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Double layers glaze analysis of the Fujian export blue-and-white porcelain from the Witte Leeuw shipwreck (1613)

机译:福建出口蓝白瓷器双层釉分析来自Witte Leeuw Sackwreck(1613)

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摘要

Witte Leeuw was a cargo ship owned and operated by the Dutch East Indian Company. The wreck of this vessel is known for yielding a comprehensive range of Jingdezhen manufactured, blue-and-white export porcelains, particularly kraak wares; together with Fujian blue-and-white export porcelains, known as Swatow wares. A large number of ceramic fragments have been recovered from this wreck and currently reside in collections at the Rijksmuseum. For this study nine ceramic specimens were selected for further investigation, with the aim of determining the structure, composition and manufacturing process of the double-layer glazes. Both digital optical microscopy and scanning electron microscopy were used to examine the glaze morphology and microstructure; whilst energy dispersive x-ray spectroscopy was utilised to measure the spatial distribution of chemical elements and to determine bulk elemental compositions. Raman spectroscopy was also trialled, with the technique being applied to the measurement of molecular vibrations within the silicon-oxygen network and associated alkali metal oxides, with the aim of identifying potential differences in the glaze layers. Examining the ceramic specimens, the blue decorations were applied between two layers of glaze, and the majority of the blue colour extends into the outermost layer, often exhibiting dissolution in the outer layer glaze. The two layers of the glaze appear to be formulated from different compositional recipes. Some export Swatow blue-and-white wares made in the Wanli Period (1573-1620) were glazed twice and fired twice.
机译:Witte Leeuw是由荷兰东印度公司拥有和运营的货船。该船舶的残骸是众所周知的,以获得一系列景德镇制造,蓝白出口瓷器,特别是Kraak Wares;与福建蓝白的出口瓷器一起,称为瓦本商品。从这次沉船中恢复了大量陶瓷碎片,目前正在居住在RijksMuseum中的收藏品。对于本研究,选择了九个陶瓷标本进行进一步调查,目的是确定双层玻璃的结构,组成和制造过程。数字光学显微镜和扫描电子显微镜均用于检查釉料形态和微观结构;虽然利用能量分散X射线光谱法测量化学元素的空间分布并确定散装元素组合物。还试验拉曼光谱学,用该技术应用于硅 - 氧网络和相关碱金属氧化物内的分子振动的测量,目的是识别釉面层的潜在差异。检查陶瓷标本,在两层釉之间施加蓝色装饰,大部分蓝色延伸到最外层中,通常在外层釉中呈现溶解。两层釉面似乎由不同的成分配方配制。在Wanli时期(1573-1620)中制作的一些出口涡旋蓝白商品被两次釉面并烧制两次。

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