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Fig. 3 Contact angle measurements for surface modified samples.
The zeta potential measurements for surface charge correlated well with the polymer-coupled nanoparticles [see Table S1 in Additional file 1].
Measurements for surface elevation, vertical and horizontal forces are compared with calculations made by solving Euler's equations using the CFD software OpenFOAM with good agreement.
Comparison of Eh measurements for surface water samples in this study (Table 2) with those of groundwater samples measured using the same equipment during the same time periods [12] shows that Eh measurements made with the Hydrolab can distinguish between oxic surface waters and anoxic groundwaters.
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c Schematic of confined recovery and rupture of conducting filaments by ZnO1 − x NRs [256] Fig. 17 a, b Contact angle measurements for surfaces of the ZnO film and the ZnO1 − x NRs, respectively.
We use the contact measurement for surface condition measurement.
This study opens interesting prospects for the use of spatially distributed measurement for surface runoff detection, spatially distributed hydrological models implementation and validation at a reasonable cost.
Table 4 Surface area measurements for MWCNTs Surface area (m2/g) 194.4 Total pore volume (cc/g) 0.0835 Average pore diameter (nm) 17.19 Micro pore volume (cc/g) 0.17 Open image in new window Fig. 4 N2 adsorption desorption isotherms of acidified functionalized MWCNTs.
Brunauer Emmett Teller (BET) measurements, employed for surface analysis, suggest NiO's suitability for surface activity based glucose sensing applications.
Possibly, the triaxiality from both methods are correct, simulations for the bulk material and calculations from measurements for the surface, although not equal.
Results from pilot testing experiments confirm that the proposed system provides efficient, reliable, accurate and consistent measurements for pavement surface profiles.
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