Sentence examples for more sophisticated surface from inspiring English sources
More sophisticated surface sites can be constructed for the recognition of complicated molecules and species using large pore mesoporous materials.
Mr. Johnson's delight, by contrast, seemed more involved with rhythm and texture; his piece presented a more sophisticated surface, without sacrificing accessibility.
The development during the past two decades of more sophisticated surface spectroscopies and powerful computer technologies provides opportunities for obtaining substantially better understanding of deactivation mechanisms and building this understanding into comprehensive mathematical models that will enable more effective design and optimization of processes involving deactivating catalysts.
However, such techniques focus on global deformation of the surface patch or geometry transferring, which is not competent for more sophisticated surface editing with rich user interaction.
More sophisticated surface engineering techniques have also been reported for achieving on-demand drug release functionality.
These problems may be addressed by using more sophisticated, surface-initiated, controlled radical polymerization (CRP) techniques, because CRP allows more precise control of polymer structure (in terms of sequence and molecular weight), and surface-initiated CRP only generates polymer brushes on surface with no polymer product in solution.
This leads to extensive research on more sophisticated lens surfaces which can eliminate even higher-order aberrations of the patient's optical system.
That said, other measures in the EC's proposals for platforms include stepping up their existing efforts to shutter fake accounts and being able to demonstrate the "effectiveness" of such efforts — so greater transparency around how fake accounts are identified and the proportion being removed (which could help surface more sophisticated human-controlled bot activity on platforms too).
True photorealism, however, requires more sophisticated and elaborate models of surface properties.
Moreover, we note that since the stress is not uniform over the GUV surface, a more sophisticated model of vesicle deformation would include the effects of stress non-uniformity on final shape.
Our results therefore may be further improved with more sophisticated models [21, 22], which consider surface roughness along both transport and confinement directions without necessarily assuming decoupled surface planes.
