Keywords: بازیابی نفت پیشرفته; CT; computed tomography; 2-D; two dimensional; 3-D; three dimensional; EOR; enhanced oil recovery; KI; Potassium Iodide; Extra-low permeability sandstone; Spontaneous imbibition; Remaining oil; Pore scale; Micro-occurrence; Computed tomography;
مقالات ISI بازیابی نفت پیشرفته (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: بازیابی نفت پیشرفته; Natural anionic surfactant; Microemulsion phase behavior; Solubilization parameters; Interfacial tension; Rheology; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Electric explosion; Shock waves; Water conductivity; Enhanced oil recovery; Energy deposition;
Keywords: بازیابی نفت پیشرفته; Silica dioxide; Surfactant; Composite gel; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Benzyltrimethylammonium bromide; Sodium dodecyl benzene sulfonate; Intermolecular interaction; Interfacial tension; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Flooding; Interfacial tension; Nonionic biosurfactant; Tannic acid;
Keywords: بازیابی نفت پیشرفته; Betaine; Formation brine; Heat stability; Surface properties; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Electrolyte solutions; Enhanced oil recovery; Pore size; Static contact angle; Wetting;
Keywords: بازیابی نفت پیشرفته; Alkali; Cosolvent; Polymer; Surfactant; Enhanced oil recovery; Interfacial tension;
Keywords: بازیابی نفت پیشرفته; Fine emulsion flooding; Low permeability reservoir; Enhanced oil recovery; Micromodel tests;
Keywords: بازیابی نفت پیشرفته; Carbonaceous nanoparticle; Enhanced oil recovery; Surfactant carrier; Ultralow interfacial tension;
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Microemulsion; Surfactant; Glycerin;
Keywords: بازیابی نفت پیشرفته; Low salinity waterflooding; Gel treatment; Enhanced oil recovery; Fractured carbonate reservoir; Combining technology;
Keywords: بازیابی نفت پیشرفته; Nanogel; Interfacial tension; Pickering emulsion; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; rock surface; wettability; brine; intermolecular force; microscopic mechanism; enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Wetting; Low salinity water flooding; Electric double layer; Multicomponent ion exchange; Cation bridging; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Nanofluids; Fines migration; Well injectivity; Fluids incompatibility; Enhanced oil recovery; Formation damage;
Keywords: بازیابی نفت پیشرفته; Zwitterionic surfactant; Surface tension; Interfacial tension; Synthesis; Alkali lignin; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Dynamic surface tension; Dynamic interfacial tension; Enhanced oil recovery; Interfacial tension relaxation; Propoxylated anionic surfactant; Crude oil;
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Preformed particle gel; Open fracture; Dehydration behavior; Conformance improvement;
Keywords: بازیابی نفت پیشرفته; Offshore heavy oil; Multi-thermal fluid; Synergistic effect; Four components; Enhanced oil recovery mechanism; Multi-thermal fluid; multiple components thermal fluid; EOR; enhanced oil recovery; SARA; saturates, aromatics, resin, and asphaltene (i.e., the
Keywords: بازیابی نفت پیشرفته; noble gases; isotopes; hydrocarbons; oil and gas; enhanced oil recovery; fluid migration;
Keywords: بازیابی نفت پیشرفته; Air injection; Low temperature oxidation; Spontaneous ignition; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Energy system; CO2 emissions; Nuclear power generation; Carbon capture and storage; MARKAL; AIST; National Institute of Advanced Industrial Science and Technology, Japan; BAU; business-as-usual; CCS; carbon capture and storage; CHP; combined heat and powe
Keywords: بازیابی نفت پیشرفته; Zwitterionic surfactant; Surface tension; Interfacial tension; Emulsification; Wettability alteration; Sand pack flooding; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Wettability alteration; Complex fracture networks; EDFM; Well performance; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Ionic liquid; Enhanced oil recovery; Wettability alteration; Interfacial tension; Adsorption; Emulsification;
Keywords: بازیابی نفت پیشرفته; Lifetime-oriented design; Reservoir decline curve; CO2 capture; EOR; Process optimization; Membrane permeation; Bbl; Barrels of Petroleum Liquids (1 bblâ¯=â¯0.159â¯m3); BBL; Billion Barrels of Petroleum Liquids; CO2; Carbon Dioxide; CA; Chemical Absorp
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Silica nanoparticles; Stability of nanoparticles; Electrical double layer; DLVO theory;
Keywords: بازیابی نفت پیشرفته; Huff and puff; Enhanced oil recovery; Particle swarm optimization; Genetic programming;
Keywords: بازیابی نفت پیشرفته; Formation damage; Risks & opportunities; Enhanced oil recovery; Chemical flooding; Thermal recovery; Low-salinity water flooding; CO2 flooding;
Keywords: بازیابی نفت پیشرفته; Gemini surfactants; Critical micelle concentration; Viscosity; Interfacial tension; Wettability alteration; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Low-salinity water flooding; Enhanced oil recovery; Nanofluids; Fines migration; Well injectivity;
Keywords: بازیابی نفت پیشرفته; Three-phase flow; Porous media; Wettability; X-ray imaging; Pore occupancy; Double displacement; Capillary trapping; Oil layers; Enhanced oil recovery; CCS;
Keywords: بازیابی نفت پیشرفته; CC; Combined cycle; CCS; Carbon capture and storage; CCUS; Carbon capture, utilization, and storage; CEPCI; Chemical Engineering Plant Cost Index; CPP; Clean Power Plan; CPS; Carbon Pollution Standards; CPS+R; Carbon Pollution Standards with CCS retrofit;
Keywords: بازیابی نفت پیشرفته; Foam injection; Polymer-enhanced foam; Viscoelastic films; Foam transportation; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Low permeability; Heterogeneity; Enhanced oil recovery; Nitrogen and CO2; Foam flooding;
Keywords: بازیابی نفت پیشرفته; Nanofluids; Interfacial properties; Spontaneous imbibition; Core-flooding; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Air injection; Light oil; Heterogeneity; Dykstra-parsons coefficients; Enhanced oil recovery; Recovery mechanism;
Keywords: بازیابی نفت پیشرفته; Nanofluid; Colloidal stability; Wettability alteration; Enhanced oil recovery; Carbonate; Extreme reservoir conditions;
Keywords: بازیابی نفت پیشرفته; Micro-dispersion; Low salinity water injection; Crude oil; Pore scale; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Enhanced Oil Recovery; Lipase; Esterase; Bacterial communities;
Keywords: بازیابی نفت پیشرفته; Nanoparticles-stabilized foam; Enhanced oil recovery; Static and dynamic stability; Salinity; Porous media; Oil;
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Polymer flooding; Mobility; Rheology; Particle size;
Keywords: بازیابی نفت پیشرفته; Mobility control; Carbon dioxide; Nanoparticle; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Enhanced oil recovery; Advanced water flood; Interfacial tension; Interfacial rheology; Surface potential; Coalescence times;
Keywords: بازیابی نفت پیشرفته; Agro-industrial waste; Biosurfactant; Rhamnolipid; Submerged fermentation; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Nanoemulsions; Polymeric surfactant; Viscosity and viscoelastic properties; Maxwell model; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; Ultrasound; Intermittent ultrasonic vibration; Micro-model; Viscosity; Dimensionless parameters; Enhanced oil recovery;
Keywords: بازیابی نفت پیشرفته; AAD; absolute average deviation; GP; gross profit; AP; annual profit; GTL; gas to liquid; BEP; breakeven point; LPG; liquefied petroleum gas; BEPC; breakeven point capacity; NP; net profit; CCS; carbon capture and sequestration; PC; plant capacity; CI; ca