FAIR is a non-profit organization dedicated to providing well-documented answers to criticisms of the doctrine, practice, and history of The Church of Jesus Christ of Latter-day Saints.
Source:Sorenson:JBMS 15:2:By 1400 BC, smiths in Armenia had discovered how to carburize iron by prolonged heating in contact with carbon
Revision as of 21:18, 6 October 2014 by RogerNicholson (talk | contribs)
Sorenson: "By 1400 BC, smiths in Armenia had discovered how to carburize iron by prolonged heating in contact with carbon"
Parent page: Book of Mormon/Metals/Steel
Sorenson: "By 1400 BC, smiths in Armenia had discovered how to carburize iron by prolonged heating in contact with carbon"
John L. Sorenson: [1]
Steel is "iron that has been combined with carbon atoms through a controlled treatment of heating and cooling." [2] Yet "the ancients possessed in the natural (meteoric) nickel-iron alloy a type of steel that was not manufactured by mankind before 1890." [3] (It has been estimated that 50,000 tons of meteoritic material falls on the earth each day, although only a fraction of that is recoverable.) [4] By 1400 BC, smiths in Armenia had discovered how to carburize iron by prolonged heating in contact with carbon (derived from the charcoal in their forges). This produced martensite, which forms a thin layer of steel on the exterior of the object (commonly a sword) being manufactured. [5] Iron/steel jewelry, weapons, and tools (including tempered steel) were definitely made as early as 1300 BC (and perhaps earlier), as attested by excavations in present-day Cyprus, Greece, Turkey, Syria, Egypt, Iran, Israel, and Jordan. [6] "Smiths were carburizing [i.e., making steel] intentionally on a fairly large scale by at least 1000 BC in the Eastern Mediterranean area." [7]
Notes
- ↑ John L. Sorenson, "Steel in Early Metallurgy," Journal of Book of Mormon Studies 15/2 (2006): 108–109. wiki
- ↑ Lenore O. Keene Congdon, "Steel in Antiquity: A Problem in Terminology," in Studies Presented to George M. A. Hanfmann, ed. David Gordon Mitten et al. (Cambridge: Fogg Art Museum, Harvard University, 1971), 18–19.
- ↑ Robert James Forbes, Metallurgy in Antiquity: A Notebook for Archaeologists and Technologists (Leiden, The Netherlands: E. J. Brill, 1950), 402.
- ↑ Harvey Harlow Nininger, Find a Falling Star (New York: Paul S. Erikson, 1972), 238.
- ↑ Congdon, "Steel in Antiquity," 24–25; D. Davis et al., "A Steel Pick from Mount Adir in Palestine," Journal of Near Eastern Studies 44/1 (1985): 42; and Muhly, "Mining and Metalwork," 3:1515.
- ↑ Patrick E. McGovern, "The Innovation of Steel in Transjordan," Journal of Metals 40/7 (1988): 50; Jane C. Waldbaum, From Bronze to Iron: The Transition from the Bronze Age to the Iron Age in the Eastern Mediterranean (Göteborg, Sweden: Paul Åström, 1978), 54; and Robert Maddin et al., "How the Iron Age Began," Scientific American 237 (1977): 122.
- ↑ Tamara S. Wheeler and Robert Maddin, "Metallurgy and Ancient Man," in Coming of the Age of Iron, ed. Wertime and Muhly, 116.