Sentence examples for measurement of dissolution from inspiring English sources
Such fines could result in exaggerated measurement of dissolution rates and hence need to be removed.
Herein, we present a simple approach for the detection, quantification and measurement of dissolution of PVP-coated AgNPs (PVP-AgNPs) based on monitoring their optical properties (extinction spectra) using UV vis spectroscopy.
Measurements of dissolution rates of arsenic from arsenopyrite are dependent on the size and degree of oxidation of its particles, among other factors.
Measurements of dissolution rates as a function of temperature allow a determination of an apparent activation energy (Ea,app) for the process, via mass-loss calculations from image analysis.
Subsequent measurement of the dissolution and aggregation of nZnO particles and the direct effect of Zn2+ ions on larvae, suggest the negative effects of nZnO on larval development and growth were most likely due to Zn2+ ions.
Real time measurement of elemental dissolution rates by atomic emission spectroelectrochemistry under alternating current (AC) perturbations of ZnAlMg alloy was used to precise mechanisms controlling selective dissolution as a function of pH in chloride containing solutions in the presence of NH4+.
In both cases it was assumed that FeS dissolution is kinetically facile [which is supported by measurements of FeS dissolution in the presence of Hg II) at elevated Hg concentrations (5 20 mM ], such that soluble S -II) iS -IIays avaisalwayso complex Hg(II).
Mass-transfer coefficients are estimated from experimental measurements of the dissolution of naphthalene emplaced as solid spheres within sandy media.
This paper describes measurements of the dissolution rate of nitrided Ti sponge and monolithic TiN rod in molten Ti-6242.
The study was completed with calometric measurements of the dissolution heats of AlCl3, AlBr3 and AlI3 in tetrahydrofuran and acetonitrile reflecting the interaction between the solvent and solute.
Values of the mass transfer product, kLa, have been determined using unsteady state measurements of oxygen dissolution rates in water, in 0.60 m3 and 0.043 m3 baffled mixing vessels fitted with geometrically similar flat-bladed turbines and spargers.
