GS19 - MS24-1: Parametrization Technique for Reactive Multiphase Flow and Transport Presentation: Stephan de Hoop, Technical University of Delft, Netherlands, 23 min 57 sec
GS19 - MS24-1: Parametrization Technique for Reactive Multiphase Flow and Transport Document: GS19 - MS24-1: Parametrization Technique for Reactive Multiphase Flow and Transport
GS19 - MS24-2: Numerical Simulation Approaches for Modeling Natural Gas Hydrate Systems in Geologic Media Subject to Geomechanical Stresses Presentation: Mark D White, Pacific Northwest National Laboratory, U.S., 24 min 29 sec
GS19 - MS24-2: Numerical Simulation Approaches for Modeling Natural Gas Hydrate Systems in Geologic Media Subject to Geomechanical Stresses Document: GS19 - MS24-2: Numerical Simulation Approaches for Modeling Natural Gas Hydrate Systems in Geologic Media Subject to Geomechanical Stresses
GS19 - MS24-3: Numerical Modelling of High Temperature Geothermal Systems with a Soil-atmosphere Boundary Condition Presentation: Laurence Beaude, Université de Nice, Sophia Antipolis, France, 23 min 39 sec
GS19 - MS24-3: Numerical Modelling of High Temperature Geothermal Systems with a Soil-atmosphere Boundary Condition Document: GS19 - MS24-3: Numerical Modelling of High Temperature Geothermal Systems with a Soil-atmosphere Boundary Condition
GS19 - MS24-5: Analysing Spatial Scaling Effects in Mineral Reaction Rates in Porous Media with a Hybrid Numerical Model Presentation: Bernd Flemisch, Universität Stuttgart, Germany, 22 min 36 sec
GS19 - MS24-5: Analysing Spatial Scaling Effects in Mineral Reaction Rates in Porous Media with a Hybrid Numerical Model Document: GS19 - MS24-5: Analysing Spatial Scaling Effects in Mineral Reaction Rates in Porous Media with a Hybrid Numerical Model