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<p>An accurate method of estimating the firing temperature of low-temperature pottery unearthed in Shaanxi Province was proposed based on the firing temperature dependence of the thermal expansion characteristic of the indicator mineral. In this study, the samples with different firing temperatures were prepared using the Yaozhou kiln loess, and analyzed by XRF, XRD, TG-DTA, SEM and thermal dilatometer. The results indicated that the calcite in the sample gradually decomposed with the increase of firing temperature. Due to its decomposition behavior being reflected in the thermal expansion curve, the original firing temperature range of samples could be predicted by identifying the thermal expansion curve characteristics. To calculate the original firing temperature (<i>T</i>), the expansion-shrinkage peak area (<i>A</i>), the linear relationship between <i>A</i> and <i>T</i> was established: <i>T</i> = − <i>243.90</i> <i>A</i> + <i>1019.51</i>. The method was applied to the pottery fragments unearthed from the tomb of Liu Jing of the Tang Dynasty.</p>

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Study on low-temperature pottery thermometry via thermal expansion analysis of Yaozhou kiln loess

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年5月9日

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  • Pei Shi,
  • Bei Li,
  • Changan Yang,
  • Zhichao Cao,
  • Hongjie Luo,
  • Jianfeng Zhu,
  • Fen Wang,
  • Yong Qi,
  • Zhuo Wang,
  • Biao Zhang

摘要

An accurate method of estimating the firing temperature of low-temperature pottery unearthed in Shaanxi Province was proposed based on the firing temperature dependence of the thermal expansion characteristic of the indicator mineral. In this study, the samples with different firing temperatures were prepared using the Yaozhou kiln loess, and analyzed by XRF, XRD, TG-DTA, SEM and thermal dilatometer. The results indicated that the calcite in the sample gradually decomposed with the increase of firing temperature. Due to its decomposition behavior being reflected in the thermal expansion curve, the original firing temperature range of samples could be predicted by identifying the thermal expansion curve characteristics. To calculate the original firing temperature (T), the expansion-shrinkage peak area (A), the linear relationship between A and T was established: T = − 243.90 A + 1019.51. The method was applied to the pottery fragments unearthed from the tomb of Liu Jing of the Tang Dynasty.