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A ‘Roman Brass’ Age: a transformation in copper-alloy composition in Estonia and northern Latvia during the Roman Iron Age, identified by pXRF
15 references·0 citing·34 second hop
A ‘Roman Brass’ Age: a transformation in copper-alloy composition in Estonia and northern Latvia during the Roman Iron Age, identified by pXRF (2023)A ‘Roman Brass’ Age: a transformation in …Essential changes in the composition of copper alloys reveal technological diversities in the transition from the Earliest Iron Age to the Early Roman period in Lithuania (2021)Essential changes in the comp…The globalized Roman world. (2016)The globalized Roman world.Globalisation and the Roman world: world history, connectivity and material culture (2015)Globalisation and the Roman w…Characterising copper-based metals in Britain in the first millennium AD: a preliminary quantification of metal flow and recycling (2015)Characterising copper-based m…Silo science and portable XRF in archaeology: a response to Frahm (2012)Silo science and portable XRF…Forty Thousand Arms for a Single Emperor: From Chemical Data to the Labor Organization Behind the Bronze Arrows of the Terracotta Army (2012)Forty Thousand Arms for a Sin…The Bronze and Early Iron Ages in Estonia (2007)The Bronze and Early Iron Age…Composition and electrochemical properties of natural patinas of outdoor bronze monuments (2007)Composition and electrochemic…Roman Brooches in Britain : A Technological and Typological Study based on the Richborough Collection (2004)Roman Brooches in Britain : A…Britain's First Brass (2004)Britain's First BrassMorphology and mechanisms of formation of natural patinas on archaeological Cu–Sn alloys (1998)Morphology and mechanisms of …Roman Copper Alloys: Analysis of Artefacts from Northern Britain (1997)Roman Copper Alloys: Analysis…Archaeological Chemistry (1996)Archaeological ChemistryThe production of brass in antiquity with particular reference to Roman Britain (1990)The production of brass in an…The composition of the copper alloys used by the Greek, etruscan and Roman civilisations (1977)The composition of the copper…Cycladic Metallurgy and the Aegean Early Bronze Age (1967)The composition of the copper alloys used by the Greek, Etruscan and Roman civilizations (1978)Bronze Age Copper Sources in the Mediterranean: A New Approach (1982)IRON IN ANCIENT COPPER (1987)A new interpretative approach to the chemistry of copper-alloy objects: source, recycling and technology (2012)A New Method For Combining Lead Isotope and Lead Abundance Data to Characterize Archaeological Copper Alloys* (2014)Applications of laser-induced breakdown spectroscopy for cultural heritage: A comparison with X-ray Fluorescence and Particle Induced X-ray Emission techniques (2018)Beyond Provenance: New Approaches to Interpreting the Chemistry of Archaeological Copper Alloys (2018)Catalogue of 45 reference Raman spectra of minerals concerning research in art history or archaeology, especially on corroded metals and coloured glass (2003)Understanding corrosion of ancient metals for the conservation of cultural heritage (2009)The characterization of Sn‐based corrosion products in ancient bronzes: a Raman approach (2012)Raman spectroscopy of green minerals and reaction products with an application in Cultural Heritage research (2016)Metallurgy in Archaeology (1962)Sound, color and meaning in the metallurgy of Ancient West Mexico (1995)COLOURED OPAQUE GLASS BEADS OF THE MEROVINGIANS* (2000)Soil geochemistry and detection of early Roman precious metal and copper alloy working at the Roman town of Calleva Atrebatum (Silchester, Hampshire, UK) (2005)Comparison of XRF and PXRF for analysis of archaeological obsidian from southern Perú (2007)Characterizing obsidian sources with portable XRF: accuracy, reproducibility, and field relationships in a case study from Armenia (2014)The awkward adolescence of archaeological science (2015)Using Nondestructive Portable X-ray Fluorescence Spectrometers on Stone, Ceramics, Metals, and Other Materials in Museums: Advantages and Limitations (2016)A global approach to the authentication of ancient bronzes based on the characterization of the alloy–patina–environment system (2006)Large scale investigation of chemical composition, structure and corrosion mechanism of bronze archeological artefacts from Mediterranean basin (2006)Art and architecture (2000)Demography (2000)Rebels and outsiders (2000)THE IMPACT OF THE CLIMATE CATASTROPHE OF 536–537 AD IN ESTONIA AND NEIGHBOURING AREAS; pp. 30–56 (2014)In Austrvegr: The Role of the Eastern Baltic in Viking Age Communication across the Baltic Sea (2018)„Textilkeramik“ – Textileindrücke auf bronzezeitlicher Keramik vom Fundplatz Bruszczewo (2019)Human parasites in the Roman World: health consequences of conquering an empire (2016)\nThe Socio-Economics of Roman Storage. 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References

  • 1998Morphology and mechanisms of formation of natural patinas on archaeological Cu–Sn alloys518 cited
  • 1996Archaeological Chemistry325 cited
  • 2015Globalisation and the Roman world: world history, connectivity and material culture207 cited
  • 2012Silo science and portable XRF in archaeology: a response to Frahm205 cited
  • 2007Composition and electrochemical properties of natural patinas of outdoor bronze monuments189 cited
  • 1977The composition of the copper alloys used by the Greek, etruscan and Roman civilisations139 cited
  • 2007The Bronze and Early Iron Ages in Estonia120 cited
  • 2015Characterising copper-based metals in Britain in the first millennium AD: a preliminary quantification of metal flow and recycling116 cited
  • 1997Roman Copper Alloys: Analysis of Artefacts from Northern Britain108 cited
  • 1990The production of brass in antiquity with particular reference to Roman Britain88 cited
  • 2004Roman Brooches in Britain : A Technological and Typological Study based on the Richborough Collection80 cited
  • 2012Forty Thousand Arms for a Single Emperor: From Chemical Data to the Labor Organization Behind the Bronze Arrows of the Terracotta Army71 cited
  • 2016The globalized Roman world.19 cited
  • 2021Essential changes in the composition of copper alloys reveal technological diversities in the transition from the Earliest Iron Age to the Early Roman period in Lithuania

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  • 2004Britain's First Brass5 cited
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