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Iron technology of the ancient megalithic communities in the Vidarbha region of India
14 references·16 citing·39 second hop
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this work references cited by second hop

References

  • 1976Science and Civilization in China. Volume 5: Chemistry and Chemical Technology. Part II (Spagyrical Discovery and Invention: Magisteries of Gold and Immortality)917 cited
  • 1983The Rise of Civilization in India and Pakistan220 cited
  • 1999The archaeometallurgy of the Asian old world177 cited
  • 1996Arsenic Bronze: Dirty Copper or Chosen Alloy? A View from the Americas162 cited
  • 1985Indian Archaeology 1982-83 -- A Review142 cited
  • 2009Implication of peritectic composition in historical high-tin bronze metallurgy76 cited
  • 1979The copper alloys of the Medieval Islamic world ‐ inheritors of the classical tradition55 cited
  • 1998Early Central Andean Metalworking from Mina Perdida, Peru55 cited
  • 2003The origins of iron working in India: new evidence from the Central Ganga Plain and the Eastern Vindhyas51 cited
  • 1988Tin in Antiquity: Its Mining and Trade throughout the Ancient World with Particular Reference to Cornwall50 cited
  • 1998The use of tin and bronze in prehistoric southern Indian metallurgy34 cited
  • 1994Iron and Steel in Ancient China25 cited
  • 2010Large-scale 2nd to 3rd century AD bloomery iron smelting in Korea22 cited
  • 1995Iron and Steel in Ancient China20 cited

Cited by

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  • 2019High‐carbon steel and ancient sword‐making as observed in a double‐edged sword from an Iron Age megalithic burial in Tamil Nadu, India13 cited
  • 2019Archaeometallurgical investigation of ancient artefacts’ degradation phenomenon12 cited
  • 2024Material characterization of forged bronzes from ancient China (c. 11th-2nd century BCE) reveals development of the non-mainstream metalworking technique in Chinese bronze production11 cited
  • 2018Early Iron Age ferrous artefacts from southeastern Arabia: investigating fabrication techniques using neutron tomography, optical microscopy, and SEM-EDS11 cited
  • 2021Uncovering the superior corrosion resistance of iron made via ancient Indian iron-making practice11 cited
  • 2017The implication of the metallurgical traditions associated with Chinese style wagons from the royal Xiongnu tomb at Golmod 2 in Mongolia11 cited
  • 2014Characterization and comparison of the copper-base metallurgy of the Harappan sites at Farmana in Haryana and Kuntasi in Gujarat, India8 cited
  • 2020Environmental magnetic, Geochemical and Sulfur isotopic imprints of an Indus archaeological site 4MSR from western India (Rajasthan): Implications to the Indus industrial (metallurgical) activities8 cited
  • 2013Bronze technology of the ancient megalithic communities in the Vidarbha region of India8 cited
  • 2016Iron Age beta (23% tin) bronze: Peninsular Indian bowls of Adichanallur, Nilgiris, and Boregaon7 cited
  • 2016Indian High-Tin Bronzes and the Grecian and Persian World7 cited
  • 2021Elemental Composition and Microstructure Analysis of Archaeological Copper from Central Ganga Valley, India4 cited
  • 2019Characterization of Corrosion Behavior of Archaeological Iron Spear from Sanur (300 BC – 50 AD) – A Megalithic Site in Southern India1 cited
  • 2025Archaeometallurgical production remains in India: A review1 cited
  • 2025The key role of bangles in the evolution of standardized bronze technology in Indian antiquity0 cited
  • 2025Iron Smithing among the Lohars of Central Peninsular India: An Ethnoarchaeological Perspective0 cited