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The Identification of Slags from Archaeological Sites

The Identification of Slags from Archaeological Sites

May 23, 20261 min read

  • source
  • kind/technical_report
  • status/draft

Source · technical_report · draft

Generated from the Hyphae knowledge graph.

Bibliographic record

  • Authors: Bachmann, H-G.
  • Year: 1982

Cited by (4 claims)

  • Fayalitic slag is composed primarily of fayalite (Fe₂SiO₄) with FeO typically 40–70 wt% and SiO₂ typically … (draft)
  • cm³; pure fayalite mineral de… (draft)
  • High FeO content in slag is inversely related to iron recovery efficiency — it indicates a larger proportio…
  • Bloomery slag mineralogy (fayalite, high FeO) is archaeometrically distinct from blast furnace slag (calcar…

Graph View

  • Bibliographic record
  • Cited by (4 claims)

Backlinks

  • Fayalitic slag is composed primarily of fayalite (Fe₂SiO₄) with FeO typically 40–70 wt% and SiO₂ …
  • Bulk archaeological bloomery slag specific gravity is approximately 3.5–4.0 g/cm³; pure fayalite …
  • High FeO content in slag is inversely related to iron recovery efficiency — it indicates a larger…
  • Bloomery slag mineralogy (fayalite, high FeO) is archaeometrically distinct from blast furnace sl…
  • Fayalitic Slag
  • Catalogue

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