论文集及综述

1.        Hauptmann, A., and Modarressi-Tehrani, Diana., 2015, Archaeometallurgy in Europe III: Proceedings of the 3^rd International Conference. Bochum: Deutschen Bergbau-Museum.

2.        Sirinivasan, Sharada., Ranganathan, Srinivasa., Giumlia-Mair, Alessandra., 2015, Metals and Civilizations: Proceedings of the Seventh International Conference on the Beginning of the Use of Metals and Alloys. Bangalore: National Institute of Advanced Studies.

3.        Mei, Jianjun., Wang, Pu., Chen, Kunlong., Wang, Lu., Wang, Yingchen., Liu, Yaxiong., 2015, Archaeometallurgical studies in China: some recent developments and challenging issues, Journal of Archaeological Science 56, 221-232.

铜冶金技术

4.        Addis, A., Angelini, I., Nimis, P., Artioli, G., 2015, Late Bronze Age copper smelting slags from Luserna (Trentino, Italy): interpretation of the metallurgical process, Archaeometry, DOI: 10.1111/arcm.12160.

5.        Artioli, G., Angelini, I., Tecchiati, U., Pedrotti, A., 2015, Eneolithic copper smelting slags in the Eastern Alps: local patterns of metallurgical exploitation in the Copper Age, Journal of Archaeological Science 63, 78-83.

6.        Bandama, Foreman, Hall, Simon, Chirikure, Shadreck., 2015, Eiland crucibles and the earliest relative dating for tin and bronze working in southern Africa, Journal of Archaeological Science 62, 82-91.

7.         Beherec, Marc.A., Levy, Thomas.E., Tirosh, Ofir., Najjar, Mohammad., Knabb, Kyle.A., Erel, Yigal., 2016, Iron Age nomads and their relation to copper smelting in Faynan (Jordan): Trace metal and Pb and Sr isotopic measurements from the Wadi Fidan 40 cemetery, Journal of Archaeological Science 65, 70-83.

8.         Bray, P., Cuénod, A., Gosden, C., Hommel, P., Liu, R., Pollard, A.M., 2015, Form and flow: the ‘karmic cycle’ of copper, Journal of Archaeological Science 56, 202-209.

9.        Dussubieux, Laure., and Walder, Heather., 2015, Identifying American native and European smelted coppers with pXRF: a case study of artifacts from the Upper Greate Lakes regions, Journal of Archaeological Science 59, 169-178.

10.     Ettler, Vojt?ch., Johan, Zdenek., Zav?el, Jan., Wallisová, Michaela.Selmi., Mihaljevi?, Martin., ?ebek, Ond?ej., 2015, Slag remains from the Na Slupi site (Prague, Czech Republic): evidence for early medieval non-ferrous metal smelting, Journal of Archaeological Science 53, 72-83.

11.    Erb-Satullo, Nathaniel, Gilmour, Brian.J.J., Khakhutaishvili, Nana., 2015, Crucible technologies in the Late Bronze-Early Iron Age South Caucasus: copper processing, tin bronze production, and the possibility of local tin ores, Journal of Archaeological Science 61, 260-276.

12.    Heginbotham, A., Bassett, J., Bourgarit, D., Eveleigh, C., Glinsman, L., Hook, D., Smith, D., Speakman, R.J., Shugar, A., van Langh, R., 2015, The copper CHARM set: a new set of certified reference materials for the standardization of quantitative X-ray fluorescence analysis of heritage copper alloys, Archaeometry 57 (5), 856-868.

13.    Kaufman, Brett. and Scott, David.A., 2015, Fuel efficiency of ancient copper alloys: theoretical melting thermodynamics of copper, tin and arsenical copper and timber conservation in the Bronze Age Levant, Archaeometry 57 (6), 1009-1024.

14.     Liu, Siran., Rehren, Thilo., Pernicka, Ernst., Hausleiter, Arnulf., 2015, Copper processing in the oases of northwest Arabia: technology, alloys and provenance, Journal of Archaeological Science 53, 492-503.

