mérésfontosságú

Mérésfontosságú is a term used in Hungarian to describe elements, parameters, or steps whose accurate measurement has a substantial impact on the interpretation of results or on decision-making. It signals that measurement quality directly influences outcomes, rather than merely contributing ancillary data.

In practice, méréfontosságú items appear in experimental design, metrology, quality assurance, and regulatory compliance. Identifying these elements helps focus resources on achieving reliable measurements, maintaining traceability, and controlling uncertainty. The concept emphasizes that error propagation from a critical measurement can dominate the overall uncertainty of a result or decision.

Methods to identify méréfontosságú components include sensitivity analysis, uncertainty propagation, and risk-based assessment. Design of experiments or measurement plans can be structured to test how variations in a candidate measurement affect final conclusions. Organizations often document these elements in measurement plans or quality systems to prioritize calibration, instrument maintenance, and training.

Applications span science, engineering, healthcare, and industry. For example, the precise concentration reading of a pharmaceutical assay, the dimensional tolerance of a critical mechanical part, or the calibration of an environmental sensor all may be described as méréfontosságú due to their influence on safety, efficacy, or compliance.

Notes: méréfontosságú is a descriptive Hungarian term rather than a formal technical concept with a universal definition. Its exact interpretation depends on context, regulatory requirements, and the specific decision being supported by the measurements.