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Data of temperature thermal conductivity heat production and heat flow of the southern Tan-Lu Fault Zone East–Central China

机译:华东中部南部-庐断裂带的温度热导率热量产生和热流数据

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摘要

In this article we report 5 terrestrial heat flow points along the southern Tan-Lu Fault Zone based on the first systematic deep borehole temperature measurements and thermal conductivities of 128 rock samples. All the temperature logs after 1 m spacing is plotted. The thermal properties test data of all samples have been collated separately, and the thermal conductivity correction data for different depths is presented. In combination with steady state temperature and thermal properties testing, the vertical variation of heat flow is calculated. Detailed interpretation of this data can be found in a research article titled “Heat flow, heat production, thermal structure and its tectonic implication of the southern Tan-Lu Fault Zone, East–Central China” (Wang et al., 2019) [1].
机译:在本文中,我们基于第一个系统的深井温度测量和128个岩石样品的热导率,报告了沿南部Tan庐断裂带的5个地面热流点。绘制了1米间隔后的所有温度记录。分别整理了所有样品的热性能测试数据,并给出了不同深度的热导率校正数据。结合稳态温度和热性能测试,可以计算出热流的垂直变化。该数据的详细解释可见于题为“华东中部南部-庐断裂带的热流,热量产生,热结构及其构造意义”的研究文章(Wang等,2019)[1 ]。

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