Sentence examples for reduced diffusion length from inspiring English sources

To overcome this problem, thin-film solar cells have been proposed, which not only reduces the cost of Si solar cells but also improves the collection of carriers because of the reduced diffusion length [1].

The advantages of such systems like reduced diffusion length and increased heat transfer capacities are widely known, as well as the disadvantages, namely increased pressure losses.

These results clearly indicated that the mass transport of selected molecules in hierarchical zeolite can be accelerated by introducing mesoporous structure with mesostructure with reduced diffusion length and an overall enhanced resistance against deactivation in reactions involving large molecules.

The superior electrochemical performance of TiO2@C/RGO may be attributed to its unique 3D hierarchical porous structures, the existence of carbon, large surface area and extremely reduced diffusion length.

Simultaneously, these surface sites also provide increased energy barriers for surface diffusion and thus imply reduced diffusion lengths of the adsorbed growth species [22].

The improved electrochemical performance may be attributed to the porous structure and relatively large surface area, which may reduce diffusion length for Li-ions and enhance structural integrity for buffering the volume variation during the redox reaction.

It should be noted that reduced diffusion occurring in fixed tissues may influence signal attenuation, which at the employed diffusion weighting (b = 800 s/mm) in theory can bias diffusion sensitivity towards the fast diffusion component in the tissue.

Nanostructured materials show significant improvements in rate capability and cyclability due to their high surface-to-volume ratio, reduced Li+ diffusion length, and increased freedom associated with the volume change during cycling.

We demonstrated that this high crystalline carbon network in the form of nanofiber has two kinds of merits: it not only reduced the diffusion length for Li ion transport thanks to its 1D morphology but also helped to tolerate high strain of Si and maintain electron transport throughout the entire electrode.

Due to the reduced ion diffusion length, improved wettability and electrical conductivity, PCG electrode exhibits a higher specific capacitance, better rate capability together with smaller ion transport resistance in both aqueous KOH and organic electrolyte as compared with the counterpart carbon electrode prepared by direct pyrolysis of EDTA-3K in the absent of GO.

Moreover, it is evident that when the ZnO size is reduced to nanometer dimensions, the surface area and electroactive sites increase, which effectively reduces the diffusion length of the Na+ ion in the electrode matrix [39, 40]. Figure 4 CV curves, specific capacitance, galvanostatic charge discharge curve, and Nyquist plots of electrodes.