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A comparative analysis of the factors controlling organic matter (OM) enrichment between marine-continental transitional (transitional hereafter) and marine or lacustrine shales is lacking.
Hanlin Liu
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Geological Journal
ABSTRACT The types of organic matter (OM) significantly impact the hydrocarbon generation potential, reservoir capacity and mechanical properties of shale. Unlike the relatively homogeneous OM in high‐maturity marine shale (predominantly solid bitumen), marine–continental transitional shale exhibits a more complex OM assemblage ...
Ke Zhang +6 more
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ABSTRACT The types of organic matter (OM) significantly impact the hydrocarbon generation potential, reservoir capacity and mechanical properties of shale. Unlike the relatively homogeneous OM in high‐maturity marine shale (predominantly solid bitumen), marine–continental transitional shale exhibits a more complex OM assemblage ...
Ke Zhang +6 more
openaire +1 more source
Currently, researchers at home and abroad mainly study the pore space of marine shale, so the research on the pore space of marine-transitional shale is still relatively small. Based on the research findings, marine-continental transitional shale exhibits wide distribution, significant resource potential, and promising exploration and development ...
suqi xiao, xiugen Fu
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suqi xiao, xiugen Fu
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Formation, Potential, and Challenges of Marine-Continental Transitional Shale Gas in China
Journal of Earth ScienceCaineng Zou +15 more
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Effect of the Clay Mineral Content on Methane Adsorption in Marine–Continental Transitional Shales
Energy & FuelsJingqiang Tan +5 more
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