The phrase "adequacy reliability" is correct and usable in written English.
It can be used in contexts related to assessments, evaluations, or measurements where both adequacy and reliability are being discussed, often in fields like research or quality control.
Example: "The study's findings were evaluated for adequacy reliability to ensure that the results were both sufficient and consistent."
Alternatives: "sufficiency reliability" or "adequate dependability".
It will scrutinise the ability of the government's systems and procedures to identify and investigate the risks facing children in the care of the minister, the systems by which we assess risk, and their overall adequacy and reliability.
Skeptics have challenged the adequacy or reliability of these claims by asking what principles they are based upon or what they actually establish.
Furthermore, the model developed was compared with an experimental dataset to assess its adequacy and reliability.
These results strongly support the adequacy and reliability of the single-factor solution of the DBVS in the present sample.
Both adequacy and reliability of water resources are found lower during kharif as compared to rabi with variation from head to tail reaches.
Therefore, a strategic uncertainty-averse TRANSCO planning is necessary to ensure the adequacy and reliability of the power system operation for accommodating renewable energy in CO2 reduction environment.
Some experts anticipate "nothing short of a paradigm shift in industry from the current hardware centric focus on system adequacy and reliability, towards the inclusion [of] a more directly consumer-oriented view of security" [11].
Evaporative Fraction (EF) representing the key element to assess the three very important performance indicators of equity, adequacy and reliability, was determined by the Surface Energy Balance Algorithm SEBALL) using Moderate Resolution Imaging Spectroradiometer (MODIS) images.
Extended model predictions are compared with those of various semi-empirical or overall diffusion models in terms of quality (adequacy, validity, reliability) and parameter significance to determine the information loss when simplified models are used for design purposes.
The predictive adequacy and reliability was evaluated by adopting a statistical analysis approach on the data available in the literature and the results indicate that this new correlation is useful and accurate for predicting the minimum fluidization velocity and designing an ADMFB.
