Sentence examples for ability of charges from inspiring English sources

After several 1000 cycles, the interaction force between CNT and PPy remains unchanged and the PPy shell appears to have a dense sheet structure, which implies that the transfer ability of charges remains fairly constant.

Permittivity is a property of the dielectric material and reflects the ability of charges in the material to move in response to an electric field.

One of the most promising characteristics of graphene is the ability of charge carriers to travel through it ballistically over hundreds of nanometers.

The aim of this study is to examine the influence of electrostatics in determining the ability of charged material to adhere to dentin surfaces.

When the compacting GF is used as free-standing electrodes for supercapacitor, it exhibits more excellent ability of charge storage than that of pristine graphene foams.

With a detailed understanding of the factors affecting the interactions, the ability of charged polysaccharides to associate with the milk proteins is continuously exploited to create functional complexes, novel ingredients and delivery systems.

Here we report a facile and effective method to largely enhance the transfer ability of charge carriers via fabrication of an oxygen vacancy-rich WOx modulated WO3 photoanode (WO3-OV).

The rate of non-radiative recombination and energy transfer through a hybrid inorganic/organic nanocomposite is mainly governing the ability of charge transfer from semiconductor quantum dots to conjugated polymers.

The outstanding electrocatalytic performance is attributed to its unique coral-like porous hierarchical structure established by conductive CoSe2 nanocrystals, which can not only offer abundant electrocatalytic active sites, but also boost the ability of charge transportation.

Analyses of larger sets of peptides, generated from lysates by either Lys-N, Lys-C, or trypsin, reveal that specific peptide orientation affects the ability of charged side chains, such as phosphate residues, to influence retention.

These results suggest that this structure can trap a large number of electronic charges, just as capacitors have the ability of holding charges at low frequencies.