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Surface and interface analysis of a Roman lead pipe “fistula”: microchemistry of the soldering at the join, as seen by scanning Auger microscopy and X-ray photoelectron spectroscopy
3 references·7 citing·33 second hop
Surface and interface analysis of a Roman lead pipe “fistula”: microchemistry of the soldering at the join, as seen by scanning Auger microscopy and X-ray photoelectron spectroscopy (1994)Surface and interface analysis of a Roman…Small‐area XPS and XAES study of early iron metallurgy slags (1992)Small‐area XPS and XAES study…Tin in antiquity (1986)Tin in antiquityMetal Working in the Ancient World (1949)Metal Working in the Ancient …Micro Raman investigation on corrosion of Pb‐based alloy replicas of letters from the museum Plantin‐Moretus, Antwerp (2014)Micro Raman investigation on …Microchemical surface analysis of two Numidian coins (2011)Microchemical surface analysi…A multi‐analytical investigation on medieval pottery from Caltagirone (Sicily, Italy) (2006)A multi‐analytical investigat…ORGANIC SUBSTANCES AT METAL SURFACES: ARCHAEOLOGICAL EVIDENCE AND THE ELDER PLINY's ACCOUNT* (2003)ORGANIC SUBSTANCES AT METAL S…Scanning Auger microscopy studies of an ancient bronze (2001)Scanning Auger microscopy stu…Peer Reviewed: X-Ray Photoelectron Spectroscopy and Archaeology. (1999)Peer Reviewed: X-Ray Photoele…X‐ray photoemission spectroscopy and scanning Auger microscopy studies of a Roman lead pipe ‘fistula’ (1995)X‐ray photoemission spectrosc…Pliny The Elder and Man's Unnatural History (1990)Morphology and mechanisms of formation of natural patinas on archaeological Cu–Sn alloys (1998)Pliny the Elder on Science and Technology (2000)The Elder Pliny, Posidonius and Surfaces (2005)A multitechnique study of archeological bronzes (2008)The composition of the copper alloys used by the Greek, Etruscan and Roman civilizations (1978)PROBLEMS IN the ANALYSIS of LEADED BRONZE ALLOYS IN ANCIENT ARTEFACTS (1982)The role of analytical chemists in the research on the cultural heritage (2019)How the Iron Age Began (1977)Iron at Taanach and Early Iron Metallurgy in the Eastern Mediterranean (1981)Reassessment of the evidence for early metallurgy in Niger, West Africa (1988)Corpus nummorum Numidiae Mauretaniaeque (1955)NEW EVIDENCE FOR THE NATURE OF THE ATTIC BLACK GLOSS (1993)EARLY PRODUCTION RECIPES FOR LEAD ANTIMONATE YELLOW IN ITALIAN ART* (2005)Library of FT-Raman spectra of pigments, minerals, pigment media and varnishes, and supplement to existing library of Raman spectra of pigments with visible excitation (2001)Raman spectroscopy as a means for the identification of plattnerite (PbO2), of lead pigments and of their degradation products (2001)Acetic and formic acids emitted from wood samples and their effect on selected materials in museum environments (2009)XXI.—The Early Metallurgy of Silver and Lead: Part I., Lead (1901)Metallurgy in Archaeology (1962)Archaeological Chemistry (1996)Contribution of surface analytical techniques for the microchemical study of archaeological artefacts (2002)ToF‐SIMS investigation of ancient ceramics from the Quartaia Site, Tuscany (Italy) (2010)X‐RAY PHOTOELECTRON SPECTROSCOPY: A NEW ANALYTICAL METHOD FOR THE EXAMINATION OF ARCHAEOLOGICAL ARTIFACTS (1976)Microchemical investigation of early iron metallurgy slags (1992)XPS, ICP and DPASV analysis of medieval pottery ? Statistical multivariate treatment of data (1994)ToF‐SIMS investigation of gilt and painted leather: identification of indigo, oil binder and gold varnish (2014)Characterization of traditional Korean lacquers using surface analytical techniques (2015)A Rosette Phialē Inscribed in Aramaic (1961)Technological study of gold jewellery pieces dating from the Middle Kingdom to the New Kingdom in Egypt (2009)Goldwork in Ancient Egypt: workshop practices at Qurneh in the 2nd Intermediate Period (2014)Oxhide ingots, copper production, and the mediterranean trade in copper and other metals in the bronze age (2007)First comprehensive peat depositional records for tin, lead and copper associated with the antiquity of Europe's largest cassiterite deposits (2011)A Non-local Source of Irish Chalcolithic and Early Bronze Age Gold (2015)
this work references cited by second hop

References

  • 1949Metal Working in the Ancient World49 cited
  • 1986Tin in antiquity39 cited
  • 1992Small‐area XPS and XAES study of early iron metallurgy slags8 cited

Cited by

  • 1995X‐ray photoemission spectroscopy and scanning Auger microscopy studies of a Roman lead pipe ‘fistula’24 cited
  • 1999Peer Reviewed: X-Ray Photoelectron Spectroscopy and Archaeology.23 cited
  • 2001Scanning Auger microscopy studies of an ancient bronze18 cited
  • 2003ORGANIC SUBSTANCES AT METAL SURFACES: ARCHAEOLOGICAL EVIDENCE AND THE ELDER PLINY's ACCOUNT*15 cited
  • 2011Microchemical surface analysis of two Numidian coins13 cited
  • 2006A multi‐analytical investigation on medieval pottery from Caltagirone (Sicily, Italy)12 cited
  • 2014Micro Raman investigation on corrosion of Pb‐based alloy replicas of letters from the museum Plantin‐Moretus, Antwerp10 cited

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