Sentence examples for abundant diffusion from inspiring English sources

NiO HPA would provide enough active sites and abundant diffusion channels, which favor the mass transfer process for electrolyte and glucose.

This is thus the first paper to demonstrate the dramatic improvement in fine scale spatial prediction of NO2 that can be obtained by using abundant diffusion tube data that is relatively inexpensive to collect in addition to the small numbers of automatic monitors.

Furthermore, gas sensing experiments indicated that a superior gas-sensing property of aligned WO3·H2O nanorods occurs over that of the monodispersed WO3·H2O nanorods, which is likely attributed to large effective surface areas and abundant accessible diffusion channels provided by this special structure for sufficient gas reactions.

Moreover, the gas sensing results indicated that the multiple networked NiO architectures assembled by nanowires which possess continuous structure exhibit an enhanced gas-sensing performance compared to the other one, which is likely attributed to efficient transmission of carrier and abundant open diffusion channels provided by this novel structure.

Traditional H rotating-frame relaxation times that allow for abundant-spin diffusion, ⟨ T1ρ(H ⟩, were measured from the decay of carbon signal intensities with C H contact time in a CPMAS experiment.

Scaffold-free cell sheet-based constructs have been applied for tissue repair due to their high rates of nutrient diffusion, abundant deposition of ECM, and interactions with cell membrane proteins, including growth factors, ion channels, and cell-to-cell junction proteins.

Among all the nanostructures, the nanoplates-assembled nanoflowers exhibited significantly higher gas-sensing performances than the others, which may ascribe to their hierarchical architectures with large specific area and abundant spaces for gas diffusion.

The significant results might be attributed to the unique space grid structure and specific composition, including the CNT crossing-linked MnO for high dispersion of nanoparticles, abundant porous channels for electrolyte diffusion, excellent electronic conductivity for electron transport and durable structure for repeated electrochemical reactions.

The core/shell heterostructure endowed the NiCo2S4@PANI/CF composite materials with high electron diffusion efficiency and abundant accessible electroactive sites.

The rich acid sites on external surface of nanozeolites make them possessing a high activity for the reaction of large molecules, while their abundant pore-opening and short diffusion path would greatly enhance their tolerance to coking.

Application of the resultant copolymer as a cathode material in Li-S batteries can not only provide abundant porous channels for Li+ diffusion but also significantly alleviate the dissolution of polysulfides by chemical confinement through the covalent bonds between sulfur-rich side chains and TAR.