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Palabras clave – provistas por la editorial

shale gas; permeability; prediction by NMR logs; matrix–fracture interaction; faults; remaining oil distributions; unconventional reservoirs; coal deformation; reservoir depletion; carbonate reservoir; nanopore; fracturing fluid; pseudo-potential model; shale reservoirs; matrix-fracture interactions; multi-scale fracture; succession pseudo-steady state (SPSS) method; fluid transport physics; integrated methods; chelating agent; dissolved gas; non-equilibrium permeability; effective stress; fractal; fracture network; spontaneous imbibition; tight oil; porous media; 0-1 programming; the average flow velocity; geothermal water; micro-fracture; pore types; pore network model; petrophysical characterization; nitrogen adsorption; analysis of influencing factors; mudstone; rheology; velocity profile; shale permeability; flow resistance; global effect; tight sandstones; fractal dimension; contact angle; temperature-resistance; fractured well transient productivity; reservoir classifications; deep circulation groundwater; viscosity; NMR; fractional diffusion; lattice Boltzmann method; multiporosity and multiscale; fractal geometry; imbibition front; productivity contribution degree of multimedium; wetting angle; pH of formation water; enhanced oil recovery; isotopes; tight sandstone; fracture diversion; shale; SRV-fractured horizontal well; low-salinity water flooding; shale gas reservoir; tight reservoirs; fracture continuum method; tight oil reservoir; Lucaogou Formation; hydraulic fracturing; clean fracturing fluid; recovery factor; flow regimes; local effect; complex fracture network; pore structure; gas adsorption capacity; polymer; non-linear flow; conformable derivative; production simulation; analytical model; enhanced geothermal system; multi-scale flow; experimental evaluation; extended finite element method; fluid-solid interaction; groundwater flow; well-placement optimization; thickener; imbibition recovery; equilibrium permeability; slip length; large density ratio; clay mineral composition; finite volume method; volume fracturing; influential factors; sulfonate gemini surfactant