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An Experimental Archaeological Study on Iron Sand Smelting in the Korean Peninsular

机译:朝鲜半岛铁砂熔炼的实验考古研究

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The possibility of the use of iron sand smelting in the ancient Korean Peninsula has suggested in recent iron artifacts analysis study. In this study, an iron sand smelting experiment is conducted and a sword is reproduced based on known archeological materials. 22 kg of iron ingot was produced after smelting using 70 kg of iron sand from Gampo. Iron ingot folded and forged 15 times for removing impurities from it and then 2.52 kg of steel ingot was produced. Steel ingot was hammered, heated, annealed, quenched and tempered to make reproduced sword. To obtain the experimental archaeological data, the products of each stage of iron manufacture were analyzed. Gampo iron sand whose total Fe content was 66.10% contained titanium and vanadium. Iron ingot confirmed carbon steel and impurities could be removed by folding and forging. Steel ingot was hypoeutectoid steel that differ depending on the number of folding. The remained non-metallic inclusions as a form of slag were gradually removed over the repeated process of folding and forging. Non-metallic inclusions remaining in the sword were of a glass phase and found to contain titanium and vanadium. This supports the idea that when titanium and vanadium are found in non-metallic inclusions of a steel product, they are the result of iron sand smelting.
机译:最近的铁器物分析研究提出了在古代朝鲜半岛使用铁砂冶炼的可能性。在这项研究中,进行了铁砂冶炼实验,并根据已知的考古材料复制了剑。使用来自Gampo的70 kg铁砂进行冶炼后,生产了22 kg铁锭。将铁锭折叠并锻造15次以除去其中的杂质,然后生产2.52千克钢锭。将钢锭锤打,加热,退火,淬火和回火以制成复制剑。为了获得实验考古数据,分析了铁制造各个阶段的产品。总Fe含量为66.10%的Gampo铁砂包含钛和钒。铁锭证实了碳钢和杂质可以通过折叠和锻造去除。钢锭是亚共析钢,其根据折叠次数而不同。在重复的折叠和锻造过程中,以炉渣形式残留的非金属夹杂物被逐渐去除。残留在剑中的非金属夹杂物为玻璃相,并发现含有钛和钒。这支持了这样的想法,即在钢铁产品的非金属夹杂物中发现钛和钒时,它们是铁砂冶炼的结果。

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