| Intelligent Logging Lithological Interpretation With Convolution Neural Networks |
7 |
| 2D Reservoir Imaging Using Deep Directional Resistivity Measurements |
6 |
| Complex Lithofacies Identification Using Improved Probabilistic Neural Networks |
5 |
| Frequency and Temperature Dependence of 2D NMR T-1-T-2 Maps of Shale |
5 |
| A Rigorous Data-Driven Approach to Predict Poisson's Ratio of Carbonate Rocks Using a Functional Network |
5 |
| Comparative Study of Shallow Learning Models for Generating Compressional and Shear Traveltime Logs |
5 |
| Water-Wet or Oil-Wet: is it Really That Simple in Shales? |
4 |
| Geological Feature Prediction Using Image-Based Machine Lear |
4 |
| Application of Artificial Neural Network to Predict Formation Bulk Density While Drilling |
4 |
| A Comparative Study of Three Supervised Machine-Learning Algorithms for Classifying Carbonate Vuggy Facies in the Kansas Arbuckle Formation |
4 |
| New Robust Model to Estimate Formation Tops in Real Time Using Artificial Neural Networks (ANN) |
4 |
| A New Waterflood Initialization Protocol With Wettability Alteration for Pore-Scale Multiphase Flow Experiments |
4 |
| A Review of 60 Years of NMR Wettability |
3 |
| Nuclear Magnetic Resonance and Pore Coupling in Clay-Coated Sandstones With Anomalous Porosity Preservation, Agua Grande Formation, Reconcavo Basin, Brazil |
3 |
| Data-Driven Interpretation of Ultradeep Azimuthal Propagation Resistivity Measurements: Transdimensional Stochastic Inversion and Uncertainty Quantification |
3 |
| Digital and Conventional Techniques to Study Permeability Heterogeneity in Complex Carbonate Rocks |
2 |
| Matrix-Adjusted Shale Porosity Measured in Horizontal Wells |
2 |
| Improved Interpretation of Electrical Resistivity Measurements in Mixed-Wet Rocks: An Experimental Core-Scale Application and Model Verification |
2 |
| A New Hierarchical Method for Rock Classification Using Well-Log-Based Rock Fabric Quantification |
2 |
| New Perspectives on the Effects of Gas Adsorption on Storage and Production of Natural Gas From Shale Formations |
2 |
| Review of Micro/Nano uidic Insights on Fluid Transport Controls in Tight Rocks |
2 |
| Borehole Resistivity Measurement Modeling Using Machine-Learning Techniques |
2 |
| Use of Data Analytics to Optimize Hydraulic Fracture Locations Along Borehole |
2 |
| Thermal Maturity-Adjusted Log Interpretation (TMALI) in Organic Shales |
2 |
| Calculating the Total Porosity of Shale Reservoirs by Combining Conventional Logging and Elemental Logging to Eliminate the Effects of Gas Saturation |
2 |
| Bakken Petroleum System Characterization Using Dielectric-Dispersion Logs |
2 |
| Total Organic Carbon Characterization Using Neural-Network Analysis of XRF Data |
2 |
| Neutron Generators as Alternatives to Am-Be Sources in Well Logging: An Assessment of Fundamentals |
1 |
| Modeling of Azimuthal Gamma-Ray Tools for Use in Geosteering in Unconventional Reservoirs |
1 |
| Integrated Workflow to Estimate Permeability Through Quanti cation of Rock Fabric Using Joint Interpretation of Nuclear Magnetic Resonance and Electric Measurements |
1 |
| Downhole Fluid Analysis and Gas Chromatography; a Powerful Combination for Reservoir Evaluation |
1 |
| Fast Pressure-Decay Core Permeability Measurement for Tight Rocks |
1 |
| Reconsidering Klinkenberg's Permeability Data |
1 |
| Composition of the Shales in Niutitang Formation at Huijunba Syncline and its Influence on Microscopic Pore Structure and Gas Adsorption |
1 |
| In-Situ Investigation of Aging Protocol Effect on Relative Permeability Measurements Using High-Throughput Experimentation Methods |
1 |
| Practical Approach to Derive Wettability Index by NMR in Core Analysis Experiments |
1 |
| A Machine-Learning-Based Approach to Assistive Well-Log Correlation |
1 |
| Simultaneous Neutron and X-Ray Imaging of 3D Structure of Organic Matter and Fracture in Shales |
1 |
| In-Situ Saturation Monitoring (ISSM)-Recommendations for Improved Processing |
1 |
| A Blind Study of Four Digital Rock Physics Vendor Laboratories on Porosity, Absolute Permeability, and Primary Drainage Capillary Pressure Data on Tight Outcrops |
1 |
| Using Digital Rock Technology to Quality Control and Reduce Uncertainty in Relative Permeability Measurements |
1 |
| Using a Densitometer for Quantitative Determinations of Fluid Density and Fluid Volume in Core ooding Experiments at Reservoir Conditions |
1 |
| Stress Sensitivity of Mercury-Injection Measurements |
1 |
| Microstructural Investigation of Stress-Dependent Permeability in Tight-Oil Rocks |
1 |
| Inversion of High-Resolution High-Quality Sonic Compressional and Shear Logs for Unconventional Reservoirs |
1 |
| Loading Effects on Gas Relative Permeability of a Low-Permeability Sandstone |
1 |
| Borehole Acoustic Imaging Using 3D STC and Ray Tracing to Determine Far-Field Reflector Dip and Azimuth |
1 |
| Machine-Learning-Based Automatic Well-Log Depth Matching |
1 |
| More Accurate Quantification of Free and Adsorbed Gas in Shale Reservoirs |
1 |
| 'Log-Soak-Log' Experiment in Tengiz Field: Novel Technology for In-Situ Imbibition Measurements to Support an Improved Oil Recovery Project |
1 |
