Sentence examples for excessive dissolution from inspiring English sources

Meanwhile, the density of SiNWs is decreased by comparing with that of Figure 1A, it agrees with the results reported by Zhang et al. [25], and which is attributed to excessive dissolution of Si.

Partial dissolution of the oxide rings due to fluorine ions eventually re-shapes the NTs forming ribs, whereas excessive dissolution over extended anodizing times tends to smoothen the NTs and eventually leads to collapse of the NTs.

Zinc sealing formed a stable cathodic protection, but the local corrosion damage occurred largely in the anodic polarization experiment caused by an excessive dissolution reaction and a weak bonding force between the zinc particles.

In formations with high levels of feldspar (>20 %), a common practice is to limit the strength of HF acid stages to reduce the formation of complex fluorosilicate precipitates and other species that would result from excessive dissolution of the mineral by stronger acid (Coulter and Jennings 1997).

One challenge of the experiments was to produce crystals of H2O-bearing forsterite or olivine large enough for FTIR spectroscopy, but at sufficiently low temperature to avoid melting and excessive dissolution of silica in the fluid, which informed the choice of 1050 °C at 3 GPa.

When the c-axis of β-Sn grain is parallel to the electron flow direction, excessive dissolution of cathode Cu occurs due to the large diffusivity of Cu along the c-axis; when the c-axis of β-Sn grain is perpendicular to the electron flow direction, limited dissolution of cathode Cu occurs even in the current crowding regions.

Dental caries is a common disease that results from the excessive mineral dissolution of dental enamel caused by plaque bacteria induced acid [ 1].

While levels of overexpression cannot be directly compared to our in vitro experiments, this lends further support to the hypothesis that too much ephrin-B signaling might lead to excessive junction dissolution, because we saw evidence of individual detached epithelial cells at the leading edge, which was not seen in equivalent biopsies from healing wounds.

In addition to orthoclase dissolution, excessive application of KCl as a fertilizer may have contributed to K+ and Cl− loadings in the groundwater (Lee et al. 2005).

"So not excessively excessive.

Excessive OH– ions accelerated dissolution but decreased polycondensation, causing the binder to precipitate early and lose strength.