Sentence examples for for faster electron from inspiring English sources

Apparently, compared with the bare Ni3Si2O5(OH)4 microsphere electrode, the Ni3Si2O5(OH)4/RGO microsphere electrode possesses much smaller R s and R ct values, which are indeed indicative of its better electronic conductivity and allow for faster electron transport within the electrode matrix [32 34].

CNT intimately connected with V6O13 nanosheets for faster electron transferring.

The latter will increase the surface area allowing for more QD loading and for an ordered pathway for faster electron transport.

Comparatively, tree-like ZnO structures exhibit a larger internal surface area for efficient dye loading and light harvesting, a greater available pore volume, reduced charge recombination, and improved interconnectivity for faster electron transport than ZnO nanorods.

In such a composite structure, nanowire arrays possess open spaces for shorter ion diffusion length, while ultrathin metal Co shell has high electronic conductivity for fast electron transfer.

The unique structure and synergetic effect of the CPN@SnS2 composite were contributed to the enhanced electrochemical performance, in which the 2D ultrathin nanostructure facilitated lithium ions insertion and the CPN greatly improved the electronic conductivity for fast electron supply.

ZnO is a wide-band gap semiconductor that possesses an energy band structure and physical properties similar to those of TiO2 but has higher electronic mobility that would be favorable for fast electron transport, with reduced recombination loss when used in DSSCs.

Quantum mechanics require that for fast electron exchange to take place, electrons in a particle outside the double layer (e.g., a hydrated ion at the outer Helmholtz plane) must attain certain well-defined quantized energy levels equal to those in which free electrons exist in the metal.

A new method for fast electron resist contrast definition is presented.

Graphene act both as buffer layers, preventing the aggregation of metal oxides, and provide electron pathways for fast electron transfer.

Direct synthesis of 1D CS-NNs on graphene can result in a low resistance for fast electron transfer.