Important Broad-Based Metrology Concepts in the Revised U.S. Micrometer Standard

J. Salsbury
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引用次数: 1

Abstract

A revision to the U.S. standard on micrometers, ASME B89.1.13, was approved by the ASME B89 dimensional metrology standards committee in 2012, and final publication of the standard is expected in 2013. This standard includes many modern and novel calibration concepts that apply beyond the dimensional field, and the purpose of this paper is to communicate some of the highlights of this new standard to the larger metrology community. Some of the key issues include defining the measurand, traceability requirements, conformance decision rules, calibration versus verification, and measurement uncertainty. It is expected that some of the concepts in the revised ASME B89.1.13 will be controversial, for example the intentional lack of inclusion of the resolution of the unit under test in the estimation of measurement uncertainty. By presenting this new standard in completion, it is hoped that others will understand and appreciate the reasoning behind some of the novel and controversial concepts in this standard and therefore be able to apply some of the ideas not just to micrometers but to other fields of metrology as well.
修订后的美国千分尺标准中重要的基础广泛的计量概念
2012年,ASME B89尺寸计量标准委员会批准了对美国千分尺标准ASME B89.1.13的修订,预计该标准将于2013年最终出版。该标准包括许多适用于尺寸领域之外的现代和新颖的校准概念,本文的目的是将该新标准的一些亮点传达给更大的计量界。一些关键问题包括定义测量、可追溯性需求、一致性决策规则、校准与验证,以及测量不确定性。预计修订后的ASME B89.1.13中的一些概念将会引起争议,例如,在测量不确定度的估计中故意不包括被测单元的分辨率。通过完成这个新标准,希望其他人能够理解和欣赏这个标准中一些新颖和有争议的概念背后的原因,因此能够将一些想法不仅应用于微米,也应用于其他计量领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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