In both cases, the predominant mechanism appeared to be internal oxidation, where a mixture of simple and complex oxides was observed after prolonged oxidation times.
Internal oxidation of low-carbon steel would otherwise cause epitaxial intergrowth of iron oxides with the α-Fe substrate.
In case of the low ir-absorption of the SiH stretching mode we applied multiple internal reflection techniques (MIR), whereas single internal reflection was used to monitor the formation of silicon oxide during light-assisted oxidation in this solution.
This alloy may undergo an exclusive external oxidation, an exclusive internal oxidation or a mixed oxidation.
No internal oxidation and nitridation occurred.
In contrast interaction under humidified hydrogen causes internal oxidation in the steel.
Highly biaxially textured Ni tapes have been strengthened by introducing Al2O3 particles with internal oxidation.
The internal oxidation behavior was modeled on experimental results.
Interfaces are produced by internal oxidation of ternary alloys.
At ratio of R = 0.8, crack initiation occurs from multiple internal or subsurface pores.
