Search results for "X-ray fluorescence spectroscopy"

showing 2 items of 2 documents

The Protohistoric sword from Le Gué-de-Velluire (Vendée, France): a pasticcio's history unveiled by archaeometrical research

2020

International audience; The Gué-de-Velluire sword (Vendée, France) is part of the Rochebrune collection collected during the 19 th and the 20 th centuries and now preserved in the Dobrée Museum in Nantes (Loire-Atlantique, France). The unusual shape of its hilt, its uncorroded rivets and the rather uncommon combination of a bronze grip with an iron blade made this sword an exceptional object. It has been depicted in a large number of papers since the 20 th century, but the question of its authenticity has hardly ever been tackled. New analyses performed with the support of the Dobrée Museum, the Arc'Antique laboratory and Ghent University delivered new data enabling us to discuss this delic…

ArcheologyHistorySword[SHS.ARCHEO]Humanities and Social Sciences/Archaeology and Prehistory0211 other engineering and technologiesArt historyComputed tomography02 engineering and technologyengineering.materialX-Ray Fluorescence spectroscopy01 natural sciencesTOMOGRAPHYmedicineBRONZE-AGEBronzeSWORDComputed tomography021101 geological & geomatics engineeringmedicine.diagnostic_testHistory and Archaeology010401 analytical chemistryPasticcioX-Ray Fluorescence Spectroscopy0104 chemical sciencesengineeringBlade (archaeology)Protohistory
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A study of major and trace element accumulation in humic acids

2015

It has been widely studied recent as well as historic accumulation of elements in peat profiles depending on intensity of anthropogenic pollution and thereby peat profiles serve as archives for research of environmental change. Peat ability to accumulate major and trace elements depends on the character of element supply, potency of metal ions to bind functionalities in the peat structure, pH reaction, oxygen presence, presence of complexing compounds, inorganic ions and many other factors. The aim of this study is to assign major and trace element distribution in humic acids (HA) for two well characterized ombrotrophic peat profiles of Eipurs and Dzelve Bog and analyse factors affecting el…

geographygeography.geographical_feature_categoryPeatChemistryMetal ions in aqueous solutionTrace elementOmbrotrophicchemistry.chemical_elementX-ray fluorescence spectroscopy; humic acids; peat; trace and major elementsInorganic ionsMass spectrometryOxygenEnvironmental chemistryBog
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