The role of detrital components in the petrophysical parameters of Paleogene calcareous-dominated hemipelagic deposits

Keyphrases

• Petrophysical Parameters 100%
• Detrital Component 100%
• Hemipelagic Deposits 100%
• Petrophysical Properties 75%
• Chalky Limestone 75%
• Negev 50%
• Porosity 50%
• Southern Israel 50%
• Lithology 50%
• Magnetic Susceptibility 50%
• Carbonate Sediments 50%
• Sonic Velocity 50%
• High-resolution 25%
• Lithological Properties 25%
• Northern Negev 25%
• Marl 25%
• Sedimentary Record 25%
• Clay Minerals 25%
• Residual Content 25%
• Calcareous Clays 25%
• Depositional Environment 25%
• Three-zone 25%
• Petrophysical Analysis 25%
• Early Eocene 25%
• Acoustic Impedance 25%
• Deep-buried 25%
• Clay Content 25%
• Carbonate Dissolution 25%
• Eocene Carbonates 25%
• Smectite 25%
• Late Paleocene 25%
• Reservoir Quality 25%
• Two-zone 25%
• Decreasing Trend 25%
• Paleocene 25%
• Calcareous Rocks 25%
• Porous Space 25%
• Chert 25%
• Hemipelagic Sediment 25%
• Middle Eocene 25%
• Terrigenous Sediments 25%
• Gray Clay 25%
• Velocity-density 25%
• Magnetic Susceptibility Value 25%

Earth and Planetary Sciences

• Eocene 100%
• Paleogene 100%
• Magnetic Permeability 75%
• Porosity 75%
• Magnetism 75%
• Limestone 75%
• Israel 50%
• Carbonate Sediment 50%
• Paleocene 50%
• Petrology 50%
• Depositional Environment 25%
• Montmorillonite 25%
• Reservoir Quality 25%
• Chert 25%
• Clay Mineral 25%
• Acoustic Impedance 25%