Results in previous literature suggest that diffusion in a one-dimensional stockpile can lead to a maximum temperature rise of ≈ 80 K.
(D ) Sensitivity analysis, varying the parameters used in C. It revealed that diffusion in buffer, the partition coefficient, and diffusion inside the particle, but not the capture efficiency, are limiting for the influx process.
In the 1940s, KIRKENDALL showed that diffusion in binary solid solutions cannot be described by only one diffusion coefficient.
For example, the authors in [39] found that diffusion metric based functional distances among protein domains closely correlate with sequence alignment, structural proximity and phylogenetic similarity.
Interestingly, the data in Figure 4 suggest that diffusion may be faster in the (SSB 35 mode.
The negative sign in Eq. (1) indicates that diffusion occurs in the opposite direction to that of increasing chloride concentration.
We agree with the reviewers that diffusion in 3D generally differs from diffusion in 2D.
It was found that diffusion in the anode plays a key role in the performance of a tubular SOFC.
The indications that diffusion in biological structures can be essentially limited appear in various studies of cell physiology.
Previous work in cardiomyocytes has shown that diffusion of ATP is anisotropic and 2 3 times slower than in dilute solution (Vendelin and Birkedal, 2008); these authors suggested that the anisotropy was caused by intracellular membranes hindering diffusion.
