几件湖南汉墓出土的琥珀制品研究

Some Amber Artifacts Excavated from Tombs of the Han Dynasty in Hunan Province

  • 摘要: 琥珀作为一类珍贵的材料,自汉代起已在文献中被广泛记载,中国境内汉墓出土数量可观的琥珀文物。现一般认为汉代的琥珀制品及其原材料应来自欧洲(波罗的海)和缅甸,故琥珀及其制品被认为是汉代中外物质和文化交流的重要物证之一,但目前使用科技方法对古代琥珀的检测分析依然有限。本文使用傅里叶变换红外光谱法(FTIR)对几件出土于湖南(湘中和湘南地区)汉墓的琥珀珠饰进行表征,发现大多数珠饰应是采用缅甸琥珀制作,一件双胜佩使用典型的波罗的海琥珀制成。琥珀文物在埋葬和保存中会产生劣化,不同程度的劣化和生成的次生产物会对琥珀红外光谱特征造成影响,进而干扰对其溯源的研究和判别。通过对琥珀以及其他质地珠饰文物的研究初步揭示,某些具有中国传统审美特色的琥珀珠饰可能由本地工匠加工制作,汉代湖南地区同时受到北方草原丝绸之路和南方海上丝绸之路的影响,内陆贸易流动具有复杂性和多样性,更大范围下对古代贸易和文化交流的探讨将有赖更多数据和材料的支撑。

     

    Abstract: Amber has been well documented since Han Dynasty as a precious material, and many amber artifacts have been unearthed from tombs of Han Dynasty in China. It is generally believed that amber raw materials and some already-made artifacts may came from Europe (Baltic Sea) and Myanmar during the Han Dynasty, so amber and its artifacts are considered as a vital material and hard evidence of cultural exchange between ancient China and abroad. However, the analysis of excavated amber by using scientific methods is still limited so far. This paper applies Fourier transformed infrared spectroscopy (FTIR) to characterize several pieces of amber ornaments excavated from the tombs of Han Dynasty in central and southern Hunan Province and the results indicate that most of the ornaments were made of raw materials from Myanmar but also one Shuang Sheng amulet made of Baltic amber. Amber artifacts undergo significant deterioration during burial and exhibition, and varying degrees of deterioration and the presence of sedentary attachment may affect the results of infrared spectra of the amber, which in turn interferes with the study of tracing the origin of the amber raw material. A preliminary study of amber and ornaments made of various gemstones and glass could reveal that Hunan Province has influenced by both the Northern Steppe Silk Road and Southern Maritime Silk Road during the Han Dynasty and that in-land trade flows in this region were complex and diverse, and some amber ornaments may have been produced locally by exotic materials. More scientific data and analysis will support the study of ancient trade and cultural exchange during ancient time on a larger scale.

     

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