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Manufacture technique of bronze-iron bimetallic objects found in M27 of Liangdaicun Site, Hancheng, Shaanxi
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作者 CHEN JianLi YANG JunChang +1 位作者 SUN BingJun PAN Yan 《Science China(Technological Sciences)》 SCIE EI CAS 2009年第10期3038-3045,共8页
Analysis of the fabrication technology of a bronze knife with an iron blade and a bronze Ge with an iron blade, two copper-iron bimetallic wares, unearthed in M27 of Liangdaicun Site, Hancheng of Shaanxi, is performed... Analysis of the fabrication technology of a bronze knife with an iron blade and a bronze Ge with an iron blade, two copper-iron bimetallic wares, unearthed in M27 of Liangdaicun Site, Hancheng of Shaanxi, is performed in this paper by using metallographic, EPMA and AMS-14C dating methods. The micro-structures of the two samples are typical wrought bloomery iron containing a substantial amount of carbon, which is also called carburized steel, made from bloomery iron by cementation in the solid state. The objects can be dated back to the early Spring and Autumn period. This study provides new evidence for understanding the beginning of iron smelting in China. Most of the early known iron wares of the period between the late Western Zhou Dynasty and the early Spring and Autumn were unearthed in the region at the junction of Henan, Shanxi and Shaanxi, at the middle reaches of the Yellow River, suggesting that this region may likely be one of the earliest centers of iron smelting technology in China and deserves further archaeological research. As early iron products were also discovered in the area of the upper reaches of the Yellow River and in Xinjiang, appropriate attention also should be paid to the relationship between these two areas in terms of the origin of iron smelting. 展开更多
关键词 ARCHAEOMETALLURGY Liangdaicun AMS-14C DATING bimetallic object ironworking
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三门峡虢国墓地M2009出土铁刃铜器的科学分析及其相关问题 被引量:3
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作者 王颖琛 刘亚雄 +1 位作者 姜涛 陈坤龙 《光谱学与光谱分析》 SCIE EI CAS CSCD 北大核心 2019年第10期3154-3158,共5页
三门峡虢国墓地出土铁刃铜器是中原地区较早的用铁证据。利用金相显微镜、扫描电子显微镜—能谱仪(SEM-EDS)、电子探针(EPMA)等多种方法,对三门峡虢国墓地M2009出土的3件铁刃铜器进行了科学检测分析。结果显示,铜骹铁叶矛(STG001)铁质... 三门峡虢国墓地出土铁刃铜器是中原地区较早的用铁证据。利用金相显微镜、扫描电子显微镜—能谱仪(SEM-EDS)、电子探针(EPMA)等多种方法,对三门峡虢国墓地M2009出土的3件铁刃铜器进行了科学检测分析。结果显示,铜骹铁叶矛(STG001)铁质部分可见硅酸盐与氧化亚铁共生夹杂,且沿着加工方向拉长,其材质为块炼铁。铁刃铜削(SGT002)和铜内铁援戈(SGT003)残留铁金属颗粒中均检测出较为显著的Ni和少量Co,SEM-EDS线扫描分析显示Ni和Co在各相之间存在高低交错的分布特征,判断其材质为陨铁,其Ni含量处于铁陨石ⅢC和ⅢD之间,原始结构应属极细粒八面体铁陨石(Off)或无纹铁陨石(Ataxite)类型。样品STG001和SGT002铜质部分均保留较为典型的锡青铜铸造组织形态,基体为已腐蚀的α固溶体,残余(α+δ)固溶体均匀分布,铜铁结合处无明显的晶粒变形和再结晶现象,显示该区域未经历铸后的冷热加工。由此推断,铁刃部分应是先锻打加工成形后,嵌入铸造铜质部分的组合陶范,通过铸接的方式与铜质部分紧密结合而形成铜铁复合器物。简要梳理了中国早期铁金属的使用证据,指出陨铁和人工冶铁制品在虢国墓地的同时出现,显示了该时期在研究中国铁冶金技术起源和传播中的重要地位。西北地区在早期块炼铁技术传播中扮演了重要角色,而生铁技术在中原地区的产生则与商周青铜铸造技术传统关系密切。 展开更多
关键词 冶金史 铜铁复合器 陨铁 块炼铁 中国冶铁起源
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