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首页|期刊导航|Natural Gas Industry B|Seismic sedimentological-based quantifications of late-Cretaceous hydrocarbon-bearing late-aggradational lowstands prograding wedges in the Indus basin:Frequency-controlled porosity-constrained dynamic simulations

Seismic sedimentological-based quantifications of late-Cretaceous hydrocarbon-bearing late-aggradational lowstands prograding wedges in the Indus basin:Frequency-controlled porosity-constrained dynamic simulations

Muhammad Tayyab Naseer

Natural Gas Industry B2025,Vol.12Issue(5):P.585-606,22.
Natural Gas Industry B2025,Vol.12Issue(5):P.585-606,22.DOI:10.1016/j.ngib.2025.09.004

Seismic sedimentological-based quantifications of late-Cretaceous hydrocarbon-bearing late-aggradational lowstands prograding wedges in the Indus basin:Frequency-controlled porosity-constrained dynamic simulations

Muhammad Tayyab Naseer1

作者信息

  • 1. Department of Earth Sciences,Quaid-I-Azam University,Islamabad,Pakistan Solid Earth Geophysics Division,Center for Earthquake Studies(CES),National Center for Physics(NCP),Quaid-I-Azam University Campus,Islamabad,Pakistan
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摘要

关键词

Late-aggradational lowstands prograding wedges systems/Lowstands systems tracts/Multiples and reverberations/Signal strengths/Paleo-dense fractured networks/Seismic waveform frequency-controlled porosity-constraint dynamical reservoir simulations/Stratigraphic-based oil and gas plays

分类

天文与地球科学

引用本文复制引用

Muhammad Tayyab Naseer..Seismic sedimentological-based quantifications of late-Cretaceous hydrocarbon-bearing late-aggradational lowstands prograding wedges in the Indus basin:Frequency-controlled porosity-constrained dynamic simulations[J].Natural Gas Industry B,2025,12(5):P.585-606,22.

Natural Gas Industry B

2352-8540

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