Moreover, the benefit of diffusion-weighted imaging would be more obvious in the detection of small anastomotic recurrences.
As such, the benefits of diffusion analyses are that they identify overall trends in datasets (such as gradients in earliest occupations), as well as place individual sites within the broader statistical context of regional archaeological records, and so are statistically powerful.
It enables a displacement in the equilibrium phase diagram towards higher temperatures, which means the possibility to achieve the same final oxygen content as the one at low temperature, but with the benefit of higher diffusion rates.
Theories on agglomeration forces (Glaeser 2011), buzz (Storper and Venables 2004) and clusters (Porter 1998) assume that the benefits of knowledge diffusion are greatest when interaction takes place in close geographical proximity.
However, the benefit of sluggish carbon diffusion is considered to be fairly limited for rapid heating and cooling cycles such as under wheel slip conditions, since the martensitic regions are usually formed at the outmost surface layer where the material is severely plastically deformed.
Critically ill patients probably benefit from a combination of diffusion and convection that provides sufficient elimination of small and larger toxins and, in contrast to the majority of other reports, we combined dialysis with our procedure, anticipating better treatment of renal failure syndrome [ 33].
X-ray diffraction analysis of the grown crystals reveals the benefit of the counter-diffusion technique.
Comparisons between MiGS and MiNeGS reveal the benefits of a diffusion-distance-based NFP identification strategy, while comparisons between NeGS and MiNeGS indicate the contributions of integrating microRNA information with microarray data.
As we have shown, the details of the benefit function, diffusion range, cost of production, and update rule that drive the dynamics of growth factor production are critical to determine the type of dynamics and equilibria.
The excellent electrochemical performance could be contributed to the three-dimensional structure which benefited the diffusion of oxygen and the storage of Li2O2 as well as the synergy effect of MWCNTs as an ideal conductive support for RuO2-MnO2 as co-catalyst in Li-O2 battery.
