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Geodynamic Framework and Petroleum Potential of the Cap Bon – Gulf of Hammamet Province – Tunisia, Oussama Abidi, Med Hedi Inoubli, Kawthar Sebei, Haïfa Boussiga, Adnen Amiri, and Imen Hamdi Nasr, #30368 (2014). Petroleum System Charge Analysis for Liquid-Rich Unconventional Plays, Michael Abrams, #80537 (2016). Geochemical Evaluation of Ocean Surface Slick Methods to Ground Truth Satellite Seepage Anomalies for Seepage Detection, Michael A. Using Second-Order Adjoint State Methods in GPUS to Quantify Resolution on Full Waveform Inversions, Sergio Abreo, Ana Ramirez and Oscar Mauricio Reyes Torres, #42034 (2017). Deducing Shoreline Trajectories in a Mixed Siliciclastic-Carbonate Depositional Setting, Upper Devonian Imperial Formation, Northwest Territories, Canada, Rachael Acker, Stephen Hubbard, and Thomas Hadlari, #10430 (2012). Controls On The Variability Of Fluid Properties Of Heavy Oils And Bitumens In Foreland Basins: A Case History From The Albertan Oil Sands, by Jennifer Adams, Barry Bennett, Haiping Huang, Tamer Koksalan, Dennis Jiang, Mathew Fay, Ian Gates, and Steve Larter, #40275 (2008). Carbonaceous Shales in the Araripe Basin, NE Brazil: A Potential Shale Gas Reservoir, João Adauto Neto, Haydon Mort, Ricardo Pereira, José Barbosa, Virginio Neumann, Walter Vortisch, Osvaldo J.
Understanding Reservoir Properties of the Organic-Rich Qusaiba Shale, a Potential Shale Gas Reservoir, Northwest Saudi Arabia: An Outcrop Approach, Mohamed Abouelresh, Lamidi Babalola, Abdaseed K. Hydrocarbon Charge Considerations in Liquid-Rich Unconventional Petroleum Systems, Michael A. Reservoir Elements in Deep Water Sinuous Channel Complexes: Similarities to Fluvial Incised Valleys, by Vitor Abreu, Tao Sun, Neal Adair, Paul Dunn, Bret Dixon, and John Van Wagoner, #40086 (2003). Integrating Core, Well Logs and Seismic Interpretation to Improve Understanding of Albian Patch Reefs, Maverick Basin, SW Texas, by Enzo S. Assisted Extra Heavy Oil Sampling by Electromagnetic Heating, W.
Lithologic Logs in the Tablet through Ontology-Based Facies Description, Mara Abel, Alexandre Lorenzatti, Luiz Fernando De Ros, Oscar Paesi da Silva, Ariane Bernardes, Karin Goldberg, and Claiton Scherer, #40924 (2012). Application of Noble Gas Isotopic Signatures at Mc Elmo Dome-DOE Canyon Field to Investigate CO Source and System Characterization, Joshua G. The Intrinsic Effect of Shape on Retrogradation Motif and Timing of Drowning: An Example from a Frasnian Carbonate Pinnacle Reef System, Bugle Gap, Canning Basin, Western Australia, Erwin W. Burial History, Thermal Maturity and Petroleum Generation History of the Lower Paleozoic Petroleum System in the Saltpond Basin, Offshore Ghana, Gerald Wemazenu Adda, David Atta-Peters, and Joel Ben-Awuah, #10709 (2015).
Gravity and Geodynamic Modeling of the Gulf of California, Rediet Abera, Jolante van Wijk, Paul Mann, Dale Bird, and Michael Murphy, #30361 (2014). Adams, David Gonzales, and Thomas Darrah, #41711 (2015). The Petroleum Geology and Prospectivity of the Neo-Proterozoic, Paleozoic and Cretaceous Sedimentary Basins in Ghana, Gerald Wemazenu Adda, #10544 (2013).
Bokhari, Daniel Boyde, Koithan Thomas, and Mohammed Omer, #11004 (2017). Late Mississippian (Chesterian)-Early Pennsylvanian (Morrowan) Conodont Biostratigraphy of East-Central Idaho and Southwest Montana, by Jason M. Geophysical Uncertainty: Often Wrong, But Never in Doubt, by William L. Libya and the Great Challenges of Overcoming Difficulties to Exploring and Producing Shale Gas, and Tight Reservoirs (Shale Oil) Potential, Edres A. Natural Fracture Networks Enhancing Unconventional Reservoirs' Producibility: Mapping & Predicting, H.
Effects on Brittleness of Temperature Difference Between Hydraulic Fracturing Fluid and Shale Formation – Study on Woodford Shale, Younane N.
In the new study, researchers from Curtin University and the Planetary Science Institute conducted computer simulations to analyze the movement of rock grains and mud in carbonaceous chondrite asteroids.
While scientists have widely accepted the idea that the planets formed from rocky asteroids, researchers have now found that they may instead have been built from ‘giant convecting mud balls.’ A stock image is pictured Earth has an unusually high proportion of precious metals near the surface, which is surprising, as they would usually be expected to settle down near the core of the planet.
Until now, this has been explained by the 'late veneer' theory, which suggests that foreign objects hit Earth, and in the process deposited the precious metals near the surface.
Benefiting from Variogram Information to Characterize Facies Distribution in History Matching with En KF, A. Transfer Zones and Hydrocarbon Accumulation in the Albertine Graben of the East African Rift System, Dozith Abeinomugisha and Nurudin Njabire, #10401 (2012). Source Rock Characteristics, Burial History Reconstruction, and Hydrocarbon Generation Modeling of Late Cretaceous Sediments in the Chad (Bornu) Basin, Northeastern Nigeria, Adebanji Kayode Adegoke and Abdullah Wan Hasiah, #10643 (2014).
Petroleum Exploration and Development in a Frontier, Remote Rift Basin: the Albertine Graben of the East African Rift System, Dozith Abeinomugisha and Philips Obita, #10368 (2011). Post-Stack Multi-Azimuth Stratigraphic Inversion Applied to Unconventional Reservoir Characterization: A Case Study in the Fort Worth Basin, Mathilde Adelinet, Vincent Clochard, and Patrice Ricarte, #41120 (2013).