干酪根
油页岩
地质学
成熟度(心理)
矿物学
各向异性
地球化学
烃源岩
古生物学
构造盆地
心理学
量子力学
物理
发展心理学
作者
Kenechukwu Mba,Manika Prasad
摘要
Mineralogy of eleven Bakken shale samples with varying thermal maturities were studied as a function of their contribution to anisotropy and kerogen stiffness variations between the shales. It was found that anisotropy increased with increasing clay content and that kerogen stiffness increased with maturity. The understanding of the controls on anisotropy and stiffness of the soft components (kerogens and clays) of organic‐rich shales is important in developing methods for indirect and in‐situ detection of maturity.
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