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For simulating the water quality, the EFDC solves the hydrodynamics and drives the transport of chemicals by using the hydrodynamic results.
Since it is submerged under and influenced by water, the hydrodynamic effect is taken into account by using the hydrodynamic added mass method.
By way of example, two different control architectures are described and validated in the simulator by using the hydrodynamic models of two real underwater vehicles called GARB I and URIS.
These observations were also supported by In vivo data obtained by using the hydrodynamic injection of HIF-1α techniques.
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The daily operations in the reservoir were simulated and tested by using the proposed hydrodynamic model of TGR.
However, when using the hydrodynamic diameter determined by DLS of around 160 nm, more than 85% recoil retention could be expected.
Using the hydrodynamic radii for the labels obtained by dynamic light scattering (20, 26 and 32 nm), we obtained α = 20° for the angle and x = 1.7 nm.
Conformational parameters of the fluorinated poly p-phenylene-1,3,4-oxadiazole-imide-amide) molecules in dilute solutions in N,N′-dimethylacetamide, N,N′-dimethylformamide and 96% sulpoly p-phenylene-1,3,4-oxadiazole-imide-amideof hydrodynamic and dynamo-opoly p-phenylene-1,3,4-oxadiazole-imide-amide
We investigate dispersion and group velocity relations of numerical schemes for the three-dimensional hydrodynamic equations by using the transform function method.
The resulting diffusion coefficient was converted into a corresponding hydrodynamic radius by using the Stokes Einstein equation.
The temporal splittings were related to size shifts by using the logarithmic relationship between retention time and hydrodynamic radius (Supporting Information).
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