The phrase "adjustment of the solution" is correct and usable in written English.
It can be used in contexts where you are discussing modifications or changes made to a particular solution, often in technical or problem-solving scenarios.
Example: "After reviewing the initial results, we decided that an adjustment of the solution was necessary to achieve the desired outcome."
Alternatives: "modification of the solution" or "alteration of the solution."
Adjustment of the solution to constant ionic strength I = 0.5 M was achieved by means of potassium nitrate.
These diblock copolymers could be dissolved molecularly without co-solvents in aqueous media at 20°C, with micellization occurring reversibly on judicious adjustment of the solution pH, temperature or electrolyte concentration.
When compared with the approximate inflow generation techniques, the proposed method is shown to be highly accurate, with little or no adjustment of the solution near the inlet boundary.
These selectively betainized copolymers could be dissolved molecularly without co-solvents in aqueous media at room temperature, with micellization occurring reversibly on judicious adjustment of the solution pH, temperature or electrolyte concentration.
It is also worth noting that the charge state of a peptide or protein can be changed by adjustment of the solution pH.
Second, simple adjustment of the solution pH can alter the charge state of the peptide residues and consequently their interaction with the surface and peptide assembly on the surface.
The pH adjustments of the solutions were made with aliquots of 1.0 mol L−1 of HCl and NaOH.
Without pH adjustment of the aqueous solution or hospital wastewater, the residual aluminum concentration always remained lower than 10 mg L− 1, and, with adjustment (to pH 6.5), lower than 0.30 mg L− 1, at the final stage.
By the adjustment of the polymer solution composition and spinning conditions, two PCL scaffolds were prepared that can be designated as microfibrous scaffolds (18%, 16%) with mesh sizes from 20 to 100 μm.
pH adjustment of the inlet solutions was achieved by adding small amounts of a NaOH solution (0.1 mol/L) to the initial solution.
Considering commercially available titania nanoparticles containing both anatase and rutile phases, the undesired rutile nanoparticles, for DSSC applications, were almost eliminated from the coatings by selective pH adjustment of the EPD solutions without any binders.
