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首页> 外文期刊>International Research Journal of Pure and Applied Chemistry >Chemical Analysis of Iron Slags and MetallicArtefacts from Early Iron Age
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Chemical Analysis of Iron Slags and MetallicArtefacts from Early Iron Age

机译:铁器早期铁渣和金属制品的化学分析

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Eight samples of iron slag and two metallic artefacts from two Early Iron Age sites in central Bosnia and Herzegovina, ??olaci and Pod, were analysed using chemical instrumental methods. Atomic absorption spectrometry was applied to determine major (Fe, Al, Ca, Na, Mg, K and Mn) and trace elements (Cr, Cu, Co, Ni and Zn), while gravimetric method and molecular visible spectrometry were applied to determine Si and Ti, respectively. Infrared spectrum of selected samples was recorded during different phases of analysis and the results show that the primary ore was hematite. Results also indicate that residents from both sites, which are adjacent, used the same ore source. Low values of Ca, whose compounds are used as flux in later stages of the processing of iron ore, show that the processing of iron at the study sites was in the beginning stage of its development. Based on the obtained results, metallic artefacts found at the site ??olaci probably came from site Pod. Graphical presentation of the content relationship between the selected metal oxides in the slag was preformed to present differences between samples from two sites. Analysis of trace elements in the analysed slags confirmed that they originate from Early Iron Age.
机译:使用化学仪器方法分析了波斯尼亚和黑塞哥维那中部,奥拉奇和波德的两个铁矿早期站点的八个铁渣样品和两个金属文物。原子吸收光谱法测定主要元素(铁,铝,钙,钠,镁,钾和锰)和微量元素(铬,铜,钴,镍和锌),而重量分析法和分子可见光谱法测定硅和钛。在分析的不同阶段记录所选样品的红外光谱,结果表明主要矿石为赤铁矿。结果还表明,两个站点的居民都使用相同的矿石来源。 Ca的低值(其化合物在铁矿石加工的后期阶段用作助熔剂)表明,研究地点的铁加工处于其发展的初期。根据获得的结果,在olaci站点发现的金属文物可能来自Pod站点。在炉渣中选择的金属氧化物之间的含量关系的图形表示被执行以呈现来自两个位置的样品之间的差异。对所分析炉渣中的微量元素的分析证实,它们源自早期铁器时代。

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