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Light transmission visualization (LTV) has shown its accuracy and efficiency for measuring DNAPLs saturation and water content in the laboratory, but it cannot be implemented in three dimensional sandbox or field-scale sites.
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We apply our algorithm to a spin system to show its accuracy.
Several numerical examples are computed by this method to show its accuracy and convergence.
Finally, several numerical examples were provided to confirm the validity of the method and show its accuracy, as well as convergence speed.
A validation of the proposed formulation is next carried out to show its accuracy for both bone layers (cortical and cancellous).
Numerical examples show its accuracy, convergence speed and insensitivity to initial designs in shape and topology optimization of two-dimensional (2D) problems that have been extensively investigated in the literature.
The convergence behavior of the method is demonstrated and to show its accuracy, the results are compared with those of the exact solutions obtained for the isotropic plates under moving load and other available solution.
For this novel approach, we discuss the implementation strategy and the indicator details, show its accuracy and efficiency for a decaying homogeneous isotropic turbulence and the transitional Taylor Green vortex and compare it to the original overintegration approach and a state of the art variational multi-scale eddy viscosity formulation.
Based on the model testing, the eight-state model shows its accuracy to measure the channel variations represented by the trace collection.
In general, with each set of data, a specific model is believed to be the best either because it was developed using this set of data or because, when developed, it was compared and examined with this set of data to show its accuracy.
We validate our analytical model via simulations and the results demonstrate its accuracy, showing the impracticality of providing performance analysis for DCF with only the consideration of homogeneous PHY conditions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com