Sentence examples for molecules from solution from inspiring English sources

This could also be due to enhanced mobility of dye molecules from solution to the sorbent surface (Sharma and Tomar 2011).

The existing methods can generally be grouped into two categories, the adsorption of gases and the adsorption of polar liquids or molecules from solution.

Upon the addition of TNT, the amino groups on the surface of PPV@MSN can bind TNT molecules from solution by forming Meisenheimer complex, and this complex can absorb the green part of visible light, and strongly suppress the fluorescence emission of GO-PPV@MSN through FRET.

Therefore a plausible explanation for the observed trend, i.e. the lack of correlation between the level of HS adsorption and magnetite dissolution, is that HS molecules from solution replace HS molecules bound to mineral surfaces as both complexation in aqueous phase and sorption to mineral surfaces depend on HS properties.

These uses are predicated on rapid, efficient, and stable partitioning of these amphiphilic molecules from solution into live cell membranes.

Thin films of the ECM proteins were formed by allowing collagen and fibronectin molecules from solution to adsorb to a hydrophobic alkanethiol surface.

The MIC response reveals, for the first time, the adsorption dynamics of DNA molecules from solutions in the dilute regime, the semi-dilute regime without entanglements and the semi-dilute regime with entanglements.

Upon the addition of 2,4,6-trinitrotoluene (TNT), the amino groups on the surface of ZnS NH2–Q NPs can bind TNT molecule from solution by forming Meisenheimer complex.

When a solution containing absorbable solute comes into contact with a solid with a highly porous surface structure, liquid solid intermolecular forces of attraction cause some of the solute molecules from the solution to be concentrated or deposited on the solid surface [46, 47, 48].

Both kinetics and steady-state adsorption can be rationalized using a single interpretive paradigm asserting that protein molecules partition from solution into a three-dimensional (3D) interphase separating bulk solution from the physical-adsorbent surface.

In any dyeing process, whatever the chemical class of dye being used, heat must be supplied to the dyebath; energy is used in transferring dye molecules from the solution to the fibre as well as in swelling the fibre to render it more receptive.