ALBERT

Keywords: TA1-2040 ; T1-995 ; 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 ; thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology

Keywords: QC801-809 ; Q1-390 ; QC1-999 ; liquid rate ; particle size ; greenhouse gas emission ; wellbore multiphase flow ; oscillating motion ; oil tanker ; Lattice Boltzmann method ; base-level cycle ; fracture characterization and prediction ; submarine landslide ; Wilkins equation ; bulk density ; low-temperature nitrogen adsorption ; unconventional reservoirs ; air-entry value ; fractal model ; tight sandstone ; hazard prevention ; South China Sea ; loose media ; soil-water characteristic curve ; tight conglomerate ; supercritical CO2 ; creep ; seepage resistance ; classification ; mouth bar sand body ; Peng-Robinson equation of state (PR EOS) ; digital rock ; methane ; coal ; marine gas hydrate ; pore structure ; acoustic emission ; porous media ; damage ; initial void ratio ; Huanghua Depression ; fractal method ; gas rate ; petrophysics ; fractal porous media ; true density ; multilayer reservoir ; microfractures ; multifractal ; overburden pressure ; turbulence modelling ; numerical simulation ; diffusion coefficient ; inclined angle ; Ordos Basin ; producing degree ; pore-scale simulations ; lifecycle management ; porosity ; fractal dimension ; fractional derivative ; interlayer interference ; isotopic composition ; non-laminar flow ; temperature drop ; CT ; Bakken Formation ; salt rock ; gas hydrate ; multiphase flow ; oil properties ; pressure drawdown model with new coefficients ; controlling factors