The phrase "aging degradation" is correct and usable in written English.
It can be used in contexts discussing the decline or deterioration associated with aging, particularly in fields like biology, materials science, or technology.
Example: "The study focused on the effects of aging degradation on the performance of the materials used in the construction."
Alternatives: "age-related deterioration" or "decline due to aging."
Taking account of the need for proper management of aging degradation, meanwhile, the technical evaluation of aseismic capability of aged plants is also considered to be important.
The dead time also changes with aging degradation.
Similar levels of aging degradation to those of previous 14 nm technology were observed in both DC and AC operations.
Based on this concept, we evaluated the impact of assumed aging degradation on the aseismic capability of the plant facilities and structures covered by the PLM Study.
The purpose of the study was to develop the preventive maintenance program with an evaluation of aging degradation for maintaining the functions of plant component equipment.
However, establishment of rational evaluation methods for aging degradation, e.g. aseismic capability evaluation of thinned piping systems, was made a future technical subject.
Ageing degradation (AD) terminology concerning NPP systems, structures and components (SSCs) is provided.
To prevent the escalation of maintenance costs resulting from unidentified (and lately identified) ageing degradation mechanisms requires proactive techniques to forestall the effect of different stressors, on the renewable energy generation plant.
After ageing, degradation is 5 to 10 times faster under oxic than anoxic conditions.
We show that BAG1 and BAG3 regulate proteasomal and autophagic degradation pathways, respectively, and that a switch from BAG1 to BAG3 during aging triggers degradation of insoluble, aggregated quality control substrates by autophagy.
Aging causes degradation in several transistor parameters, such as threshold voltage, mobility, and transconductance.
