Sentence examples for due to facile from inspiring English sources
CA_20 exhibit the highest specific capacitance due to facile electrolyte ion transport.
In PDTSDTBT, linear alkyl chains on silicon were chosen due to facile and cheap access and the inserted 3-hexylthiophene units were chosen to increase solubility and molar mass, a weak point with PDTSBT.
The mesoscopic WO3 microspheres offer desired porous properties and large effective active areas provided by intertwining nanofibers, thereby resulting in excellent supercapacitive properties due to facile electrolyte flow and fast reaction kinetics.
The incorporation of the imidazole ring into homopolymers and copolymers using conventional free radical polymerization of N-vinylimidazole monomer is particularly widespread and advantageous due to facile functionalization, high thermal stability, and the relevance of the imidazole ring to many biomacromolecules.
Fiber softening occurs for long compared to short NRL (due to facile stacking rearrangements), dynamic compared to static LH/core binding as well as slow rather than fast dynamic LH rebinding (due to DNA stem destabilization), and low compared to high LH concentration (due to DNA stem inhibition).
Among plasmonic materials, silver nanoparticles (AgNPs) have attracted extensive attentions, due to facile control synthesis and tenability of plasmonic features.
Ceria offers great promise in catalysis, due to its facile switchable oxidation state manifested from its oxygen buffering capability.
Due to their facile fabrication, different inks can be used to give rise to both graphite- and gold-based screen printed microelectrode arrays.
The relatively high selectivity on SAA is mainly due to the facile desorption of ethylene and moderate activity in the dissociation of molecular H2.
Original Pt-Co NS@carbon sponge electordes have a great potential for the application in fuel cells due to its facile preparation, high performance and low cost.
The in-situ radical bulk polymerization technique has been proved to be the most efficient strategy for the inorganic/polymer nanocomposites due to its facile mass-production and excellent interfacial properties.
