Sentence examples for shorten diffusion from inspiring English sources

The outstanding electrochemical performance can be related to the nanocrystalline structure of Fe2O3 which could sustain high strain, shorten diffusion lengths for lithium-ion, and keep the structure stable.

Namely, 3D nickel foam serves as highly conductive backbone for deposition of nanostructured MnO2/Ni(OH)2 composite film, which provides the high accessibility of electrolytic ions for shorten diffusion paths.

This not only provides a continuous electron pathway but also facilitates ion transportation by shortening diffusion pathways [18, 19].

The peculiar hierarchical structure of CuS could provide abundant contact area between the active material and electrolyte, thus shortening diffusion distance.

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.

All results indicated that the mesoporosity influences only the accessibility of the acid sites in the ZSM-5 crystals mostly via shortening diffusion pathways, but not the strength of the interaction with the cyclic hydrocarbons.

The development of meticulous nanoscale porous designs with advanced properties have been attracted considerable interest because of their large surface areas, dispersion of active sites at different pore length scales and shortened diffusion paths that facilitates the rapid migration of electrolyte ions.

The results of scan electron microscopy, transmission electron microscope and Brunauer-Emmett-Teller characterization reveal that the 3D nanoscaled architecture with hierarchical porous structure was achieved, which not only provide a continuous electron pathway to ensure good electrical contact, but also facilitate ion transport by shortening diffusion pathways.

Capillary recruitment helps maintain tissue O2 flux at a lowercapillary partial pressure of oxygen (PO2) by shortening diffusion distances and increasing capillary surface area available for O2 diffusion [ 3].

The Mo2C nanoparticles shorten ion/electron diffusion distance.

The hollow structure could shorten the diffusion length for lithium ion in the microspheres.