15.    Pelton, A.D., Stamatakis, M.G., Kelepertzis, E., Panagou, T., 2015, The origin and arhaeometallurgy of a mixed sulphide ore for copper production on the island of Kea, Agean Sea, Greece, Archaeometry 57 (2), 318-343.

16.     Radivojevi?, Miljana., and Rehren, Thilo., 2015, Paint it black: the rise of metallurgy in the Balkans, Journal of Archaeological Method and Theory, DOI: 10.1007/s10816-014-9238-3.

17.    Rehren, Th., and Orfanou, V., 2015, A (not so) dangerous method: pXRF vs. EPMA-WDS analyses of copper based artefacts, Archaeological and Anthropological Science 7, 387-397.

18.    O’Brien, William., 2015, Prehistoric copper mining in Europe 5500-500 BC. Oxford: Oxford University Press.

19.    Wei, Shuya., Song, Guoding., He, Yuling., 2015, The identification of binding agent used in late Shang Dynasty turquoise-inlayed bronze objects excavated in Anyang, Journal of Archaeological Science 59, 211-218.

铁冶金技术

20.    Birch, Thomas., Scholger, Robert., Walach, Georg., Stremke, Frank., Cech, Brigitte., 2015. Finding the invisible smelt: using experimental archaeology to critically evaluate fieldwork methods applied to bloomery iron production remains, Archaeological and Anthropological Science 7, 73-87.

21.    Charlton, Michael., 2015, The last frontier in ‘sourcing’: the hopes, constraints and future for iron provenance research, Journal of Archaeological Science 56, 210-220.

22.    Galili, E., Bauvais, S., Rosen, B., Dillmann, P., 2015, Cargoes of iron semi-products recovered from shipwrecks off the carmel coast, Israel, Archaeometry 57 (3), 505-535.

23.     Killick, David., 2015, Invention and innovation in African iron-smelting technologies, Cambridge Archaeological Journal 25 (1), 307-319.

24.     Leroy, Stéphainie., L’Héritier, Maxime., Delqué-Kolic, Emmanuelle., Dumoulin, Jean-Pascal., Moreau, Christophe., Dillmann, Philippe., 2015, Consolidation or initial design? Radiocarbon dating of ancient iron alloys sheds light on the reinforcements of French Gothic Cathedrals, Journal of Archaeological Science 53, 190-201.

25.     Park, J.-S., 2015, The implication of varying 14C concentrations in carbon samples extracted from Mongolian iron objects of the Mongol period, Journal of Archaeological Science 63, 59-64.

26.     Park, J.-S., and Gelegdorj, E., 2015, A preliminary study on the loss of iron and arsenic in the re-melting of iron-bearing arsenical copper, Archaeometry 57 (5), 869-878.

27.     Park, J.-S., and Reichert, Susanne., 2015, Technological tradition of the Mongol Empire as inferred from bloomery and cast iron objects excavated in Karakorum, Journal of Archaeological Science 53, 49-60.

28.     Thiele, A., Ho?ek, J., Kucypera, P., Dévényi, L., 2015, The role of pattern-welding in historical swords-mechanical testing of materials used in their manufacture, Archaeometry 57 (4), 720-739.

冶铸设施

29.     Chirikure, Shadreck., Hall, Simon., Rehren, Thilo., 2015, When ceramic sociology meets material science: Sociological and technological aspects of crucibles and pottery from Mapungubwe southern Africa, Journal of Anthropological Archaeology 40, 23-32.

30.    Huang, Xing., Qian, Wei., Wei, Wei., Guo, Jingning., Liu, Naitao., 2015, 3D numerical simulation on the flow field of single tuyere blast furnaces: a case study of the Shuiquangou iron smelting site dated from the 9^th to 13^th century in China, Journal of Archaeological Science 63, 44-58.

金银及其他金属

31.    Figueroa, V., Salazar, D., Mille, B., Manríquez, G., 2015, Metal use and production among coastal societies of the Atacama Desert, Archaeometry 57 (4), 687-703.

32.     L'Héritier, Maxime., Baron, Sandrine., Cassayre, Laurent., Téreygeol, Florian., 2015, Bismuth behaviour during ancient processes of silver-lead production, Journal of Archaeological Science 57, 56-68.

