Sentence examples for charge of the diffusion from inspiring English sources

The colloidal suspensions exhibit the smallest stability at the isoelectric point, where the total charge of the diffusion layer around the particles is equal to zero.

This increase in electron charge density retarded the diffusion of the needed fluoride anion to the crystal surface due to charge repulsion.

For a fixed temperature, the combined effect of the charge q and the diffusion D would therefore have an effective impact on the output of the sensor.

For the performance evaluation of the diffusion charger, sodium chloride (NaCl) particles smaller than 0.1μm in diameter, and dioctyl sebacate (DOS) particles of 0.1 0.7μm, were used.

The consequence is increasing the number of negatively charged segments in the diffusion layer of Cr2O3 particles.

Additionally, the presence of charged groups in the diffusion layer prevents the flocculation of the colloidal particles and ensures the suspension stability.

Although the total net charge did not change, the thickness of the diffusion layer diminished significantly (Benefield et al. 1982).

In addition, the hollow spherical structure could effectively tolerate the volume change caused by the discharge-charge processes, reduce the diffusion distance of lithium ions, and facilitate the charge diffusion due to carbon presence.

All the ac-impedance spectra measured on porous V2O5 film electrodes showed the non-ideal behaviour of the charge-transfer reaction and the diffusion reaction, which resulted from the interfacial capacitance dispersion and the frequency dispersion of the diffusion impedance, respectively.

Therefore, at pH <7, the effect related to the presence of negatively charged functional groups in the diffusion layer predominates that of the displacement of counter-ions in the Stern layer.

A simple model was used to take into account the experimental results: the changes of the potential with the time and the electrolyte concentration; the changes of the charge transfer resistance and the diffusion resistance with the electrolyte concentration.