Monitoring moisture content and detecting the presence of soluble salts in archaeological waterlogged wood remains is a key issue for their conservation. Evanescent field dielectrometry (EFD), originally applied to frescoes and mural painting investigation is proposed as a novel tool for the real-time detection of soluble salts inside waterlogged wood samples. Preliminary measurements on archaeological samples from Denmark were performed to provide the basis for on-site monitoring of the rinse process required before consolidation treatment.
Real-time detection of salts content in waterlogged archaeological wood by evanescent field dielectrometry (EFD): Preliminary results
Longo S;Pizzo B;Riminesi C
2022
Abstract
Monitoring moisture content and detecting the presence of soluble salts in archaeological waterlogged wood remains is a key issue for their conservation. Evanescent field dielectrometry (EFD), originally applied to frescoes and mural painting investigation is proposed as a novel tool for the real-time detection of soluble salts inside waterlogged wood samples. Preliminary measurements on archaeological samples from Denmark were performed to provide the basis for on-site monitoring of the rinse process required before consolidation treatment.File in questo prodotto:
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Descrizione: Real-time detection of salts content in waterlogged archaeological wood by evanescent field dielectrometry (EFD)
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