This paper deals with the metrological issue of the reliability in measurements. The evaluation of intermediate precision is discussed to assure repeatable data over time. As an example, the monitoring process of archaeological or historic discoveries needs that data coming from different measurements and performed in different time instants are comparable and traceable. Thermography is used here to evaluate the conservation state of metallic artefacts and their decay over time. Data on the integrity of an ancient iron oil lamp have been collected at different points in time. Intermediate precision has been computed to evaluate the data reliability so to guarantee the comparability of data. The proposed approach can allow getting accurate and consistent information on the discovery decay over time. Intermediate precision evaluation provides quantitative information about the effectiveness of the monitoring process and the reliability of its results.
Evaluation of Intermediate Precision in Thermographic Measurements for Monitoring the Conservation State of Metallic Discoveries / Morello, R.; De Capua, C.; Fabbiano, L.. - (2022), pp. 541-546. (Intervento presentato al convegno 2022 IMEKO TC-4 International Conference on Metrology for Archaeology and Cultural Heritage, MetroArchaeo 2022 tenutosi a University of Calabria, ita nel 2022).
Evaluation of Intermediate Precision in Thermographic Measurements for Monitoring the Conservation State of Metallic Discoveries
Morello R.
;De Capua C.;
2022-01-01
Abstract
This paper deals with the metrological issue of the reliability in measurements. The evaluation of intermediate precision is discussed to assure repeatable data over time. As an example, the monitoring process of archaeological or historic discoveries needs that data coming from different measurements and performed in different time instants are comparable and traceable. Thermography is used here to evaluate the conservation state of metallic artefacts and their decay over time. Data on the integrity of an ancient iron oil lamp have been collected at different points in time. Intermediate precision has been computed to evaluate the data reliability so to guarantee the comparability of data. The proposed approach can allow getting accurate and consistent information on the discovery decay over time. Intermediate precision evaluation provides quantitative information about the effectiveness of the monitoring process and the reliability of its results.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
