Sentence examples for capable of diffusion from inspiring English sources

We first assess the case when none of the elements are capable of diffusion.

It is interesting to note that the uptake rate of compound 10 was roughly double that of compound 15, which correlates with the portions capable of diffusion through the membrane: while 100% of compound 10 are lipophilic, only 50% of compound 15 are undissociated and therefore sufficiently lipophilic.

As noted above, reactive oxygen species generated by electron hole recombination mechanisms at the titania surface were expected to be capable of diffusion through the gas-phase, and an AFM probe represents an even less well-confined excitation source than an aperture.

This suggests that this method with some modifications could potentially be used for the entrapment of model proteins of somewhat smaller size (and active components more resistant to acidic conditions) that are capable of diffusion inside the matrices under proposed mild conditions.

A second kinetic model, which considered the physical tunnel as a small sphere capable of preventing diffusion of the intermediate into the bulk, was then constructed.

The performance of the proposed model was also compared against the Mutoru Dios Firoozabadi model (Mutoru et al. 2011) which is capable of predicting diffusion coefficients for carbon dioxide and water mixtures at both low and high pressures.

Since 5-FU is capable of nonfacilitated diffusion across cellular membranes, the CD/5-FC strategy generates a potent bystander effect.

Many glycosylases are capable of facilitated diffusion, whereby multiple sites along the DNA are sampled during a single binding encounter.

We propose that these materials function by retarding cytokine diffusion, with the non-crosslinked polymers being capable of retarding the diffusion of cytokines in the extracellular matrix and preventing engagement with receptors.

We demonstrate in this study that spinning magnetic nanoparticles (MNPs) by means of rotating magnetic fields (RMFs) gives rise to an intriguing nanomotion mechanism capable of triggering giant diffusion in stagnant liquids and thus able to stimulate transport beyond the molecular diffusion barrier especially in stagnant liquids.

However, it has been found that the constant-order fractional diffusion equations are not capable of characterizing some complex diffusion processes, for instance, diffusion process in aninhomogeneous or heterogeneous medium [7].