It shows that the intrinsic nonlinearity of the correlation causes prominent uncertainty of estimated diffusion length.
As a consequence the estimated diffusion parameters will be biased, underestimating the true diffusion.
The estimated diffusion coefficients were found to be in good agreement with those measured by other methods.
We anticipate that it will soon be possible to predict each protein's nucleocytoplasmic localization based on its importin/exportin interactions and its estimated diffusion rate through the nuclear pore.
The estimated diffusion and rotation barriers are remarkably small, thus allowing a rapid diffusion and self-arrangement even at cryogenic temperatures.
Estimated diffusion coefficients of ions across the mucous envelope were ca. 1.0±0.3×10−7 cm2 s−1 for colonies with diameters of ca. 1.0 cm.
The estimated diffusion constant shows fairly good correspondence with the self-diffusion coefficient determined by a tracer method.
But, some reports of mass storage in such zones are higher than what might be attributable to diffusion, based on estimated diffusion coefficients.
The estimated diffusion coefficients of H2O and proton in the membranes significantly depended on the H2O content, and these values showed qualitatively good agreement with the experimental results.
Estimated diffusion tensors at this high resolution were able to capture complex fiber configurations such as sharp curves, and convergence and divergence of tracts, but were unable to resolve directions at sites of crossing fibers.
The simulation results are found to be in good agreement with the experimental results, and the estimated diffusion coefficients of boron in FeB and Fe2B phases as 2.33 × 10−9 and 4.67 × 10−9 cm2/s, respectively.
