The phrase "absorption of the solution" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or biology, to describe the process by which a substance is taken up by another substance, often referring to liquids being absorbed by solids or other liquids.
Example: "The absorption of the solution into the porous material was observed during the experiment."
Alternatives: "uptake of the solution" or "ingestion of the solution".
After each addition, the absorption of the solution in the reaction vessel is measured.
Electronic absorption of the solution was recorded using Perkin Elmer instruments.
Thus, at high microwave power levels, the microwave energy absorption of the solution becomes greater, and the reaction time becomes shorter, promoting a greater amount of nuclei, which in turn gives a greater concentration of particles in the dispersion.
The solution finally became limpid due to sedimentation of significantly coarsened/assembled particles which account for little UV-visible absorption of the solution dwelled in water for 20 days.
One milliliter of sample aliquot from this bio-transformed product was drawn after 24, 48, and 72 h postincubation with silver nitrate solution, and absorbance was recorded by using Hitachi U-2000 spectropHitachier (Hitachi, Ltd., Chiyoda-ku, Japan) range between 350 and 600 nm in order to study the change in light absorption of the solution with increase in color intensity.
The difference in absorption of the solution was found after incubation and before the addition of Ellman reagent.
The absorption of the solutions of 5-FU was measured at λ max value of 266 nm.
Absorption of the solutions in tube 1 to tube 3 was again measured with the aforementioned photometer.
More specifically, dye degradation can be evaluated through comparison of the decreasing absorption intensity of the solution with the absorption intensity of standard solutions through UV Vis absorption spectroscopy (Fig. S3).
The UV visible absorption spectra of the solution containing the inhibitor after the immersion of mild steel specimen indicate the formation of a SB1-SB5 -Fee complex.
The isotonic nature of the 9% oral contrast gives better distension of the bowel lumen compared to water or other lower osmolal solutions, since there is physiologically less absorption of the isotonic solution by the small bowel.
