Sentence examples for for faster transport from inspiring English sources
Prolonged lead times by slow-steaming can also be addressed without changing the shipper's operations by replacing container shipping for faster transport.
This "allows for faster transport and ensures all devices in the patient cabin can work immediately".
Macroporous NF substrate was very useful for the urea electrolysis and hydrogen production, which allowed for fast transport of electron, electrolyte, and gas products.
The presence of the graphene in composite not only constructed conductive paths and a network for fast transport of Li+, but also effectively reduced the dissolution of polysulfides into electrolyte.
This is mainly attributed to the synergetic effect between CNTs and CNSs caused by their unique structure, which forms interconnected conductive network for fast transport of both electrons and lithium ions, and thus remarkably improves the electrode kinetics.
It is here that neuropeptide precursors and accessory enzymes required for their processing are organised into dense vesicles for fast transport along the axon [24] and exocytosis at the pre-synaptic membrane.
Such a mechanism of fast transport for up to a hundred warriors was unthinkable by land before the domestication of the horse and may have been comparable to the Vikings of more modern times.
TEM results show a larger cluster size in K+ form membranes, another possible reason for faster K+ transport.
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.
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].
