Sentence examples for the model surfaces from inspiring English sources

As predicted by the model, surfaces with 15 and 25 nm pore diameters significantly repressed attachment and biofilm formation by all strains tested.

We also measured the motility characteristics of actin filaments on the model surfaces, i.e., velocity, smoothness and deflection of movement, determined via in vitro motility assays.

To apply numerical methods to such models it is often necessary to generate a mesh of space-filling elements that conforms to the model surfaces.

The adhesion maps derived from the interaction of the functionalized tips with the model surfaces show that reduced salinities have little or no effect on illite adhesion; there is only a 0 2% change.

We will also provide several examples to demonstrate how the fundamental learnings from the model surfaces can be used to understand the catalytic properties of powder materials with complicated catalytic formulations, such as the bimetallic oxycarbide and oxynitride catalysts.

The electronic states of sodium ion (Na+) trapped on the model surfaces of amorphous carbon have been investigated by means of hybrid density functional theory (DFT) calculations to elucidate the nature of interaction between Na+/Na and the amorphous carbon surfaces.

The lower panel shows the model surface plot.

This issue may contribute to the cold bias observed in the model surface air temperature at the North Pole.

When tweaked to have equilibrium climate sensitivities of 2°C and 4°C, the model surface temperature simulations were significantly less accurate.

Then damage (inelastic deformation) starts at the model surface.

For contouring the platen is fixed at the selected height (at a scale adjusted to that of the model), and the spot is permitted to touch the model surface wherever it will; the pencil then draws the contour.