Sentence examples for binary mixture can be from inspiring English sources

For example, a binary mixture can be separated into pure components under finite reboil and reflux ratio.

Even though numerous theoretical procedures and formulas have been developed for the mixture property evaluation, relatively very few devoted to the dry air/water vapor binary mixture can be found in the literature.

Therefore, the value of the molar fraction of the second compound in a binary mixture can be easily obtained when the molar fraction of the first compound is known.

For this reason, the mole composition of a binary mixture can be calculated using the "balance-rule" with the PCA data, and the mole fraction of a ternary mixture can be calculated using the "triangle-rule" shown by Fig. 3c, where one sees clearly how the mole fraction of a specific component should be calculated.

The separation obtained in a simulated moving bed (SMB), which was developed for the separation of binary mixtures, can be improved by gradient techniques such as a thermal gradient.

Assuming no interaction, responses to binary mixtures can be interpolated along the dose response curves of the single components, sometimes misleadingly referred to as "linear summation".

This nonlinear isobologram model for binary mixtures can be expressed as [formula: see text] In addition, a Box-Cox transformation to both sides is introduced to improve the goodness of fit and to provide a more robust model for achieving homogeneity and normality of the residuals.

The diffusion of a component in a binary isothermal mixture can be regarded as arising either from its concentration gradient or from the gradient of its chemical potential.

The gelation limits of the MMA/EGDMA and MA/EGDMA polymerisations in a methyl ethyl ketone (MEK /heptane binary solvent mixture can be extended to regions of higher monomer concentration with increases in polymer yield between 13 and 50 ± 5 w/w% for the p MMA/EGDMA) system and between 8 and 19 ± 6 w/w% for the p MA/EGDMA) system across the gelation boundary.

The selectivity of adsorption of a component of a binary or a ternary gas mixture can be a complex function of equilibrium gas phase pressure, temperature and composition and it must be experimentally measured for reliable design of adsorptive gas separation processes.

As the conditions are inert, the effect due to impurities can be neglected and the mixture can be treated as a binary mixture of aluminum particles and de-ionized water.