Sentence examples for efficient bridging from inspiring English sources

The improvement in the performance of 1.5 wt% C15A/UHMWPE nanocomposite coating is attributed to the resulting exfoliated morphology of the clay platelets in the polymer matrix due to its uniform dispersion that provides an efficient bridging effect, holding the polymer chains together and resisting their easy pull-out.

Whether selection for fast climbing or efficient bridging has been stronger over evolutionary time depends on how often spiders use each of these two kinds of locomotion, and also on how often they walk on the ground, which has actually been shown to favor relatively larger males [ 26, 30].

Next-generation genomics technologies make the sequencing of entire genera labor- and cost-efficient, bridging the gulf between research on an established model organism and comparative research on its relatives.

Reduced depth of sequencing of longer templates likely reflects a combination of decreased efficiency of amplification in PCR steps used in template preparation and less efficient bridge amplification of longer templates.

There is a need for efficient bridge evaluation procedures.

As a result, a number of special features evolved to produce an efficient bridge design.

Efficient bridge design and maintenance requires a clear understanding of channel bottom scouring near piers and abutment foundations.

Finally, we emphasize the role of the bridge designer and suggest how these tools can aid in the discovery of novel and efficient bridge typologies.

British firm Knight Architects won the competition to design a new crossing, working with structural engineers AKT II: they claim that "Beautiful, efficient bridge design should satisfy both artistic and scientific analysis".

Thus, in species where bridging is a very common mode of locomotion, small males, by being more efficient at bridging, will be competitively superior and enjoy more mating opportunities.

Our results show that two of the medium-sized MP libraries (8 kb and 15 kb) are most efficient for bridging repeats in the rat genome as well as for contig scaffolding.