Sentence examples for to further engineering from inspiring English sources
To further engineering the surface conductivity, ultrathin polypyrrol (PPy) layer was coated on the MoS2/rGO composite via in situ polymerization to form a bi-continuous conductive network with a sandwich-like structure.
Our investigations into the amino acid determinants of the color of mTFP1 led us to a series of hue-shifted variants, one of which was subjected to further engineering and directed evolution to eventually produce mWasabi.
To explain further, Engineering Practice (iv) is "The ability to demonstrate understanding of the non-technical implications of engineering practice and commitment to professional ethics, responsibilities and norms of engineering practice".
It is also found that the included nested grid scheme in SWAN could improve the accuracy of simulations in coastal waters to facilitate further engineering practices.
In the paper, three of these students report on their experiences as a set of suggestions of how to develop further engineering and economics teaching toward international trust and stability.
It's about twice as thick as is needs to be without further engineering – we just built in a safety thickness in case of heat or other issues.
But the authority insists that it has done everything possible to further an engineering project of stunning complexity.
Recent full-scale studies are providing the scientific confidence in our understanding of coupled microbial (and genetic), hydrogeologic, and geochemical processes in this approach and have highlighted the need to further integrate engineering and science tools.
To verify all these findings, p-FTAA was subjected to further molecular engineering and as phenyl moieties previously have been utilized to disrupt the planarity of oligothiophenes, 41– 43 two co-oligomers termed p-FTAA-Ph and p-FTAA-MeOPh with the central thiophene ring replaced with a phenyl ring, were synthesized.
These results demonstrate that solid organic matter such as tree bark has potential applications in trapping U, possibly within permeable reactive barriers, without necessitating further engineering to reduce U VI) to U IV).
Further engineering to include different recognition motifs and to boost the rate and yield (currently below 50% in case of the engineered Sortase variant) of the transpeptidase reaction will boost the application of this intriguing biosynthetic tool to the generation of modified histones.
