湖北随州叶家山墓地M27出土铜器科学分析研究
郁永彬 1陈丽新 2黄凤春 2常怀颖 3陈坤龙 4梅建军 5陈建立6
作者信息
- 1. 国家文物局考古研究中心,北京 100013
- 2. 湖北省文物考古研究院,武汉 430077
- 3. 中国社会科学院考古研究所,北京 100710
- 4. 北京科技大学科技史与文化遗产研究院,北京 100083
- 5. 英国剑桥大学麦克唐纳考古研究所,剑桥CB2 3ER
- 6. 北京大学考古文博学院,北京 100871
- 折叠
摘要
本文通过科技检测手段对叶家山M27出土铜器进行了分析.结果表明,17件容器类器物中,有9件锡青铜,8件铅锡青铜;成组合的器物有些是分别制作的,有些是使用相同配比的金属料制作的.这批铜器制作全部采用铸造工艺,有铸造、铸后受热两种组织形态,其中有8件器物本体样品显示为铸态组织,有9件为铸后受热组织.经分析的9件铜容器样品中所含的铅均为普通铅;戈父癸簋M27:28纹饰、造型和铅同位素比值特征,可以判定其是通过掠夺、受赐、"分器"、賵赙等方式流通到叶家山M27的;其他器物分属A类和C类普通铅的范畴,其他族属铭文铜器中,一部分器物使用了与曾国铜器相同或相似的矿料,另一部分器物与曾国铜器使用的矿料不同,体现了西周早中期青铜物料流通方面的重要信息,部分是以器物组的形式流通的.部分器物使用了低熔点焊料焊接技术.
Abstract
This paper analyzes the bronze wares unearthed from Yejiashan M27 through scientific and technological detection methods.The results show that among the 17 containers,there are 9 pieces of tin bronze and 8 pieces of lead-tin bronze;some of the assembled utensils are made separately,and some are made of the same ratio of metal materials.This batch of bronze wares was made by casting technology and had two types of microstructures:casting and heating-after-casting.Among them,8 samples of the utensil body showed the after-cast microstructure,and 9 pieces were heated after casting.The lead contained in the 9 bronze container samples analyzed is all common lead;the decoration,modeling,and lead isotope ratio characteristics of Gefugui Gui M27:28 indicate that they were circulated to M27 in Yejiashan through plundering,gifting,"dividing vessels",buying and other methods.Other utensils belong to the category of common lead of class A and class C,and among the inscription copper wares of other clans,some utensils used the same or similar mineral materials as Zengguo bronze wares,while others used different minerals,which reflect important information on the circulation of bronze materials in the early and middle Western Zhou Dynasty,and some of them circulated in sets.Some utensils used low-melting-point solder technology.
关键词
冶金考古/叶家山墓地/西周铜器/铅同位素比值Key words
metallurgical archaeology/Yejiashan Cemetery/Western Zhou Dynasty copper ware/lead isotope ratio引用本文复制引用
基金项目
国家社科基金项目(17ZDA219)
国家社会科学基金后期资助重点项目(22FKGA001)
中国博士后科学基金第74批面上项目(2023M740668)
出版年
2024
NETL
NSTL
万方数据