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Temperature evolution inside a pot during experimental surface (bonfire) firing

机译:实验表面(篝火)烧制过程中锅内的温度变化

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摘要

Time–temperature evolutions of different parts inside a pot were recorded during three experimental surface (bonfire) firings. The experimental vessels were shaped from a calcareous clay, tempered with 30% vol. of oolithic limestone. The temperature–time recording showed: (1) was reached after 12–22 min and differed between the firings as well as inside individual vessels; (2) the range of the thermal variation within one single firing was found to be as high as 390 °C, and up to 220 °C on a specific cross-section; (3) the lowest temperature was not systematically recorded in the core of the object, as is generally expected. Under the polarizing microscope, no textural and mineralogical changes were observed in the ceramic bodies. This is sustained by powder X-ray diffraction analyses evidencing no dolomite or calcite breakdown. The presence or absence of specific illite and chlorite peaks can be generally related to and soaking time, but estimations do not match the measured temperatures.
机译:在三个实验表面(篝火)燃烧期间,记录了锅内不同部分的时间-温度变化。实验容器由钙质粘土制成,回火体积为30%。卵石石灰岩。温度-时间记录显示:(1)在12-22分钟后到达,并且在点火之间以及各个容器内部有所不同; (2)在一次烧制中发现的热变化范围高达390°C,在特定截面上高达220°C; (3)最低温度未像通常预期的那样系统地记录在对象的核心中。在偏光显微镜下,在陶瓷体中未观察到组织和矿物学变化。粉末X射线衍射分析表明没有白云石或方解石分解,这种情况得以维持。特定伊利石和亚氯酸盐峰的存在与否通常与浸泡时间有关,但估计值与测得的温度不匹配。

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