光纤计数数据的质量

M. T. Abell, S. Shulman, P. Baron
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引用次数: 9

摘要

光纤计数用于确定石棉暴露,因此评估、控制和记录这些计数的质量是很重要的。这些职能是每个实验室的质量保证(QA)协调员的职责。质量保证协调员必须认识到,与其他物质的分析结果相比,纤维计数数据变化更大,具有不同的统计特性。因此,需要对这些数据进行特殊处理。本文讨论了重新计算一些样本的必要性,从这些重新计算数据中确定偏差和可变性的程序,以及使用这些统计数据来测试分析结果或为它们分配置信限。必须考虑三种偏差和变异性:柜台内、实验室内和实验室间。当获得数据对(计数和重新计数)时,首先要考虑的是是否存在偏差。如果在一组数据中检测到偏差,该数据不应用于任何目的,直到来源…
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Quality of Fiber Count Data
Abstract Optical fiber counts are used to determine asbestos exposure, so it is important to assess, control, and document the quality of those counts. These functions are the responsibility of the quality assurance (QA) coordinator in each laboratory. The QA coordinator must recognize that, compared to the analytical results for other substances, fiber count data are much more variable and have different statistical properties. These data, therefore, warrant special treatment. This article discusses the need to recount some samples, the procedures for determining bias and variability from these recount data, and the use of these statistics to test analytical results or assign confidence limits to them. Three kinds of bias and variability must be considered: intracounter, intra-laboratory, and interlaboratory. As data pairs (count and recount) are obtained, the first consideration is whether bias is present. If bias is detected in a set of data, that data should not be used for any purpose until the sourc...
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