Sentence examples for binding of solute molecules from inspiring English sources

The binding of solute molecules will be discussed in Binding Kinetics Section.

Several models have been published for describing the binding of solute molecules to functionalized surfaces.

The Langmuir model assumes single-component interaction with one type of binding sites of solute molecules that do not interact with each other.

This apparatus allowed the directional diffusion of solute molecules between two solutions.

Regarding your comments on claims made for homeopathy: criticisms centered around the vanishingly small number of solute molecules present in a solution after it has been repeatedly diluted are beside the point, since advocates of homeopathic remedies attribute their effects not to molecules present in the water, but to modifications of the water's structure.

In this case the rate of escape of solute molecules will be proportional to their concentration in the solution, and solute will accumulate in the gas until the return rate is equal to the rate of escape.

In the solution, actually, it is proportional to the solvent-accessible surface area of solute molecules.

In a very dilute solution, a solute molecule will (with rare exceptions) have only solvent molecules as near neighbours, and the probability of escape of a particular solute molecule into the gas phase is expected to be independent of the total concentration of solute molecules.

Transport hypotheses postulating solute movement independent of solvent water include the spreading of solute molecules between two liquid phases and the active transport of molecules by a type of cytoplasmic movement that is often referred to as cytoplasmic streaming.

The equation is: The essence of this technique follows from the observation that, in a dilute solution of a nonvolatile solute, the rise in boiling point is proportional to the number of solute molecules, regardless of their size and mass.

The maximum adsorption corresponds to a saturated monolayer of solute molecules on the adsorbent surface.