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Britain's First Brass

Published online by Cambridge University Press:  21 April 2011

Paul Craddock ,
Michael Cowell  and
Ian Stead
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Extract

Stamps on the blade of a sword from the Thames, originally considered to be Anglo-Saxon, now place the sword stylistically in the La Tène II period (late third to early second century BC). X-ray fluorescence tests have shown that the gold-coloured foil covering the stamps consists of 80 per cent copper and 20 per cent zinc, this being the formula for brass. The sword therefore represents the earliest known use of brass in Britain.

Type
Shorter Contributions
Information
The Antiquaries Journal , Volume 84 , September 2004 , pp. 339 - 346
Copyright
Copyright © The Society of Antiquaries of London 2004

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References

BIBLIOGRAPHY

Adams, D R 1991. The Mines of Llanymynech Hill, Account 14, Shropshire Caving and Mining ClubGoogle Scholar
Bay ley, J 1998. ‘The production of brass in antiquity with especial reference to Roman Britain’, in Craddock (ed) 1998, 7–26Google Scholar
den Boesterd, M H P and Hoekstra, E 1965. The Bronze Vessels in the Rijksmuseum G. M. Kam at Nijmegen, NijmegenGoogle Scholar
Burnett, A M, Craddock, P T and Preston, K 1982. ‘New light on the origin of orichalcum’, in Proceedings of the 9th International Congress of Numismatists, Berne, Sept 1979 (eds Hackens, T and Weiller, R), Association Internationale des Numismatists Professionels, Publication 6, 263–8, Louvain-la-NeuveGoogle Scholar
Cowell, M R 1977. ‘Energy dispersive X-ray fluorescence analysis of ancient gold alloys’, in X-ray Microfluorescence Analysis Applied to Archaeology (ed Hackens, T), PACT 1, Council of Europe, 76–85, StrasbourgGoogle Scholar
Cowell, M R 1998. ‘Coin analysis by energy dispersive X-ray fluorescence spectrometry’, in Metallurgy in Numismatics, IV (eds Oddy, W A and Cowell, M R), Royal Numismatic Society, Special Publication 30, 448–60, LondonGoogle Scholar
Craddock, P T 1995. Early Metal Mining and Production, EdinburghGoogle Scholar
Craddock, P T 1998. ‘Zinc in classical antiquity’, in Craddock (ed) 1998, 1–7Google Scholar
Craddock, P T (ed) 1998. 2000 Years of Zinc and Brass, Brit Mus Occas Pap 50, rev edn, LondonGoogle Scholar
Craddock, P T 2000. ‘Conservative metal alloying traditions’, in Archaeometallurgy in Central Europe III, special issue of Acta Metallurgica Slovaca, 7, 175–83Google Scholar
Craddock, P T, Burnett, A M and Preston, K 1980. ‘Hellenistic copper-base coinage and the origins of brass’, in Scientific Studies in Numismatics (ed Oddy, W A), Brit Mus Occas Pap 18, 53–64, LondonGoogle Scholar
Craddock, P T and Werner, A E 1991. ‘Metallurgical analyses of the bronzes, Appendix 13.3’, in The Breiddin Hillfort: A Later Prehistoric Settlement in the Welsh Marches (ed Musson, C R), CBA Res Rep 76, 205–9, LondonGoogle Scholar
Craddock, P T, La Niece, S and Hook, D R 1998a. ‘Brass in the medieval Islamic world’, in Craddock (ed)1998, 73–114Google Scholar
Craddock, P T, Freestone, I C, Gurjar, L K, Middleton, A P and Willies, L 1998b. ‘Zinc in India’, in Craddock (ed) 1998, 27–72Google Scholar
CraddockP T and Eckstein, K P T and Eckstein, K 2003. ‘Production of brass in antiquity by direct reduction’, in Mining and Metal Production through the Ages (eds Craddock, P T and Lang, J), 208–22, LondonGoogle Scholar
Dannheimer, H 1975. ‘Zu zwei älteren keltischen Fundstücken aus der Münchner Schotterebene’, Archäologisches Korrespondenzblatt, 5, 59–66Google Scholar
Duncan, S J and Ganiaris, H 1987. ‘Some sulphide corrosion products on copper alloys from London waterfront sites’, in Recent Advances in the Conservation and Analysis of Artifacts (ed Black, J), 109–18, LondonGoogle Scholar
Fitzpatrick, A P 1996. ‘Night and day: the symbolism of astral signs on Later Iron Age anthropomorphic short swords’, Proc Prehist Soc, 62, 373–98Google Scholar
Gunther, R Y (ed) 1934. The Greek Herbal of Dioscorides, translated by Goodyer, John in 1655, OxfordGoogle Scholar
Hamilton, E G 1996. Technology and Social Change in Belgic Gaul: Copper Working at the Titelberg, Luxembourg, 125 BC-300 AD, MASCA Research Paper in Science and Archaeology 13, PhiladelphiaGoogle Scholar
Jackson, R P J and Craddock, P T 1995. ‘The Ribchester Hoard: a descriptive and technical study’, in Sites and Sights of the Iron Age (ed Raftery, B), Oxbow Monogr 56, 75–102, OxfordGoogle Scholar
Jones, H L (trans) 1929. Strabo: The Geography VI, Loeb Classical Library, LondonGoogle Scholar
Musson, C R and Northover, J P 1989. ‘Llanymynech hillfort, Powys and Shropshire: observations on construction work 1981’, Montgomeryshire Collect, 77, 15–26Google Scholar
Musson, C R, Britnell, W, Northover, J P and Salter, C 1992. ‘Excavations and metal-working at Llwyn Bryn-dinas hillfort, Llangedwyn, Clwyd’, Proc Prehist Soc, 58, 265–84CrossRefGoogle Scholar
Northover, J P 1991. ‘Further comments on the composition of the Breiddin Bronzes, Appendix 13.4’, in The Breiddin Hillfort: A Later Prehistoric Settlement in the Welsh Marches (ed Musson, C R), CBA Res Rep 76, 210–18, LondonGoogle Scholar
Oddy, W A and Meeks, N D 1981. ‘Pseudogilding: an example from the Roman period’, MASCA Journal, 1/7, 211–13Google Scholar
Riddle, J M 1985. Dioscorides on Pharmacy and Medicine, Austin, TexasGoogle Scholar
Savory, H N 1976. Guide Catalogue of the Early Iron Age Collections, CardiffGoogle Scholar
Schleicher, K 1974. Geschichte der Stolberger Messing-industrie, StolbergGoogle Scholar
Scott, D A 2002. Copper and Bronze in Art: Corrosion, Colorants, Conservation, Los AngelesGoogle Scholar
Spratling, M 1966. ‘The date of the Tal-y-Llyn Hoard’, Antiquity, 40, 229–30Google Scholar
Stead, I M 1982. ‘The Cerrig-y-Drudion “hanging bowl”’, AntiqJ, 62, 221–34CrossRefGoogle Scholar
Tavenor-Perry, J 1910. Dinanderie, LondonGoogle Scholar