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首页> 外文期刊>Accreditation and quality assurance >Considering uncertainty of measurement when assessing compliance or non-compliance with reference values given in compositional specifications and statutory limits: a proposal
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Considering uncertainty of measurement when assessing compliance or non-compliance with reference values given in compositional specifications and statutory limits: a proposal

机译:在评估是否符合成分规范和法定限值中给出的参考值时考虑到测量的不确定性:建议

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摘要

Considering the uncertainty of measurement (UOM) is mandatory when assessing compliance with reference values given in compositional specifications and statutory limits, but the matter is still open to question. Working in the signal or concentration domains and considering false negative together with false positive errors are the main points of debate. Frequently, the available approaches look too simplified for being accurate or too complex (since more rigorously formulated from a theoretical point of view) for being largely acceptable. In the Authors opinion, assessing compliance with reference values given in compositional specifications and statutory limits is a problem similar to that of estimating the limit of detection. This allows proposing a simple operational approach based on well-known and accepted assumptions and approximations. This proposal, described in the light of the most recent literature information, is aimed to stimulate a critical discussion in view of evaluating possible corrections to the generally accepted approach.
机译:在评估是否符合成分规范和法定限值中给出的参考值时,必须考虑测量的不确定性(UOM),但这仍然是一个值得商question的问题。争论的重点是在信号或集中域中进行工作,并考虑假阴性和假阳性错误。通常,可用的方法看起来过于简单以至于不能准确或过于复杂(因为从理论上更加严格地表述)无法被广泛接受。作者认为,评估是否符合成分规范和法定限值中给出的参考值,是一个与估计检出限相似的问题。这允许基于众所周知的和公认的假设和近似来提出一种简单的操作方法。鉴于最新的文献信息对这项建议进行了描述,目的在于激发人们进行重要的讨论,以评估对普遍接受的方法的可能修正。

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