A regional analysis of clumped isotope geochemistry to define the timing of creation of micro-porosity in a lower cretaceous giant reservoir

Keyphrases

• Lower Cretaceous 100%
• Clumped Isotope Thermometry 100%
• Regional Analysis 100%
• Semail Ophiolite 33%
• Reservoir Units 33%
• Petrographic Analysis 33%
• Regional Distribution 33%
• Deep Burial 33%
• Diagenetic Events 33%
• Upper Cretaceous 33%
• Differential Transformation 33%
• Perm 33%
• Intraclasts 33%
• Basin Model 33%
• Calcite Mineral 33%
• Poro 33%
• Oxygen Stable Isotopes 33%
• Regional Selection 33%
• Diagenetic Overprint 33%
• Burial Diagenesis 33%
• Diagenetic Fluid 33%
• Late Cretaceous 33%

Earth and Planetary Sciences

• Isotopic Composition 100%
• Microporosity 100%
• Lower Cretaceous 100%
• Basin Modeling 33%
• Fluid Flow 33%
• Calcite 33%
• Ophiolite 33%
• Thin Section 33%
• Diagenesis 33%
• Late Cretaceous 33%
• Upper Cretaceous 33%
• Burial Diagenesis 33%
• Stable Isotope 33%
• Temperature Variation 33%