Temperature, Conductivity, Composition and Feat Flow
Temperature, Conductivity, Composition and Feat Flow
复制标题
温度、电导率、成分和功能流程
DOI：
10.5636/jgg.22.35
复制
发表时间：
1970
期刊：
影响因子：
--
通讯作者：
D. Tozer
中科院分区：
文献类型：
--
作者：
D. Tozer
本文评述了由地磁变化推断地幔电导率分布的解释理论。讨论了有关材料电导率的实验室测量结果及其对估计平均径向温度分布的影响，介绍了利用对流理论进行地热计算的新进展，因为它们似乎是解释上地幔电导率异常区域的最有前途的手段。同样的对流理论适用于月球澄清了最近的观察一个非常短的柯林时间为这个机构。
This paper reviews the interpretive theory of the electrical conductivity distribution in the mantle as inferred from geomagnetic variations. The laboratory measurements of the electrical conductivity in relevant materials are discussed and their implications for estimates of the average radial temperature distribution are explored.New developments in geothermal calculations using convection theory are described since they appear to be the most promising means of interpreting the regions of anomalous electrical conductivity well within the upper mantle. The same convection theory applied to the moon clarifies the recent observations of a very short Cowling time for this body.