Sentence examples for more heterogeneous surface from inspiring English sources

The linear form of the Freundlich adsorption isotherm is { log },q_{e} {text{ = log }}K_{f} {,+,1/}n,{, log },C_{e} (5 where K f is adsorption capacity and 1/n is related to the degree of surface heterogeneity (smaller value indicates more heterogeneous surface, whereas value closer to or even 1.0 indicates a material with relatively homogenous binding sites).

When the 1/n is close to zero it indicates more heterogeneous surface.

The P0 populations showed a more heterogeneous surface marker profile than P1, P2 and P3 populations regarding CD73, CD90, CD14 and CD45 in both media (Table  1).

These synthetic time series provide much greater spatial detail than the 500 m gridded MODIS data, especially over more heterogeneous surfaces, which improves the efforts to characterize and monitor the spatial variation across species and communities.

The more heterogeneous the surface, the closer the 1/n value is to 1. 1/n values can also be used to infer the nature of adsorption, i.e., values below 1 imply chemisorption and those >1 imply cooperative processes, e.g., adsorption in combination with precipitation (Foo and Hameed 2010).

On Yakushima, three montane mixed forests showed more heterogeneous canopy surfaces (greater CV of LOCH) than did the lowland broadleaf forests, though the mixed forest near the forest limit (Y16G) showed a relatively homogeneous canopy surface.

Alternative semiparametric formulations to CAR have also been proposed recently (Denison and Holmes 2001; Green and Richardson 2002; Knorr-Held and Rasser 2000) to model more heterogeneous risk surfaces and particularly to allow for potential discontinuities in the risk.

Thus formation of the monolayer can be more presumable than heterogeneous surface sorption.

The Langmuir isotherm model gave the highest correlation coefficient values, showing that during the heavy metal ions adsorption on ST20 and ST20-ALG, the monolayer formation is more presumable than heterogeneous surface sorption.

The slope of 1/n ranging between 0 and 1 is a measure of adsorption intensity or surface heterogeneity, becoming more heterogeneous as its value gets closer to zero.

Value of 1/n indicates that the adsorption intensity of dye onto the adsorbent (or surface heterogeneity) becomes more heterogeneous as its value gets closer to zero.