Sentence examples for available for dissolution from inspiring English sources

Surface roughness parameters of aged phytoliths decreased compared to the ones of fresh phytoliths indicating a decrease of specific surface areas available for dissolution processes.

These parameters include: retention time in the lung, the amount and type of "fluid" available for dissolution, physiology of the various regions of the lung, lung dose, and deposition patterns.

Therefore, due to their significantly increased wetting properties and surface area of drug available for dissolution, liquisolid compacts of water-insoluble substances may be expected to display enhanced drug release characteristics and consequently improved oral bioavailability [ 18– 20].

The physicochemical properties examined included the crystal form and the particle size (or surface area available for dissolution), which are factors that can affect the rate of olanzapine release if outside the limits specified by the manufacturing process.

However, besides pH and physicochemical properties there are other variables within the GI tract that determine the rate and extent of dissolution including the fluid volume available for dissolution that is added in the stomach, gastric motility and the maximum dose strength.

Oxygen leaking into the aquifer would furthermore be consumed by oxidizable solute species, e.g., Fe2+, thus reducing solute oxygen available for pyrite dissolution.

P removal performance improved with increasing the CaO-slag content and with decreasing slag size, most probably because the specific surface available for CaO dissolution was increased.

This increase is connected with the high specific surface area (126 m2/g [13]) of the mechanochemically prepared ZnS and subsequently higher amount of active sites, which are available for the dissolution of Zn II) ions from the surface.

Culligan et al. (2006) suggested that quantifying the nonaqueous phase liquid water interfacial area provides a measure of the expected area available for mass transfer dissolution in porous media.

In fact, for a given number of atoms i in the solid core inside a pseudo-spherical cage, it is easy to demonstrate mathematically that the exposed surface available for hydration and dissolution increases roughly as a function of i2/3, the value of which is always less than i.

These measurements indicate that high concentrations of metals are potentially available for release by reductive dissolution of the ferric-bearing secondary minerals.