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Natural arsenic bronze from the Varten Kamak copper occurrence, SW Bulgaria
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Natural arsenic bronze from the Varten Kamak copper occurrence, SW Bulgaria (2024)Natural arsenic bronze from the Varten Ka…A method for mineralogical predicting the mining and metallurgical centers of the Early Chalcolithic to the Bronze Age (Case study from the water-catchment basins of the rivers Struma and Mesta, SW Bulgaria) (2018)A method for mineralogical pr…A Re-evaluation of inverse segregation in prehistoric As-Cu objects (2016)A Re-evaluation of inverse se…Large scale smelting of speiss and arsenical copper at Early Bronze Age Arisman, Iran (2012)Large scale smelting of speis…On Pins and Needles: Tracing the Evolution of Copper-base Alloying at Tepe Yahya, Iran, via ICP-MS Analysis of Common-place Items (2002)On Pins and Needles: Tracing …The Production of Copper–Arsenic Alloys (Arsenic Bronze) by Cosmelting: Modern Experiment, Ancient Practice (1999)The Production of Copper–Arse…Arsenic Bronze: Dirty Copper or Chosen Alloy? A View from the Americas (1996)Arsenic Bronze: Dirty Copper …Copper‐Arsenic Bronzes from the North Coast of Peru* (1981)Copper‐Arsenic Bronzes from t…Partitioning of trace elements between the ores, fluxes, slags and metal during the smelting of copper (1977)The Sounds and Colors of Power: The Sacred Metallurgical Technology of Ancient West Mexico (1997)The production of speiss (iron arsenide) during the Early Bronze Age in Iran (2008)Ancient Mesopotamian materials and industries: the archaeological evidence (1995)Early Metal Mining and Production (1997)On the origins of extractive metallurgy: new evidence from Europe (2010)Bronze production in Southwestern Iberian Peninsula: the Late Bronze Age metallurgical workshop from Entre Águas 5 (Portugal) (2012)Beyond Provenance (2018)Beyond Provenance: New Approaches to Interpreting the Chemistry of Archaeological Copper Alloys (2018)Application of Science in Examination of Works of Art (1959)Science and Archaeology (1972)Metallography and Microstructure of Ancient and Historic Metals (1992)Development of metallurgy in Eurasia (2009)The Provenance, Use, and Circulation of Metals in the European Bronze Age: The State of Debate (2018)The Cambridge Ancient History (1970)The composition of the copper alloys used by the Greek, Etruscan and Roman civilizations (1978)Archaeological Chemistry (1996)The Beginning of Metallurgy in the Southern Levant: A Late 6th Millennium CalBC Copper Awl from Tel Tsaf, Israel (2014)High spatial dynamics-photoluminescence imaging reveals the metallurgy of the earliest lost-wax cast object (2016)A Metallurgical Site Survey in the Peruvian Andes (1976)Batan Grande: A Prehistoric Metallurgical Center in Peru (1982)An Overview Of Peruvian Archaeology (1976-1986) (1989)Horizonal Integration and Regional Diversity: An Alternating Process in the Rise of Civilizations (1991)THE STYLE, TECHNOLOGY AND ORGANIZATION OF SICÁN MINING AND METALLURGY, NORTHERN PERU: INSIGHTS FROM HOLISTIC STUDY (2013)Copper and Bronze in Art: Corrosion, Colorants, Conservation (2002)Experimental design of the Cu-As-Sn ternary colour diagram (2017)Debasement of silver throughout the Late Bronze – Iron Age transition in the Southern Levant: Analytical and cultural implications (2020)Plating and Surface Treatments on Ancient Metalwork (2020)
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References

  • 1996Arsenic Bronze: Dirty Copper or Chosen Alloy? A View from the Americas162 cited
  • 1999The Production of Copper–Arsenic Alloys (Arsenic Bronze) by Cosmelting: Modern Experiment, Ancient Practice134 cited
  • 2012Large scale smelting of speiss and arsenical copper at Early Bronze Age Arisman, Iran100 cited
  • 2002On Pins and Needles: Tracing the Evolution of Copper-base Alloying at Tepe Yahya, Iran, via ICP-MS Analysis of Common-place Items90 cited
  • 2016A Re-evaluation of inverse segregation in prehistoric As-Cu objects35 cited
  • 1981Copper‐Arsenic Bronzes from the North Coast of Peru*26 cited
  • 2018A method for mineralogical predicting the mining and metallurgical centers of the Early Chalcolithic to the Bronze Age (Case study from the water-catchment basins of the rivers Struma and Mesta, SW Bulgaria)1 cited

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