Sentence examples for mixtures are explained from inspiring English sources

In addition, elements, compounds, and mixtures are explained.

The relationship among the three parameters (f1698, h, and λ−1) in the four alcohols and that among the previous estimates in tetrahydrofuran-methanol mixtures are explained in a unified manner by a two-state model, in which each chain consists of semiflexible (loosely helical) and rodlike (rigid helical) sequences.

Finally, the effects of melting temperature depression and of broadening of the melting peak of ice in PVA water systems, very similar to those observed in saccharose water and alcohol water mixtures, are explained by the phenomenon of dissolution, and not by the confinement effect.

Much of the variation in compositions of the mixtures was explained by the PLS models (coefficients of correlations of > 0.90).

It was suggested that the nonmonotonous behavior of the effective recombination coefficient during plasma decay in hydrocarbon:O2 mixtures is explained by the production of some hydrocarbon intermediates in the oxidation processes that can favor plasma decay.

However, with the TPD-CIMS data alone it cannot be assessed how much of the suppressed evaporation of OA and SA from mixtures is explained by Raoult's effect.

The volumetric behavior of this class of mixtures could be explained by random mixing model [15], and the interaction between benzene and n-alkane depends strongly on the size of the n-alkane.

The authors concluded that PBDEs, being non-coplanar organohalogens, are very poor AhR inducers and that most of previously reported AhR-inducing properties of PBDE mixtures can be explained by the presence of polybrominated dibenzofurans (PBDF) and polybrominated dibenzodioxins (PBDD) in the mixtures.

It is shown that the non-Nernstian response under H2H2ON2 mixtures can be explained by a difference of water activity on both sides of the membrane.

Therefore, this research will focus on this property and the attempts that have been applied to decrease the air voids of the produced new mixtures will be explained.

The preference of rosmarinic acid in intermediate compositions and in methanol-rich or ethanol-rich mixtures could be explained in terms of the higher acidic behavior of rosmarinic acid molecules interacting with the hydrogen acceptor groups in methanol or ethanol.