Sentence examples for reaction surface area from inspiring English sources
The unique architecture provides higher reaction surface area resulting in higher capacity.
Percolation scaling theory is used to determine the accessible reaction surface area of the sorbent particles.
The enhanced supercapacitor performances are due to the porous array architecture providing fast ion and electron transfer, large reaction surface area and good strain accommodation.
The outstanding electrochemical performances are mainly attributed to its nanowire array architecture which provides large reaction surface area, fast ion and electron transfer and good structure stability.
Gas sensing tests showed that the strawberry-like ZnO mesoporous material exhibited superior gas sensing performances to ethanol and acetone due to high reaction surface area and abundant mesochannels.
The unique performance of NiS/PEDOT PSS with a DEG benefits from its unique chrysanthemum petal-like nanostructure, which could offer faster ion and electron transfer ability, greater reaction surface area and good structural stability.
Firstly, a novel design incorporating multi-walled carbon nano-tubes (MWCNTs) on radial shaped micro-channel walls to form micro/nano reaction chambers which significantly enhance the reaction surface areas for the performance improvement.
By varying the cell length and expanding the reaction surface areas by including additional surfaces within the cell, simulations show that the fuel utilization can be improved to around 86%, which is much higher than has been achieved in previous studies.
The Ni(OH 2/CNTs composite provided a shorter diffusion path for proton diffusion and larger reaction surface areas, as well as reduces the electrode resistance due to the high electronic conductivity of CNTs [102].
A noticeable difference between the pre-reaction surface areas of the two samples was observed, indicating a more highly sintered ZrO2 support after being heated at 750 °C.
Moreover, the difference between the post-reaction surface areas of the two samples is much smaller, which is caused by a further sintering effect when the catalyst was heated up to 850 °C during the reaction, and this sintering effect was possibly one of the main routes of deactivation during the dry reforming of methane.
