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Pre-Columbian metalworking in peru—Ornamental and ceremonial objects from the royal tombs of Sipán
5 references·7 citing·39 second hop
Pre-Columbian metalworking in peru—Ornamental and ceremonial objects from the royal tombs of Sipán (1998)Pre-Columbian metalworking in peru—Orname…The Production of Copper-Arsenic Alloys in the Central Andes: Highland Ores and Coastal Smelters? (1991)The Production of Copper-Arse…The beginning of the use of metals and alloys (1990)The beginning of the use of m…Pre-Columbian Surface Metallurgy (1984)Pre-Columbian Surface Metallu…New Perspectives on Moche Metallurgy: Techniques of Gilding Copper at Loma Negra, Northern Peru (1982)New Perspectives on Moche Met…Stages and Periods in Archaeological Interpretation (1962)Stages and Periods in Archaeo…Microchemical Investigation of Long-Term Buried Gilded and Silvered Artifacts From Ancient Peru (2020)Microchemical Investigation o…Metal Artifacts (2020)Metal ArtifactsAnalysis of the spectacular gold and silver from the Moche tomb ‘Señora de Cao’ (2016)Analysis of the spectacular g…Multilayered samples reconstructed by measuring Kα/Kβ or Lα/Lβ X-ray intensity ratios by EDXRF (2013)Multilayered samples reconstr…Multilayered artifacts in the pre-Columbian metallurgy from the North of Peru (2013)Multilayered artifacts in the…Evolution of Pre-Columbian Metallurgy from the North of Peru Studied with a Portable Non-Invasive Equipment Using Energy-Dispersive X-Ray Fluorescence (2011)Evolution of Pre-Columbian Me…Plasma cleaning and analysis of archeological artefacts from Sip n (2003)Plasma cleaning and analysis …Andean Value Systems and the Development of Prehistoric Metallurgy (1984)The Production of Copper–Arsenic Alloys (Arsenic Bronze) by Cosmelting: Modern Experiment, Ancient Practice (1999)Laser studies of metallic artworks (2010)How effective are reducing plasma afterglows at atmospheric pressure in removing sulphide layers: Application on tarnished silver, sterling silver and copper (2017)Inca Culture At The Time Of The Spanish Conquest (1946)The Origins and Development of the Andean State (1988)Craft Production, Exchange, and Political Power in the Pre-Incaic Andes (2006)A Millennium of Metallurgy Recorded by Lake Sediments from Morococha, Peruvian Andes (2007)From Scale to Practice: A New Agenda for the Study of Early Metallurgy on the Eurasian Steppe (2009)Paintings? a challenge for XRF and PIXE analysis (2000)A multi-technique approach by XRD, XRF, FT-IR to characterize the diagenesis of dinosaur bones from Spain (2011)The structure of two‐layered objects reconstructed using EDXRF‐analysis and internal X‐ray ratios (2015)Use of Monte Carlo simulations for cultural heritage X-ray fluorescence analysis (2015)Applications of energy dispersive X-ray fluorescence technique in metallic cultural heritage studies (2022)Chavin and the origins of Andean civilization (1993)Pampa Grande and the Mochica culture (1995)Use of Monte Carlo Simulation as a Tool for the Nondestructive Energy Dispersive X-ray Fluorescence (ED-XRF) Spectroscopy Analysis of Archaeological Copper-Based Artifacts from the Chalcolithic Site of Perdigões, Southern Portugal (2017)Estimation of Ag coating thickness by different methods using a handheld XRF instrument (2020)Testing the Accuracy of the Calculation of Gold Leaf Thickness by MC Simulations and MA-XRF Scanning (2020)Application of Science in Examination of Works of Art (1959)Native Copper, Silver, and Gold Accessible to Early Metallurgists (1971)Science and Archaeology (1972)Pre-Columbian alloys from the royal tombs of Sipán; energy dispersive X-ray fluorescence analysis with a portable equipment (2009)Craft Specialists at Moche: Organization, Affiliations, and Identities (2010)Non‐destructive analysis using PXRF: methodology and application to archaeological ceramics (2011)Reconsidering the accuracy of X-ray fluorescence and ion beam based methods when used to measure the thickness of ancient gildings (2017)Gold, gildings, and tumbaga from the Moche tomb of the Lady of Cao: An EDXRF test for the internal ratio method (2019)Differential X-Ray Attenuation in MA-XRF Analysis for a Non-invasive Determination of Gilding Thickness (2020)Bronze Disease: A Review of Some Chemical Problems and the Role of Relative Humidity (1990)XPS study of the atmospheric corrosion of copper alloys of archaeological interest (2004)Combining X-ray Fluorescence and Monte Carlo Simulation Methods to Differentiate between Tumbaga and Gold-Alloy or Gildings (2022)Style, Society, Myth, and Structure (1995)Pigment layers and precious metal sheets by energy‐dispersive x‐ray fluorescence analysis (2008)URBAN SETTLEMENTS IN ANCIENT PERU (1963)Putting Anthropology Back Together Again: The Ethnogenetic Critique of Cladistic Theory (1994)Multiregional Perspectives on the Archaeology of the Andes During the Late Intermediate Period (c. A.D. 1000–1400) (2008)Style, technology, and iron smelting furnaces in Bantu-speaking Africa (1991)Arsenic Bronze: Dirty Copper or Chosen Alloy? A View from the Americas (1996)Development of metallurgy in Eurasia (2009)
this work references cited by second hop

References

  • 1962Stages and Periods in Archaeological Interpretation199 cited
  • 1990The beginning of the use of metals and alloys151 cited
  • 1984Pre-Columbian Surface Metallurgy135 cited
  • 1982New Perspectives on Moche Metallurgy: Techniques of Gilding Copper at Loma Negra, Northern Peru63 cited
  • 1991The Production of Copper-Arsenic Alloys in the Central Andes: Highland Ores and Coastal Smelters?61 cited

Cited by

  • 2013Multilayered samples reconstructed by measuring Kα/Kβ or Lα/Lβ X-ray intensity ratios by EDXRF60 cited
  • 2016Analysis of the spectacular gold and silver from the Moche tomb ‘Señora de Cao’42 cited
  • 2013Multilayered artifacts in the pre-Columbian metallurgy from the North of Peru29 cited
  • 2003Plasma cleaning and analysis of archeological artefacts from Sip n19 cited
  • 2020Microchemical Investigation of Long-Term Buried Gilded and Silvered Artifacts From Ancient Peru13 cited
  • 2011Evolution of Pre-Columbian Metallurgy from the North of Peru Studied with a Portable Non-Invasive Equipment Using Energy-Dispersive X-Ray Fluorescence11 cited
  • 2020Metal Artifacts0 cited

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