Sentence examples for resistance diffusion from inspiring English sources

With the comparison of data obtained from EIS and DC, the sum of pure membrane resistance, diffusion boundary layer resistance and electrical double layer resistance determined by EIS equaled to the overall resistance of membrane systems determined by DC.

In consideration of the characteristic of their tetM-positive tetracycline resistance, diffusion has probably provided considerable advantages by the use of antimicrobial agents in different farms or horizontal acquiring of genetic elements, such as Tn 916 with tetM [ 9, 42].

Equivalent series resistances, charge transfer resistances and diffusion control were studied by electrochemical impedance spectroscopy (EIS).

Ceramics coatings have been widely used as oxidation-resistant materials for basal alloy, hard overlay of wear-resistant objective, rubbing seals, thermal barriers, erosion resistance, and diffusion barriers.

EIS study also showed that the resistance of diffusion boundary layer decreased due to mechanical stirring.

It has been discovered that the operation temperature has more effect on the charge transfer resistance than diffusion resistance.

The results indicate that both charge transfer resistance and diffusion resistance increased dramatically with decreased SOC values when SOC≤26.5%.

The charge resistance and diffusion coefficient can be comparable to that of previously reported carbon/sulfur cathode.

The growth of biofilm in multilayers consisting of outnumbered dead cells in the vicinity of the electrode surface caused the polarization resistance and diffusion resistance resulting in a sharp drop in the current generation.

Such results could be associated with the advantageous architectures of nanocomposites, which were preferred in decreasing ion transfer resistance, shortening diffusion distance as well as improving electron conductivity.

The obtained results can be explained through the optimization of the charge-transfer resistance and diffusion impedance values of the developed materials.