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Uncovering the superior corrosion resistance of iron made via ancient Indian iron-making practice
11 references·2 citing·32 second hop
Uncovering the superior corrosion resistance of iron made via ancient Indian iron-making practice (2021)Uncovering the superior corrosion resista…Archaeometallurgical investigation of ancient artefacts’ degradation phenomenon (2019)Archaeometallurgical investig…Nature of Angular Carbides in Damascus Steel (2017)Nature of Angular Carbides in…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…Iron technology of the ancient megalithic communities in the Vidarbha region of India (2013)Iron technology of the ancien…Carbon nanotubes in an ancient Damascus sabre (2006)Carbon nanotubes in an ancien…Corrosion of iron archaeological artefacts in soil: characterisation of the corrosion system (2004)Corrosion of iron archaeologi…Corrosion product analysis of corrosion resistant ancient indian iron (1998)Corrosion product analysis of…An ancient wind-powered iron smelting technology in Sri Lanka (1996)An ancient wind-powered iron …The “rustless” iron pillar at Delhi (1970)The “rustless” iron pillar at…The Delhi Iron Pillar and its iron (1963)The Delhi Iron Pillar and its…The Delhi Pillar (1953)The Delhi PillarChemistry of ancient materials of iron in India (2023)Chemistry of ancient material…Corrosion of some military equipment and ustensils discovered in the ancient site of Buridava (2021)Corrosion of some military eq…On the Bulat—Damascus steels revisited (1980)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)Science and Civilization in China. Volume 5: Chemistry and Chemical Technology. Part II (Spagyrical Discovery and Invention: Magisteries of Gold and Immortality) (1976)The Rise of Civilization in India and Pakistan (1983)The archaeometallurgy of the Asian old world (1999)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)Material characterization of forged bronzes from ancient China (c. 11th-2nd century BCE) reveals development of the non-mainstream metalworking technique in Chinese bronze production (2024)Electron backscattering diffraction analysis of an ancient wootz steel blade from central India (2008)Influence of the Distribution of Excess Carbide on the Properties of Genuine Damascus Steel (2019)INFLUENCE OF PHOSPHORUS IMPURITY ON THE STRUCTURE AND NATURE OF THE DESTRUCTION OF THE GENUINE DAMASCUS STEEL (2020)Mechanical Properties of Xviii Century Persian Bulat Steel Compared with Modern Tool Steels (2020)Characterization of Delhi iron pillar rust by X-ray diffraction, Fourier transform infrared spectroscopy and Mössbauer spectroscopy (2000)Slag inclusions in iron objects and the quest for provenance: an experiment and a case study (2009)Computational framework for the evaluation of the composition and degradation state of metal heritage assets by deep learning (2023)Corrosion Behavior of Ancient Indian Iron Artifacts: A Comparative Study (2025)Nanostructured Silver Found in Ancient Dacian Bracelets from Cehei Hoard—Salaj, Romania (2025)Characterization of ancient Indian iron and entrapped slag inclusions using electron, photon and nuclear microprobes (2001)Characterization of protective rust on ancient Indian iron using microprobe analyses (2002)Application of Fourier-Transform Infrared Spectroscopy (FTIR) for the Study of Cultural Heritage Artifacts (2018)Aspects of Powder Technology in Ancient and Medieval India (1990)The decorative bell capital of the Delhi iron pillar (1998)Alloy design of ductile phosphoric iron: Ideas from archaeometallurgy (2003)Archaeomaterials, Innovation, and Technological Change (2020)Raman imaging of ancient rust scales on archaeological iron artefacts for long‐term atmospheric corrosion mechanisms study (2006)Raman Studies of Corrosion Layers Formed on Archaeological Irons in Various Media (2009)Analytical chemistry in the field of cultural heritage (2015)How to learn about teaching: An evolutionary framework for the study of teaching behavior in humans and other animals (2014)Discovery of carbon nanotubes in sixth century BC potteries from Keeladi, India (2020)
this work references cited by second hop

References

  • 2004Corrosion of iron archaeological artefacts in soil: characterisation of the corrosion system313 cited
  • 2006Carbon nanotubes in an ancient Damascus sabre305 cited
  • 1996An ancient wind-powered iron smelting technology in Sri Lanka56 cited
  • 1998Corrosion product analysis of corrosion resistant ancient indian iron50 cited
  • 1970The “rustless” iron pillar at Delhi37 cited
  • 2013Iron technology of the ancient megalithic communities in the Vidarbha region of India20 cited
  • 2013Technology, chronology and the role of crucible steel as inferred from iron objects of the ancient site at Junnar, India14 cited
  • 2019Archaeometallurgical investigation of ancient artefacts’ degradation phenomenon12 cited
  • 2017Nature of Angular Carbides in Damascus Steel12 cited
  • 1953The Delhi Pillar12 cited
  • 1963The Delhi Iron Pillar and its iron12 cited

Cited by

  • 2023Chemistry of ancient materials of iron in India11 cited
  • 2021Corrosion of some military equipment and ustensils discovered in the ancient site of Buridava1 cited

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