Sentence examples for adapting the surface from inspiring English sources

This paper describes a method for creating a well-shaped, layered tetrahedral mesh of a thin-walled solid by adapting the surface triangle sizes to the estimated wall thickness.

The variation in the individual points could be reduced to values less than <7%% (RSD), suggesting that post-polymerization grafting may be a robust method for adapting the surface chemistry of monolithic (BMA- co-EMDA) stationary phases.

By varying size and composition of the protein-filled hydrogel microstructures as well as adjusting the extent of labeling it is possible to easily adapt the surface concentration of the probe molecules such that the fluorescence signal intensity is tuned to the prevalence of the protein in the analyte.

Before the post-polymerization photografting was applied to adapt the surface chemistry, the macroporous structure of the monolithic columns was tuned via optimization of the porogen ratio (cyclohexanol/1-decanol).

The shape of the bubble is computed by minimizing the local displacement energy of pressure and surface tension forces and is coupled to the continuous phase by adapting the Lagrangian surface mesh in each time step.

We show that an efficient sealing is achieved by adapting the sub-nanoscale surface topography to the stringency of water coordination: an exposed BHB may be kept dry if the local concave curvature is small enough to impede formation of the coordination shell of a penetrating water molecule.

Finally, this kind of surface modification can be easily engaged in order to better adapt the membrane surface to its end use.

One approach is to adapt the laser surface cladding technique to the scale of microengineering.

The PDMS film features low surface energy due to the flexible polymer backbone of the polydimethylsiloxane and vinyl group terminated silicone polymers that readily adapt the lowest surface energy configuration (Duel and Owen [1983]; Candries et al. [2001]; Juvonen et al. [2013]).

Towards this goal, we adapted the Yeast Surface Display (YSD) approach [24], that allows eukaryotic proteins to be displayed in a near-native form [25].

But we did not adapt to the surface".