Sentence examples for oxidation dissolution from inspiring English sources

Approximately half of the grinding media wear results from corrosion or oxidation dissolution of metal surfaces in grinding.

In the thin-layer electrolytic cell, the oxidation dissolution and the reduction deposition of metal copper simultaneously occur.

In addition to the dangling bonds, crushing produces a fine coating of damaged, strained, mineral powder with high surface area, which adheres to grain surfaces, and initially elevates rates of oxidation, dissolution and reaction associated with pyrite surfaces (e.g., [11]).

In situ processes may be deduced from the identification of oxidation, dissolution, and growth of new magnetic minerals, such as sulphides (e.g., Frank et al. 2007; Nowaczyk 2011; Roberts et al. 2011; Snowball and Thompson 1988).

These data are often used to assess the concentration, grain size, and mineralogy of magnetic minerals contained within sediments (see Liu et al. 2012; Verosub and Roberts 1995) and can help identify oxidation, dissolution, and growth of new magnetic minerals (e.g., Nowaczyk 2011).

Si dissolution takes place through oxidation by H2O2 and oxide dissolution in HF.

The most common microbial arsenic mobilization processes involve oxidative dissolution of minerals through oxidation of iron, sulfur, or arsenic [ 6].

A field assisted oxidation-dissolution growth model was validated over a broad range of experimental conditions under which tube growth can be accurately predicted directly from the current transients using Faraday's laws.

A further investigations on crystallinity of TiO2 nanotubes and porosity (P) of the layers revealed that the microplasma as a gaseous electrode could accelerate the rate of the titanium oxidation and dissolution of titanium oxide.

It has been suggested that nanotubes' growth results from the simultaneous oxidation and dissolution of the anodized oxide via F- in an acidic electrolyte, described by the following reactions: [23] Ti + 2 H 2 O → TiO 2 + 4 e − + 4 H + (1) TiO 2 + 6 F − + 4 H + → [ TiF 6 ] 2 − + 2 H 2 O (2). Results from the present work indicate that the nanotube growth process could be a periodical model.

We therefore suggest that Ag2S identified in that aerobic sludge would have been produced during the initial anaerobic treatment because once formed, Ag2S is very resistant to oxidation and dissolution of Ag (analogous to other metal oxides [27]).