The Global Experiment: How the International Atomic Energy Agency Proved Dosimetry to Be a Techno-Diplomatic Issue.

IF 0.2 4区 哲学 Q4 HISTORY & PHILOSOPHY OF SCIENCE NTM Pub Date : 2022-06-01 Epub Date: 2022-05-10 DOI:10.1007/s00048-022-00336-9
Maria Rentetzi
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Abstract

This paper draws attention to the role of the IAEA in shaping radiation dosimetry practices, instrumentation, and standards in the late 1950s and 1960s. It traces the beginnings of the IAEA's radiation dose intercomparison program which targeted all member states and involved the WHO so as to standardize dosimetry on a global level. To standardize dosimetric measurement methods, techniques, and instruments, however, one had to devise a method of comparing absorbed dose measurements in one laboratory with those performed in others with a high degree of accuracy. In 1964 the IAEA thus started to build up what I call the "global experiment," an intercomparison of radiation doses with participating laboratories from many of its member states. To carry out the process of worldwide standardization in radiation dosimetry, I argue, an organization with the diplomatic power and global reach of the IAEA was absolutely necessary. Thus, "global experiment" indicates a novel understanding of the experimental process. What counts as an experiment became governed by a process that was designed and strictly regulated by an international organization; it took place simultaneously in several laboratories across the globe, while experimental data became centrally owned and alienated from those that produced it.

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全球实验:国际原子能机构如何证明剂量测定是一个技术外交问题。
本文提请注意国际原子能机构在 20 世纪 50 年代末和 60 年代形成辐射剂量测定实践、仪器和标准方面的作用。它追溯了国际原子能机构辐射剂量相互比较计划的开端,该计划针对所有成员国,并让世界卫生组织参与其中,以便在全球范围内实现剂量测定的标准化。然而,要实现剂量测定方法、技术和仪器的标准化,就必须设计一种方法,将一个实验室的吸收剂量测量结果与其他实验室的吸收剂量测量结果进行高度精确的比较。因此,国际原子能机构于 1964 年开始建立我所说的 "全球实验",即与许多成员国的实验室进行辐射剂量的相互比较。我认为,要在全球范围内实现辐射剂量测定的标准化进程,绝对需要一个像国际原子能机构这样具有外交实力和全球影响力的组织。因此,"全球实验 "表明了对实验过程的全新理解。什么才算实验,由一个国际组织设计并严格监管的过程来决定;实验在全球多个实验室同时进行,而实验数据则由中央拥有,并与数据产生者分离。
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NTM
NTM HISTORY & PHILOSOPHY OF SCIENCE-
CiteScore
0.70
自引率
0.00%
发文量
33
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