Sentence examples for a distribution coefficient from inspiring English sources

The solubility of the phenolic in the solvent divided by that in water is called the distribution coefficient, and it is clear that for an efficient extraction process it is desirable to have as large a distribution coefficient as possible.

The optimal conditions obtained by the model for the perrhenate partition in the ATPS formed by PEG and CuSO4 were 13.7% PEG 4000 (w/w), 13% CuSO4 (w/w) and 35 °C, obtaining a distribution coefficient, KReO4-, of 7.72 ± 0.31.

If there are no changes in the concentration of the major cations and pH and ionic composition are stable, it is possible to calculate a distribution coefficient (Kd) as a function of the major cations.

Using this electrochemical adsorption system (EAS), the maximum adsorption capacity (Qmax) of Cs+ ion for CuHCFs/MWCNT hybrids reaches up to 310 mg·g−1 in 50 μM Cs+ solution with a distribution coefficient Kd of 568 L·g−1, superior to the Cs+ removal performance by the conventional adsorption system (Qmax 230 mg·g−1, Kd 389 L·g−1).

A distribution coefficient W l m j k is assigned for the selected factor k i, in which i = 1 4, for each magnitude interval m j in the lth potential source, According to Eq. (4), in each seismotectonic province the distribution coefficient is normalized to obtain the factor load: Q l m j k = W l m j k ∑ W l m j k, (4).

The affinity of a sorbent for a target species is represented by a distribution coefficient (Kd) (mL/g).

When studying field-scale radionuclide transport, a distribution coefficients (K d ) approach has been commonly employed to quantify the extent of radionuclide-aquifer-groundwater interaction.

This is important in order to properly handle the typical concentration jump at the phase interface and to avoid an assumption of a constant distribution coefficient, which is seldom met in real processes.

Ideal ionic liquids have a high distribution coefficient for sulfur compounds, a low cross solubility for the hydrocarbons, a low viscosity, and fast phase separation rate after mixing and extraction.

Table 1 Adsorption of cis-dichlorodiammineplatinum by nanostructures with various chemical nature of a surface Type of nanostructure Adsorption capacity A, mg/g Distribution coefficient E, L/g Extraction extent R, % Fe3O4 80.10 2.166.20 Fe3O4/DMSA 83.40 4.77 85.40 Fe3O4/γ-APS Fe3O4/γ-APS 84.00 12.92 93.80 Fe3O4/PAA 109.50 16.20 99.90 Fe3O4/HA 54.00 1.08 64.80

MIPs exhibited a high distribution coefficient (0.19) for glucose.