Sentence examples for more rapid dissolution from inspiring English sources

The larger surface to volume ratio of the WC in the nanocomposite material promotes more rapid dissolution and thus decarburization.

Mineral coatings with increased HCO3 substitution showed more rapid dissolution kinetics in an environment deficient in calcium and phosphate but showed re-precipitation in an environment with the aforementioned ions.

Retrieved geometric surface area normalised mineral dissolution rates are most rapid at the surface and at the bedrock soil interface; this behaviour is interpreted to stem from a combination of the approach to equilibrium of the soil waters with depth and more rapid dissolution rates of fresh versus weathered surfaces.

Moreover, we believe that the presence of many small AuNPs (1.9 nm) may allow for more rapid dissolution and excretion, compared with a single large AuNP.

AFM studies have determined that the height distance between the gap and the overlap zones increases with demineralization, which has been shown to occur due to more rapid dissolution of mineral in the extrafibrillar than in the intrafibrillar compartment [17].

Diclofenac potassium salt is more water soluble and was considered to provide more rapid dissolution and faster absorption than sodium salt, leading to more uniform absorption and shortened time to onset of analgesia [ 81].

A profibrinolytic effect of anticoagulants in PE leading to more rapid clot dissolution appears to be a local effect at the site of the embolus rather than a systemic phenomenon.

The particle size reduction resulted in much more rapid and complete dissolution of ginkgolides from GL-NSs than coarse powder.

Freshly formed oxyhydroxides act as highly reactive surfaces for rapid immobilization of trace metals by sorption, yet these most reactive phases are very amorphous and more susceptible to rapid dissolution.

Instead, the converging evidence indicates that this post-injection syndrome, with its clinical presentation consistent with olanzapine overdose, is related to a more rapid than intended dissolution of a portion of the olanzapine LAI dose in the hours soon after the injection, resulting in higher than intended olanzapine plasma concentrations during the post-injection period.

If pyroxene is a pinning phase that limits the growth of olivine grains [ Evans et al., 2001], then reactive dissolution may enable more rapid growth of olivine.