The best dopant for improved performance was found with WSe2 followed by Au, Ti, and Cr.
The improved performance was found to be derived from the self-forming multilayer properties and the h-BN solid lubrication effects in the coating.
Those taught by simulation were seen to outperform those taught by lectures and this improved performance was also found to be statistically significant at 4 months [ 28].
Detection performance is found to improve over durations extending to at least 600 ms [26] and is best described by a 'cascade' of motion detectors which, when activated, facilitate detectors tuned to a similar direction and whose receptive fields follow the path of the motion.
While the semi-blooming nanoflowers turn into ordered mesoporous via thermally removing the periodically arranged polyvinyl pyrrolidone micelles, their gas-sensing performance is found to be improved dramatically, indicating that sufficient amount of gas diffusion is crucial to gas-sensing properties rather than the fast gas diffusion speed.
Improved CDI performance was found when the modified samples were used in aspect of salt-removal capacity and/or electrosorption rate.
The improved photocatalytic performance was found to be associated with the synergetic effects of the exposed photogenerated electron-rich (040) facets of BiVO4 and the enhanced electronic conductivity caused by the graphene, and more significantly, the interaction between BiVO4 and graphene sheets which reduces the recombination of photoinduced charge carriers.
Slightly improved model performance was found using land use from both the raster data and aerial photography, compared with either alone (see Supplemental Material, Table S7).
No simple means of improving ΔRESPPP performance was found.
Permeation experiments were also performed under tensile loading, and the critical strain for loss of barrier performance was found to be improved by a factor of two, only in case of basic pH.
