Sentence examples for evolution of the mixed from inspiring English sources

In discussing the evolution of the mixed drink in the United States, Mr. Regan zeroes in on a striking development in the late 19th century: the introduction of vermouth.

They were analysed in the laboratory using a specifically-designed experimental device for eight hours, in order to assess the evolution of the mixed material as a function of its maturity.

The asymmetric sexual evolution of the mixed population is also corroborated when quantitative admixture estimates are independently applied to their female and male genetic pools at different times (Table 3).

Using these new observations it can be argued that several existing explanations for Ediacaran fossil preservation can be united within a biogeochemical model that involves evolution of the sediment mixed layer across this transition.

Four surface glycoprotein subtypes in California isolates (H6, N8, N1, and N2), representing 162626%) segments, yielded phylogenetic trees that suggest reassortment between continental gene pools of avian influenza viruses, followed by persistence and evolution of these mixed lineage clades in Asia and North America.

Naturally, MIT is interested in the future of the site, given its proximity to campus and the important role it plays in supporting the evolution of the innovative, mixed-use community in Kendall Square.

A less frequent outcome (c. 10% of the runs) is the evolution of a mixed strategy (i.e. a strategy where one of the loci at least is polymorphic).

This study unfolds the important developments in the evolution of dual mixed refrigerant (DMR) process of natural gas (NG) liquefaction followed by its optimization.

To identify the role of CeO2, the performance evolution and element migration of the mixed oxides during redox cycling were discussed in detail.

The dynamic evolution of annular, mixed and dispersed flows were observed, as well as the associated physical processes such as wave coalescence and the formation of secondary dispersions.

The thermal treatment of the massive β-MnO2 at 480°C or above leads to the formation of α-Mn2O3, and the relatively high activity was observed for the anodic evolution of oxygen on the mixed oxide of ν-MnO2 and α-Mn2O3, compared with the pure oxide of β-MnO2.