Sentence examples for improve diffusion from inspiring English sources

One of the proposed solutions is substituting A or B sites in the ABO3 formula to create vacancies and, therefore, to improve diffusion properties [63].

From these results, it can be concluded that at high NC content, the changes of shear stress caused by the screw speed are not enough to improve diffusion of polymeric chains in NC layers.

There is ongoing debate whether using a higher spatial resolution (sampling k-space) or a higher angular resolution (sampling q-space angles) is the better way to improve diffusion MRI (dMRI) based tractography results in living humans.

In the PU matrix, ethanol diffusion is seen to induce swelling of the matrix, which is an unexpected phenomenon but reveals the high potential of X-ray microtomographic observation to improve diffusion analysis in complex media.

Molecular dynamics simulations of the system in four distinct solvation scenarios including pure DCM, mixed DCM/DMF, pure DMF and water, have proven that while hydrophobic solvents give rise to better "dispersion" of drugs, hydrophilic solvents lead for drug molecules to penetrate into the carrier and improve "diffusion" properties.

Another effect caused by the ultrasound wave is that it can facilitate the swelling and hydration of biomass and so cause an enlargement of pores in the cell wall which can improve diffusion processes and therefore enhance mass transfer which can enhance extraction yield [ 50].

Another gel using a nanostructured lipid carrier improved diffusion through the epidermis compared to traditional ibuprofen gel formulation by increasing the lipophilicity of ibuprofen [65].

The intercalation of niobium oxide interlayers was proved to interrupt the columnar grain growth of niobium during sputtering, resulting in improved diffusion barrier efficiency of obtained multilayers.

The improved photocurrent Jsc with increasing α-TiP content was attributed to the improved diffusion coefficient of I3 − and the reduced charge-transfer resistance, as described in the previous sections.

The results obtained can be explained by the fact that the presence of zeolite in the first layer improved diffusion properties of the membrane, which was a cause of higher sensitivity.

As an interesting potential application of this finding, the large surface area and interspaces of the 3-D hierarchical ZnO nanostructures may offer improved diffusion and mass transportation of molecules and charges in photochemical reactions.