Sentence examples for strengthening compounds from inspiring English sources

In this article, we present an overview of the first-principles modeling techniques used in recent years to simulate ideal models of the structure of strengthening compounds in Mg alloys.

The small particle size range and the high reactivity of nanoparticles allow them to interact with calcium sources naturally present in cement and concrete, forming binding and strengthening compounds such as calcium silicate hydrate.

Subsequent optimization of a model with hBMEC cells was done by systematically screening various coating materials and coating procedures, by testing a variety of growth media containing barrier-strengthening compounds, by replacing the commonly used fetal bovine serum (FBS) with human serum (HS), and by using astrocyte-conditioned medium (ACM).

Topical compounds strengthening the epithelial layer are an interesting prophylactic approach to lower sexual transmission and acquisition of genital infections.

Despite being extremely attractive compounds for strengthening, oxides and nitride particles have found only limited use in metallic materials design, as obtaining appropriate size and dispersion up to now necessitates production by time- and cost-intensive powder metallurgy processes.

In computational studies, our proposed compounds confirm promising results against all the four serotypes of dengue virus, strengthening the opportunity of these compounds to work as potential on-shelf drugs against dengue virus.

RT-PCR and Western blotting experiments further strengthened that both compounds altered the expression of mRNA and receptor protein of ER-α, thereby forestalling downstream transactivation and signalling pathway in T47D cells line.

The investigation of C. cellulolyticum physiology with cellobiose, as a model of soluble cellodextrin, and with pure cellulose, as a carbon source more closely related to lignocellulosic compounds, strengthen the idea of a bacterium particularly well adapted, and even restricted, to a cellulolytic lifestyle.

The nanocrystallites of Ni and W and the precipitation of NiP compounds were the strengthening mechanisms for the Ni P Al–W coatings.

We showed that the introduction of a new chemical arm in position 4 actually favoured the establishment of new interactions between the SMAC-mimetics and the BIR domains of XIAP (Mastrangelo et al, 2008; Cossu et al, 2009a), strengthening the binding of our compounds to the target protein.

Also, clustering of Tuc1 with IscS and IscU, the two proteins required for donating the thio compound strengthens the prediction that this family of proteins do participate in the formation of thiolated compounds.