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Metallographic and neutron diffraction analysis on microstructural evolution and control in ancient Indian high carbon steel
10 references·2 citing·40 second hop
Metallographic and neutron diffraction analysis on microstructural evolution and control in ancient Indian high carbon steel (2021)Metallographic and neutron diffraction an…High‐carbon steel and ancient sword‐making as observed in a double‐edged sword from an Iron Age megalithic burial in Tamil Nadu, India (2019)High‐carbon steel and ancient…The investigation of Indian and central Asian swords through neutron methods (2018)The investigation of Indian a…Determination of the manufacturing methods of Indian swords through neutron diffraction (2015)Determination of the manufact…Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India (2013)Technology, chronology and th…The key role of forging in ancient steel making from white cast iron (2007)The key role of forging in an…Steel making in the ancient Korean Kingdom of Koguryo (2005)Steel making in the ancient K…Traditional Japanese Sword Making from a Tatara Ingot As Estimated from Microstructural Examination (2004)Traditional Japanese Sword Ma…The key role of impurities in ancient damascus steel blades (1998)The key role of impurities in…An ancient wind-powered iron smelting technology in Sri Lanka (1996)An ancient wind-powered iron …Experiments to reproduce the pattern of Damascus steel blades (1992)Experiments to reproduce the …A critical review on wootz steel of India (2026)A critical review on wootz st…Neutron tomography reveals extensive modern modification in Iron Age Iranian swords (2024)Neutron tomography reveals ex…A History of Metallurgy (1977)The Coming of the Age of Iron (1981)Iron and Steel in Ancient China (1994)Microstructural Features in Corroded Celtic Iron Age Sword Blades (2014)Complicating the frontier: Armaments, fortifications, and identities beyond the Great Wall (2016)Replication Experiments and Microstructural Evolution of the Ancient Co-Fusion Steelmaking Process (2020)Du damassé et des lames de Damas (1924)On the Bulat—Damascus steels revisited (1980)Damascus steel, part II: Origin of the damask pattern (1987)Studies of Damascus steel blades: Part II—Destruction and reformation of the patterns (1993)Electron backscattering diffraction analysis of an ancient wootz steel blade from central India (2008)On the use of neutron imaging methods to identify microstructural features in ancient Indian swords and armour (2020)Pre-Industrial Iron: Its Technology and Ethnology (1993)Welding by Hot Forging of Two Carbon Steels for the Manufacture of Spanish and Japanese Weapons (2018)A dual technological tradition and its implications as observed in an iron assemblage from a medieval site in eastern Mongolia (2021)The Beginnings of the Use of Metals and Alloys (1990)Early Metal Mining and Production (1997)SERIPHOS SURFACES: A STUDY OF COPPER SLAG HEAPS AND COPPER SOURCES IN THE CONTEXT OF EARLY BRONZE AGE AEGEAN METAL PRODUCTION (2010)Analysis of a prehistoric Egyptian iron bead with implications for the use and perception of meteorite iron in ancient Egypt (2013)New methods for investigating slag heaps: Integrating geoprospection, excavation and quantitative methods at Meroe, Sudan (2016)Iron and Steel in Ancient China (1993)Compositional modification of nonmetallic inclusions in bloomery iron during post‐smelting treatments and its implication (2021)Nomadic innovation in small-scale iron acquisition inspired by and dedicated to marginal steppe environments of Mongolia (2023)A History of Metallography (1961)Mining and metal production through the ages (2004)Ancient and historic steel in Japan, India and Europe, a non-invasive comparative study using thermal neutron diffraction (2011)How can fracture mechanics and failure analysis assist in solving mysteries of ancient metal artifacts? (2020)India's legendary wootz steel: an advanced material of the ancient world (2004)Neutron Methods for Archaeology and Cultural Heritage (2016)Neutrons for Cultural Heritage—Techniques, Sensors, and Detection (2020)Archaeometallurgical Analyses on Two Renaissance Swords from the “Luigi Marzoli” Museum in Brescia: Manufacturing and Provenance (2021)A little-known extractive process: Iron smelting in natural-draft furnaces (1991)What is a damascus steel? (1992)Investigation of Effect of Heat Treatment on the Han Dynasty Steel Sword Corrosion by Electrochemical Corrosion Testing (2022)Comparative microstructural and elemental analysis of iron artefacts from Kaveri valley archaeological sites (2023)Archaeomaterials, Innovation, and Technological Change (2020)Chemistry of ancient materials of iron in India (2023)Creating the Twentieth Century (2005)Internal Combustion Engines (2005)Microstructure of a genuine Damascus sabre (2005)
this work references cited by second hop

References

  • 1998The key role of impurities in ancient damascus steel blades130 cited
  • 1996An ancient wind-powered iron smelting technology in Sri Lanka56 cited
  • 1992Experiments to reproduce the pattern of Damascus steel blades27 cited
  • 2015Determination of the manufacturing methods of Indian swords through neutron diffraction18 cited
  • 2013Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India14 cited
  • 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
  • 2018The investigation of Indian and central Asian swords through neutron methods13 cited
  • 2007The key role of forging in ancient steel making from white cast iron12 cited
  • 2005Steel making in the ancient Korean Kingdom of Koguryo10 cited
  • 2004Traditional Japanese Sword Making from a Tatara Ingot As Estimated from Microstructural Examination8 cited

Cited by

  • 2024Neutron tomography reveals extensive modern modification in Iron Age Iranian swords3 cited
  • 2026A critical review on wootz steel of India0 cited

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