and difficult to apply for the present study because the numerical modeling approach was designed for flat surfaces originally, but in the general case, the surface is surrounded by an air layer overlying topography.
The new modeling approach was designed to characterize pesticide buildup and washoff processes on concrete surfaces, including the time-dependence of the washoff potential after application and the dynamics in pesticide washoff during a runoff event.
This modeling approach was designed to account for daily changes in everolimus dose (see the Methods section for a more detailed description of each model and model parameters).
Based on the results obtained from the geometric model, a CAD modeling approach for designing randomly microsphere-packed three-dimensional bone grafts was developed.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.
Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com