Page 87 - TINA Dergi Sayi 08
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TINA


                                                                         Maritime Archaeology Periodical






















































             Nicolle Hirschfeld ve Seppi Lehner bakır külçeleri tasnif ediyor. (Fotoğraf: T. E. Littlefield)
             Nicolle Hirschfeld and Seppi Lehner classify copper ingots. (photo by T. E. Littlefield)



               In summer 2013, Lente Van Brempt, a student of   lect good candidates for more extensive quantitative
             Cypriot archaeometallurgist Vasiliki (Lina) Kassian-  analysis. Team Gelidonya is grateful to the Brennan
             idou, spent two months doing a preliminary sort and   Foundation for funding this research.
             identification of the ingot fragments, eventually pub-  Analyses  to  be  undertaken  include  ICP-MS  (in-
             lished as a chapter in her doctoral dissertation.  ductively coupled plasma mass spectrometry), to be
              An American-Turkish  team  comprised  of  two  re-  carried out at the KUYTAM laboratory of Koç Uni-
             cent doctoral graduates, Emre Kuruçayırlı and Joseph   versity, and other chemical and isotope analyses to in-
             (Seppi) Lehner, picked up the baton in summer 2016   vestigate the sources of the ingot copper (and bronze).
             and  our  archeometallurgical  inquiry  is  now  in  full   To examine the microstructure of the metal and thus
             gear. Emre spent winter and spring 2017 constructing   the process of its production, Emre and Seppi are tak-
             a descriptive database of all ca. 1200 ingots and ingot   ing core drillings for metallographic study, which will
             fragments from the Cape Gelidonya shipwreck. In ad-  also take place at the KUYTAM laboratory. The first
             dition to noting condition, shape, dimensions, weight,   round of analyses, scheduled for the end of August,
             and  tool  marks,  he  has  also  scanned  each  artefact   will be based on 77 samples selected from all types of
             using XRF (x-ray fluorescence) in order to obtain a   ingots and fragments. These results will then be used
             preliminary insight into their chemical compositions.   to devise a more extensive sampling program, in ad-
             (This task is being completed even as this article is   dition to the practical purpose of serving as the basis
             being written). The XRF data will then be used to se-  for grant proposals to support the larger endeavor.
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