high gas concentrations / steady-state solutions / power law function / marine gas hydrates / finite solution / gas hydrate accumulation / natural gas hydrate settings / free gas distribution / fracture networks / molecular weight gas molecules / free gas / gas phase saturations / compaction / free gas saturation / gas hydrate systems behavior / free gas saturations / potential energy source / free gas accumulations / gas-water contact / gas saturations / Natural systems / Steady-state free gas shows / fracture systems / gas hydrate distribution / gas hydrate systems / gas hydrate / Steady-state gas hydrate / free gas accumulation / energy transport equations / gas hydrate stability zone / dissolved gas / gas hydrate accumulation model / immobile free gas / gas saturation / Numerical algorithm / gas hydrates / natural gas hydrate systems / free gas saturation contours / fracture network / /
Organization
Rice University Houston / Department of Energy / Department of Chemical and Biomolecular Engineering / Gerald R. Dickens Department of Earth Science / /
Person
Walter G. Chapman / George J. Hirasaki / Gerald R. Dickens / D. Methane / / /
Position
MATHEMATICAL MODEL General / gravity Corresponding author / conductor / Archer / /
Proceedings of the 7th International Conference on Gas Hydrates (ICGH 2011), Edinburgh, Scotland, United Kingdom, July 17-21, 2011. EFFECTS OF HETEROGENEOUS LITHOLOGY AND FOCUSED FLUID FLOW ON GAS HYDRATE DISTRIBUTION IN