Metal tools of the Petrovka Culture of the Southern Trans-Urals and Middle Tobol: chemical and metallurgical characteristics

A. Degtyareva, S. V. Kuzminykh
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引用次数: 1

Abstract

In this paper, the chemical composition of tools and ingots of the Petrovka Culture of the Southern Trans-Urals and Middle Tobol region is characterized with identification of main recipes of the alloys using several analytical methods (spectral, X-ray fluorescence, and atomic emission spectrometry analyses carried out in the laboratories of the Institute of Archaeology of the Russian Academy of Sciences and the Institute of Inorganic Chemistry of the Si-berian Branch of the Russian Academy of Sciences). The complexes of the Petrovka Culture of the Sou-thern Trans-Urals have been dated by a set of AMS 14C dates to 19th–18th centuries BCE. Recently introduced in the scientific discourse 27 AMS 14C dates (settlement of Stepnoe and burial grounds of Stepnoe 1, 7 and 25) established an ear-lier interval of the Petrovka series — 2133–1631 BCE and point to the synchroneity of the cultures at the northern periphery of the Sintashta area in the local micro-region of the Southern Trans-Urals. The results of the analytical study of 106 metal tools and 70 ingots of the Petrovka Culture of the Southern Trans-Urals and south of Western Siberia are reported. The statistical processing of the analytical results with plotting correlation diagrams of Sn–As, Sn–Pb, As–Ag, As–Sb, and a frequency distribution histogram for the proportions of Sn allowed casting the metal into 4 metallurgical groups — pure copper and tin, arsenic-tin and arsenic bronzes. The first group subdivided into oxide and sulfidic samples. According to the geochemical peculiarity of the metal from the metal industry centers of Ustie 1, Kulevchi 3 and Shibaevo 1, several sources of oxide-carbonated ores were utilized for copper smelting — malachite and azurite-malachite deposits, while sulfidic chalcocite-covelline ores, and sometimes chalcopyrite-pyrite depositions, were added to the melt as a flux agent. The admixture of sulfides was carried out as an experiment and was not purposeful. Petrovka metallurgists supplied copper to the workshops of the Middle Tobol region — the sites of Ubagan 1, 2, 3 and Kamyshnoe 1, 2. The centers of the Petrovka Culture of the Southern Trans-Urals were domi-nated by the production of pure copper implements, including the metal smelted from the oxidized ore. To a lesser extent, low-alloyed bronze was used — Cu+Sn, Cu+Sn+As and Cu+As, whose feedstock was supplied by the kin-dred tribes of Central and Eastern Kazakhstan in the form of ingots and finished products along the eastern part of the Trans-Eurasian transport corridor of metal trade — over the Turgay trough and further along the extensive river system of the Tobol River and its tributaries. The highest concentration of tools of alloyed bronzes was recorded in the burial grounds of the Middle Tobol, which can be explained from the point of view of the prestige value of such goods and observance of special ceremonial practices.
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南跨乌拉尔和托波尔中部彼得罗夫卡文化的金属工具:化学和冶金特征
本文对南乌拉尔和中托博尔地区Petrovka文化的工具和铸锭的化学成分进行了表征,并利用几种分析方法(光谱、x射线荧光、原子发射光谱分析在俄罗斯科学院考古研究所和俄罗斯科学院矽贝里亚分院无机化学研究所的实验室进行)。南跨乌拉尔地区的彼得罗夫卡文化建筑群已被一组AMS 14C确定为公元前19 - 18世纪。最近在科学论述中介绍的27个AMS 14C日期(Stepnoe的定居和Stepnoe 1, 7和25的墓地)确定了Petrovka系列的较早间隔-公元前2133-1631,并指出了南跨乌拉尔地区当地微区域Sintashta地区北部边缘的文化同步性。本文报道了对乌拉尔南部和西西伯利亚南部彼得罗夫卡文化的106件金属工具和70件铸锭的分析研究结果。对分析结果进行统计处理,绘制Sn - as、Sn - pb、As-Ag、As-Sb相关图和Sn比例的频率分布直方图,可将金属铸造成纯铜锡、砷锡和砷青铜4个冶金组。第一类又分为氧化物和硫化物样品。根据乌斯蒂1号、库列夫齐3号和什巴耶沃1号金属工业中心金属的地球化学特性,利用了几种氧化碳酸化矿石——孔雀石和蓝铜矿-孔雀石矿床,同时在熔体中加入硫化物的黄铜矿-铜矿,有时还加入黄铜矿-黄铁矿矿床作为助熔剂。硫化物的掺合是作为实验进行的,没有任何目的。彼得罗夫卡的冶金学家向中托博尔地区的车间供应铜- -乌巴甘1、2、3和Kamyshnoe 1、2的厂址。南跨乌拉尔山脉的彼得罗夫卡文化中心主要生产纯铜工具,包括从氧化矿石中冶炼的金属。在较小程度上,使用低合金青铜- Cu+Sn, Cu+Sn+As和Cu+As,其原料由哈萨克斯坦中部和东部的数百个部落以锭和成品的形式提供,沿着跨欧亚金属贸易运输走廊的东部-越过图尔盖河槽,沿着广阔的托博尔河及其支流的河流系统继续前进。在中托博尔的墓地中,合金青铜工具的集中度最高,这可以从这种物品的威望价值和遵守特殊仪式实践的角度来解释。
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来源期刊
Vestnik Archeologii, Antropologii i Etnografii
Vestnik Archeologii, Antropologii i Etnografii Arts and Humanities-Archeology (arts and humanities)
CiteScore
0.70
自引率
0.00%
发文量
60
审稿时长
16 weeks
期刊最新文献
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