Sentence examples for failure of oxidation from inspiring English sources

Subsequent failure of oxidation of long-chain fatty acids and long-chain acyl-carnitines during cisplatin-induced AKI results in their accumulation and cellular toxicity [ 74].

The failure mechanisms of oxidation and thermal fatigue of TBCs were considered together.

It has been suggested that mitochondrial dysfunction, with failure of complete oxidation leading to overproduction of superoxide by the mitochondrial electron-transport chain, plays a key role in the biochemical abnormalities leading to vascular complications in diabetes (20).

ω-Oxidation, an alternative pathway of fatty acid metabolism, is activated upon failure of β-oxidation.

High cooling and heating rates between oxidation cycles are required to prevent tensile failure of the oxide.

Clearly, the impact in the liver of increased FFA generation and impaired export, as we have described here, would be exacerbated by any relative failure of fatty acid oxidation (15).

Cyclic oxidation of Ir coatings on the Re substrates showed that oxidation failure of the Ir coatings was co-contributed by uniform oxidation of Ir grains and preferential oxidation of Ir grain boundaries.

Both uniform thickness loss of Ir coating and preferential oxidation of Ir grain boundaries co-resulted in the oxidation failure of Ir coating.

At an air ingress accident, possible physical events that lead to the loss or degradation of the confinement function of the fuel-coating layers are the crack of the coatings caused by the explosion of carbon monoxide (CO) produced by the graphite oxidation and failure of the coatings by melting or sublimation caused by core heat up due to the reaction heat of the graphite oxidation.

Specific phenomena associated with fuel restructuring, fuel sheath deformation, fuel-to-sheath heat transfer, fuel sheath failure criteria, oxidation, hydriding and embrittlement of the Zircaloy sheath, gap transport processes in failed elements, fuel/sheath interaction and fuel dissolution by molten cladding are detailed as important phenomena that can impact reactor safety analysis.

Different responses are observed depending on the oxidation time: for small durations there is a linear elastic phase followed by an abrupt failure of the specimen whereas for higher oxidation times, the elastic phase is followed by a nonlinear one corresponding to the development of numerous superficial micro-cracks prior to failure.