Sentence examples for interface oxidation from inspiring English sources

Thermal processing above 500°C will result in the interface oxidation and the formation of a interfacial silicate layer.

A correlation between measured stresses, interface oxidation and preferential crystallographic orientations is suggested.

The shape, location and area of fatigue hysteresis loops would change with degradation of the interface shear stress for interface wear or interface oxidation.

Several phenomena are taken into account in the model such as: residual stresses generated during the spraying of coatings, morphology of the top-coat/bond-coat interface, oxidation at the top-coat/bond-coat interface, thermal mismatch of the material components, plastic deformation of the bond-coat and creep of all layers during thermal cycling.

The oxygen for interface W oxidation should come from the La2O3 film.

This reaction poses some formidable challenges at the interface of oxidation catalysis and photochemistry.

Based on thermogravimetric analysis, adhesive strength and thermal expansion test, effect of the inlaid interface on oxidation as well as ablation performance of the HfC-SiC coating was discussed.

The principle of the process is innovative but simple: by leading the waste water along the surface of a nano-catalytic contactor with a well controlled gas/liquid interface, spontaneous oxidation of the waste substances present in the effluents is induced.

The δCCH4 values were measured via the IRMS equipped with a PreCon interface after oxidation to CO2.

The important role of metal/metal-oxide interface during CO oxidation reaction is demonstrated in the second part of this review paper.

The obtained results are quantitatively described by a kinetic model, its main feature being the formation of a CuOH intermediate at the cuprous oxide film/electrolyte interface both by oxidation of Cu and reduction of free soluble Cu2+.