33.     Liu, Siran., Rehren, Thilo., Chen, Jianli., Xu, Changqing., Venunan, Pira., Larreina-Garcia, David., Martinón-Torres, Marcos., 2015, Bullion production in imperial China and its significance for sulphide ore smelting world-wide, Journal of Archaeological Science 55, 151-165.

34.    Martinón-Torres, Marcos., Uribe-Villegas, María.Alicia., 2015, The prehistoric individual, connoisseurship and archaeological science: the Muisca goldwork of Colombia, Journal of Archaeological Science 63, 136-155.

铅同位素比值

35.     Str?bele, Florian., Hildebrandt, Ludwig.H., Baumann, Albrecht., Pernicka, Ernst., Markl, Gregor., 2015, Pb isotope data of Roman and medieval objects from Wiesloch near Heidelberg, Germany, Archaeological and Anthropological Science 7, 465-472.

36.     Müller, R., Brey, G.P., Seitz, H.-M., Klein, S., 2015, Lead isotope analyses on Late Republican sling bullets, Archaeological and Anthropological Science 7, 473-485.

冶金技术与社会

37.     Iles, Louise., 2015, The role of metallurgy in transforming global forests, Journal of Archaeological Method and Theory, DOI: 10.1007/s10816-01509266-7.

38.     Jennings, Justin., Velarde, María.Inés., Mora, Franco., ?lvarez, Willy.Yépez., 2015, Wari imperialism, bronze production, and the formation of the Middle Horizon: complicating the picture, Journal of Anthropological Archaeology 39, 63-75.

39.     Ling, Johan., and Stos-Gale, Zofia., 2015, Representations of oxhide ingots in Scandinavian rock art: the sketchbook of a Bronze Age traveller?, Antiquity 89 (343), 191-209.

40.     N?rgaard, Heide.Wrobel., 2015, Metalcraft within the Nordic Bronze Age: combined metallographic and superficial imaging reveals the technical repertoire in crafting bronze ornaments, Journal of Archaeological Science 64, 110-128.

41.    Qin, Ying., Li, Haomiao., Yang, Xiaoyong., Huang, Huang., Qin, Ya., Xie, Yaoting., 2015. Experimental dissolution of lead from bronze vessels and the lead content of human bones from Western Zhou dynasty tombs in Hengshui, Shanxi, China, Journal of Archaeological Science 64, 22-29.

42.    Ottenwelter, E., and Costa, V., 2015, Evidence of metallic plating on archaeological artefacts by voltammetry of microparticles, Archaeometry 57 (3), 497-504.

43.    Puziewicz, J., Baron, J., Ntaflos, Th., Miazga, B., 2015, The composition and microstructural variation of the Bronze Age metal ornaments from lower Silesia (South-west Poland): chemical analytical and archaeological aspects, Archaeometry 57 (4), 653-676.

研究方法

44.    Lyubomirova, V., Djingova, R., Kuleff, I., 2015, Comparison of analytical techniques for analysis of archaeological bronze, Archaeometry 57 (4), 677-686.

45.    Pollard, A.M., Bray, Peter., Gosden, Chris., Wilson, Andrew., Hamerow, Helena., 2015, Characterising copper-based metals in Britain in the first millennium AD: a preliminary quantification of metal flow recycling, Antiquity 89 (345), 697-713.

46.    Sebatini, Benjamin.J., 2015, The As-Cu-Ni system: a chemical thermodynamic model for ancient recycling, JOM, DOI:10.1007/s11837-015-1593-3.

47.    Roberts, Benjamin.W., Boughton, Dorothee., Dinwiddy, Michael., Doshi, Nisha., Fitzpatrick, Andrew.P., Hook, Duncan., Meeks, Nigel., Mongiatti, Aude., Woodward, Ann., Woodward, Peter.J., 2015, Collapsing commodities or lavish offerings? Understanding massive metalwork deposition at Langton Matravers, Dorset during the Bronze Age-Iron Age transition, Oxford Journal of Archaeology, 34 (4), 365-395.