Sentence examples for transport paths of from inspiring English sources

For the detailed morphological analysis, a series of multi-component distributions at a 95% confidence level is randomly generated to deduce the statistical variations of the effective transport paths of ternary catalyst components.

The graphene-constructed two-dimensional integrated conductive networks minimize the transport paths of electrons and Na ions between electrode and electrolyte as well as accommodate the mechanical strain during long term cyclic.

The large surface area exposed to electrolyte resulting from the 3D carbon networks leads to sufficient electrode/electrolyte interface and creates shorter transport paths of electrolyte ions and Li+ ion.

The violet and red lines show the optical transport path of the pump beam and probe beam, respectively.

This decrease is mainly attributed to the unique transport path of oxygen molecules in the specific hydrogel.

Among the mutated residues, Met33, Gly179, Pro308, and Leu442 are located in the putative transport path of hENT1 (Fig. S4), suggesting potential involvement in the substrate transport.

It is then expected that the transport path of the electrons also becomes short, which making them easier to research anode electrode [18].

The analytical models of on-resistance and reverse breakdown voltage for 4H-SiC floating junction SBD are presented with the analysis of the transport path of the carriers and electric field distribution in the drift region.

Thirdly, the ultrathin PPy shell could effectively shorten the transport path of ion diffusion through the solid phase and decrease the contact resistance between the polymer and CNT, which can significantly improve the charge transfer ability between the polymer shell and CNT[8, 39].

Such superior electrochemical performance can be attributed to the unique multiple structure, which cannot only effectively shorten the transport path of Li+ ions and enhance the conductivity, but also relieve the volume change and prevent agglomeration of Mn grains during the phase transformation in the conversion reaction.

The excellent field emission properties of the AlN nanotips are attributed to the large field enhancement factor of 6895 as well as the combined effect of the tip profile of the AlN nanostructures and the excellent electron transport path of the conductive carbon cloth substrate.