Sentence examples for respective dissolution from inspiring English sources

The anodic dissolution of U and Zr metal was studied in LiCl KCl UCl3 and LiCl KCl ZrCl4, respectively, at 773 K by cyclic voltammetry and compared with their respective dissolution behaviour in blank LiCl KCl eutectic.

The drug release profiles from the tablets, containing either filler, remained similar after storage for 6 months, when compared to their respective dissolution profiles obtained at the initial time point (f 2  > 50 in both cases; Table  VI).

Basically, the mean predicted Cmax and AUC from the respective in vitro dissolution profiles should differ from each other by more than 20%.

The surface morphology was dictated by the solubility of PCL in the respective solvent systems: high dissolution solvents such as chloroform and tetrahydrofuran produced films that comprised PCL aggregates, the particles being larger in the case of chloroform, whereas the less efficient solvents (acetone and ethyl acetate) resulted in a filamentous structure.

Root-induced weathering of kaolinite and montmorillonite thus suggests that the mobilization of, respectively, Al and Mg are the limiting steps in the dissolution of these respective minerals, just as demonstrated in previous chemical weathering studies.

Nanopowders of metal-like carbides have slightly higher corrosion resistance; their dissolution degrees similar to the respective borides were achieved after 24, 120, and 360 h, respectively.

However, there are also effects due to the heat of mixing to be expected and one will generally formulate Δ gmix = Δ hmix −  TΔ smix where Δ gmix is the free energy change per dendron of generation G upon dissolution, Δ hmix is the respective enthalpy change (heat of mixing), and Δ smix is the entropy change.

Between the two minerals, tremolite and plagioclase, with respective log K: −8.40, and −7.5 values [27], dissolution of plagioclase would be faster, and thus could be the easier source of Ca2+ ions.

The USP apparatus type was selected as such to permit placement of the respective drug forms (capsule or tablet) into the dissolution media for the duration of the test without interfering with the ability to observe them.

Important differences are observed between the various coatings in the respective contributions of the three parallel paths of the dissolution process.

Consequently, the unreacted core model with its respective controlling stages is the model accepted to describe the dissolution process of potassium jarosite, its chromate analog and its solid solutions in [H3O+]/[OH−] media after the induction period.