Recent studies confirm a steep and constant increase of the diffusion of smart objects, which are capable to interact with the real world and to communicate and gather information autonomously through Internet connections.
The scattering ratio (KC/Rs q)) and apparent diffusion coefficient (Ds,app q)) of the slow mode is linearly related to scattering vector (q2), indicating that it is related to the diffusion of scattering objects.
Previous studies demonstrated the influence of the chromatin network on the diffusion of larger objects [11], [12], but its impact on the motion of smaller molecules has not been quantified so far.
With the Born approximation we assume the absorption and diffusion is known in the background but here we estimate chromophore concentrations and diffusion of the object of interest as well as chromophore concentration in the background.
Assuming perfect mixing inside the nuclear and cytoplasmic compartments and further assuming that no binding of the diffusing species within either nucleus or cytoplasm occurs, k can be expressed as follows: The term (1−(r/ R)) describes steric hindrance of entry into the channel and extends the validity of the equation from the diffusion of point-like objects to objects with the Stokes radius r.
Throughout the grasslands there have been exchanges of art objects and diffusion of the brass-casting technique, confusing the more-detailed stylistic picture.
However, most of the previous studies focus overwhelmingly on unidirectional mass diffusion from collected objects to uncollected objects, while overlooking the opposite direction, leading to the risk of similarity estimation deviation and performance degradation.
As can be seen, although the saliency based initialization stage sometimes fails to extract the foreground objects, the stages of message transferring and heat energy diffusion can boost segmentation quality via sharing visual similarity of objects among images.
Alternatively, local diffusion of Cl out of the object may occur in these areas or other explanations may be possible.
It has been previously established that fully mineralized objects, such as USK_001, tend to have low Cl content due to the diffusion of Cl ions out of the object back into the ground (Watkinson 1983).
