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Learning from the past: Rare ε-Fe2O3 in the ancient black-glazed Jian (Tenmoku) wares

机译:过去的学习:古代黑釉剑(天目)器皿中稀有的ε-Fe 2 O 3

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Ancient Jian wares are famous for their lustrous black glaze that exhibits unique colored patterns. Some striking examples include the brownish colored “Hare's Fur” (HF) strips and the silvery “Oil Spot” (OS) patterns. Herein, we investigated the glaze surface of HF and OS samples using a variety of characterization methods. Contrary to the commonly accepted theory, we identified the presence of ε-Fe2O3, a rare metastable polymorph of Fe2O3 with unique magnetic properties, in both HF and OS samples. We found that surface crystals of OS samples are up to several micrometers in size and exclusively made of ε-Fe2O3. Interestingly, these ε-Fe2O3 crystals on the OS sample surface are organized in a periodic two dimensional fashion. These results shed new lights on the actual mechanisms and kinetics of polymorphous transitions of Fe2O3. Deciphering technologies behind the fabrication of ancient Jian wares can thus potentially help researchers improve the ε-Fe2O3 synthesis.
机译:古代Jian瓷器以其有光泽的黑釉而闻名,该釉具有独特的彩色图案。一些引人注目的例子包括褐色的“ Hare's Fur”(HF)条和银色的“ Oil Spot”(OS)图案。本文中,我们使用多种表征方法研究了HF和OS样品的釉面。与普遍接受的理论相反,我们确定了ε-Fe 2 O 3 的存在,它是Fe 2 O 3 。我们发现OS样品的表面晶体大小可达几微米,并且仅由ε-Fe 2 O 3 制成。有趣的是,OS样品表面上的这些ε-Fe 2 O 3 晶体以周期性的二维方式组织。这些结果为Fe 2 O 3 多态转变的实际机理和动力学提供了新的思路。因此,在古代Jian器制造背后的破译技术可以潜在地帮助研究人员改善ε-Fe 2 O 3 的合成。

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