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Chemical Compositional Signatures of Constituent Minerals of Iron Slags and Ores from the Khmer Monuments
5 references·3 citing·27 second hop
Chemical Compositional Signatures of Constituent Minerals of Iron Slags and Ores from the Khmer Monuments (2019)Chemical Compositional Signatures of Cons…The ties that bind: archaeometallurgical typology of architectural crampons as a method for reconstructing the iron economy of Angkor, Cambodia (tenth to thirteenth c.) (2017)The ties that bind: archaeome…Smelting in the Shadow of the Iron Mountain: Preliminary Field Investigation of the Industrial Landscape around Phnom Dek, Cambodia (Ninth to Twentieth Centuries a.d.) (2017)Smelting in the Shadow of the…The Iron Kuay of Cambodia: tracing the role of peripheral populations in Angkorian to colonial Cambodia via a 1200 year old industrial landscape (2014)The Iron Kuay of Cambodia: tr…Casting for the King: The Royal Palace bronze workshop of Angkor Thom (2014)Casting for the King: The Roy…Using In-Slag Charcoal as an Indicator of “Terminal” Iron Production within the Angkorian Period (10th–13th Centuries AD) Center of Preah Khan of Kompong Svay, Cambodia (2013)Using In-Slag Charcoal as an …Temporal changes in Angkorian ironmaking technology in Northern Cambodia during the 10th–14th centuries (2025)Temporal changes in Angkorian…Technological Trajectories in Iron Smelting: Slag Signatures, Recipes, and Traditions from Phnom Dek (Cambodia, 7th–20th c. CE) (2025)Technological Trajectories in…Non-destructive in-situ classification of sandstones used in the Angkor monuments of Cambodia using a portable X-ray fluorescence analyzer and magnetic susceptibility meter (2021)Non-destructive in-situ class…Craft Production Systems (2001)Archaeology at the millennium: a sourcebook (2002)Slag inclusion analyses for studying ferrous alloys employed in French medieval buildings: supply of materials and diffusion of smelting processes (2007)The Role of Metallurgy in Transforming Global Forests. (2015)The Indianized States of Southeast Asia (1969)The identification of slags from archaeological sites (1983)The Identification of Slags from Archaeological Sites (2016)Ethnoarchaeology in Action (2002)Pattern and Process in Cultural Evolution (2019)Southeast Asian early Maritime Silk Road trading polities’ hinterland and the sea-nomads of the Isthmus of Kra (2019)Sparks and needles: Seeking catalysts of state expansions, a case study of technological interaction at Angkor, Cambodia (9th to 13th centuries CE) (2019)The ironworking remains in the royal city of Meroe: new insights on the Nile Corridor and the Kingdom of Kush (2019)The study of material culture today: Toward an anthropology of technical systems (1986)Cognition and tool use: the blacksmith at work (1997)Laos' central role in Southeast Asian copper exchange networks: A multi-method study of bronzes from the Vilabouly Complex (2019)Multi-classifier majority voting analyses in provenance studies on iron artefacts (2019)Smelting Iron from Laterite: Technical Possibility or Ethnographic Aberration? (2009)Glass artifacts at Angkor: evidence for exchange (2017)Forging empire: Angkorian iron smelting, community and ritual practice at Tonle Bak (2019)Provisioning an Early City: Spatial Equilibrium in the Agricultural Economy at Angkor, Cambodia (2021)PROVENANCE OF THE SANDSTONE USED IN THE CONSTRUCTION OF THE KHMER MONUMENTS IN THAILAND (2009)Khmer sandstone quarries of Kulen Mountain and Koh Ker: a petrographic and geochemical study (2012)Quarries and transportation routes of Angkor monument sandstone blocks (2012)Communities of Practice (1998)Silo science and portable XRF in archaeology: a response to Frahm (2012)Explaining the evolution of ironmaking recipes – An example from northwest Wales (2010)Provenance investigation using Re–Os isotopes and trace element analyses of Hallstatt C–D and La Tène A bipyramidal ingots from the Speyer depot (upper Rhine region, Germany) (2026)
this work references cited by second hop

References

  • 2013Using In-Slag Charcoal as an Indicator of “Terminal” Iron Production within the Angkorian Period (10th–13th Centuries AD) Center of Preah Khan of Kompong Svay, Cambodia37 cited
  • 2017The ties that bind: archaeometallurgical typology of architectural crampons as a method for reconstructing the iron economy of Angkor, Cambodia (tenth to thirteenth c.)37 cited
  • 2014The Iron Kuay of Cambodia: tracing the role of peripheral populations in Angkorian to colonial Cambodia via a 1200 year old industrial landscape33 cited
  • 2017Smelting in the Shadow of the Iron Mountain: Preliminary Field Investigation of the Industrial Landscape around Phnom Dek, Cambodia (Ninth to Twentieth Centuries a.d.)26 cited
  • 2014Casting for the King: The Royal Palace bronze workshop of Angkor Thom24 cited

Cited by

  • 2021Non-destructive in-situ classification of sandstones used in the Angkor monuments of Cambodia using a portable X-ray fluorescence analyzer and magnetic susceptibility meter16 cited
  • 2025Technological Trajectories in Iron Smelting: Slag Signatures, Recipes, and Traditions from Phnom Dek (Cambodia, 7th–20th c. CE)3 cited
  • 2025Temporal changes in Angkorian ironmaking technology in Northern Cambodia during the 10th–14th centuries1 cited

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