1-D In2O3 nanostructures show high gas-sensing response due to their high electric conductance, high transparency to visible light, strong interaction with the gas molecules, high surface-to-volume ratio, and large surface activities [3].
A key observation from a HVO study on the 2014 2015 flow showed a large percentage of surface activity occurring away from the immediate flow front in the form of lateral breakouts well behind the active front (Patrick et al. 2016), underscoring the importance of extending the operational range of UAS to capture areas beyond the active front of an advancing pāhoehoe flow.
On the other hand, Cs2.5H0.5PW12O40, which are both BrÖnsted acid and Lewis acid, exhibits larger surface area and higher activity than H3PW12O40·19H2O [46], and the acid activity of Cs2.5H0.5PW12O40 is about 15 times higher than H2SO4 [28].
Smaller size provides greater surface-to-volume ratio, leading to more close interaction with microbial membrane and larger surface area for antimicrobial activity [11].
They provide a larger surface area for antimicrobial activity owing to a greater surface-to-volume ratio in comparison to larger particles [ 19, 26].
There was a significant increase in the mean droplet size and a significant deterioration of coalescence and creaming stability when WPH instead of WPI was used as the protein source, due to the lower number of large peptides and lower surface activity of the WPH.
PbSnO3nanostructures with better crystallinity and larger surface areas show enhanced photocatalytic activity for the decomposition of organic pollutant isopropanol under the visible light irradiation than the catalyst prepared by the solid-sate method.
The two types of asphaltenes (C5I and C7I) were found to be effective in the stabilization of water/oil emulsions as well as water/toluene emulsions, with larger effects for C7I in water/toluene emulsions, consistent with its greater surface activity and its larger tendency to self-associate.
Compared with the catalyst from the traditional solid state route, nanostructured SrSnO3 catalysts with larger surface areas showed higher photocatalytic activities for water splitting under UV light irradiation.
Emphasis has been put on the studies of Earth-directed CMEs whose associated surface activity and large scale magnetic source have been well identified.
