Sentence examples for dissolution in corrosion from inspiring English sources

Also, a possible role of the "anomalous" chromium dissolution in corrosion fatigue and stress corrosion cracking of stainless steels is considered.

It occurs because of Cu dissolution in corrosion of bronze artefacts in various environments such as soil.

Ball bearings in wind turbines are subjected to extreme dynamic mechanical loads; nuclear fuel cladding needs to tolerate radiation; oil and gas infrastructures are aged by corrosion and fouling; solar concentrators and fuel cells suffer damage from high temperatures; and solar fuels production suffers from dissolution or corrosion in aggressive chemical environments.

This is because the kind of conflict in relation to growth of the oxide layer and its dissolution and corrosion, simultaneously in millions of dots or holes, comes into existence, creating a kind of balance.

Important aspects in corrosion include metal dissolution, oxygen reduction, stability of surface oxide films and porosity of protective coatings.

Dissolution of the oxide layer (which can result in corrosion) was observed when using peroxyacetic and citric acid.

In acidic environment, inhibition of self corrosion and sacrificial dissolution in contact with steel is negligible.

When magnesium undergoes free corrosion or forced dissolution in response to anodic polarisation, cathodic activation is manifest, which allows magnesium dissolution to readily proceed.

This microstructure can be interpreted by selective dissolution of copper and internal oxidation and in situ deposition of tin that causes to replacement of metallurgical structure in corrosion product [15, 21].

The dissolution of metal oxides in solutions is related to the durability of protective oxide films on metals and the removal of corrosion scales on steels, and is important in corrosion science and corrosion protection engineering.

Chloride influences the compositions of corrosion products by diverting potential corrosion pathways or even participating in corrosion reactions directly.