The Production of Ceramic Materials in Roman Pavia: An Archaeometric NAA Investigation of Clay Sources and Archaeological Artifacts

被引:0
作者
S. Meloni
M. Oddone
N. Genova
A. Cairo
机构
[1] Italian National Research Council Center for Radiochemistry and Activation Analysis at the University of Pavia,Department of General Chemistry
[2] Italian National Research Council Center for Radiochemistry and Activation Analysis at the University of Pavia,Department of General Chemistry
[3] Italian National Research Council Center for Radiochemistry and Activation Analysis at the University of Pavia,Department of General Chemistry
[4] University of Pavia,Department of Earth Sciences
来源
Journal of Radioanalytical and Nuclear Chemistry | 2000年 / 244卷
关键词
Excavation; Neutron Activation Analysis; Instrumental Neutron Activation Analysis; Clay Sample; Roman Time;
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摘要
Part of a research program on cultural heritage aimed to elucidate the production of ceramic artifacts in Roman Pavia is devoted to the localization of the possible sources of raw materials (claypits) as well as to the technological production processes. Clay samples were collected in two different areas nearby Pavia, Lomellina and Oltrepo. Some of these samples were also fired at 950 °C. Archaeological ceramic samples, mostly bricks and tiles of Roman age, were obtained from excavations of Roman settlings close to Pavia. All samples were submitted to instrumental neutron activation analysis for the determination of Ca, Fe and a number of trace elements. Results indicate (1) fired and raw clay samples keep the same elemental fingerprint so that only raw samples data can be used in archaeometric studies; (2) some parameters based on rare earth elements are useful to discriminate the clay samples from the two investigated areas; (3) clay discrimination is confirmed also by discriminant analysis; and (4) the insertion of the elemental composition data of the ceramic artifacts in the statistical treatment allows one to assign the artifacts to one of the investigated areas and confirms that, at Roman times, the production of ceramic building materials was mostly based on the use of local prime matter.
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页码:553 / 558
页数:5
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