MSD represents the diffusion of a single channel within the hydrophobic core of membranes and we found that the lateral movement in the plane of each membrane dominated the diffusion (Supplementary Fig. 16).
The inclined line at low frequency represents the diffusion of Li ion in the electrode, which is also named Warburg impedance.
For example, representing the diffusion of oxygen and carbon dioxide across a capillary wall in a lung as a simultaneous (not sequential) process is challenging in a static drawing unless the learner specifically reports this process as simultaneous.
The first clip (18 s) exemplifies the process of molecular-level solvation (or dissolution), showcasing the attraction and association of solvent molecules (e.g., water) with molecules or ions of a solute; the second clip (49 s) represents the diffusion of the random movement of individual particles as opposed to the intentional/directional movement of molecules.
First, we began by plotting diffusion curves representing the diffusion of the CTM among all of the PCPs and nurses practicing in the borough.
The last term of this equation represents the diffusion of the bacteria in the lung tissue where D A is the bacteria diffusion coefficient.
These data allowed us to plot curves [ 21] representing the diffusion of the CTM among all of the 175 PCPs and 59 nurses practicing in the borough.
The hydrogels diffusion coefficients were also calculated using Eq. 6: S = 4left[ {frac{D}{{pi r^{2} }}} right]^{0.5} bullet t^{0.5}, (6 where D, r, S, and t represent the diffusion coefficient, radius, fractional swelling of the hydrogels, and time, respectively.
According to Eq. (3), D, l, n, F, and C represented the diffusion coefficient of the triiodide, the thickness of spacer, the number of electrons involved in the reduction of triiodide at the electrode, the Faraday constant, and the concentration of triiodide, respectively.
