Keywords: نفت سنگین; Heavy oil; Thermal recovery; Relative permeability; Effect of temperature; Porous media;
مقالات ISI نفت سنگین (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: نفت سنگین; Mechanism; Viscosity; Oxidation; Heavy oil;
Keywords: نفت سنگین; Casing performance; Heavy oil; In-situ combustion; Casing design; Steam flooding;
Keywords: نفت سنگین; Aquathermolysis; Mixed oxides; Transition metals; Catalyst precursor; Heavy oil; In-situ upgrading;
Keywords: نفت سنگین; Heavy oil; Viscosity; Density; Elevated temperatures; Pyrolysis;
Keywords: نفت سنگین; Oil soluble viscosity reduction agent; Acrylic acid ester; Heavy oil; Monomer;
Keywords: نفت سنگین; Heavy oil; Steam injection process; Greenhouse gas emissions; Energy efficiency;
Keywords: نفت سنگین; Emulsion; Petroleum; Heavy oil; Droplet size distribution;
Keywords: نفت سنگین; Heavy oil; Upgrading; Nanoparticle; Microwave; Asphaltene;
Keywords: نفت سنگین; Microwave irradiation; Viscosity; Composition; Crude oil; Heavy oil;
Keywords: نفت سنگین; Asphaltenes; Viscosity modifier; Heavy oil; Dispersant; Molecular interactions;
Keywords: نفت سنگین; AC; acidification; AD; abiotic depletion; AE; annual equivalent; CML2; database that contains characterization factors for life cycle impact assessment; CO; crude oil; CSI; composite sustainability index; DP; desalination plant; ELCD; European Reference L
Keywords: نفت سنگین; Heavy oil; Production prediction; Nitrogen-assisted cyclic steam stimulation; Heated radius calculation; Non-isothermal model;
Keywords: نفت سنگین; Heavy oil; Microwave; Ultrasonic; Asphaltene clusters; Viscosity;
Keywords: نفت سنگین; Heavy oil; RF heating; Antenna array; Multi-physical coupling; Temperature distribution;
Keywords: نفت سنگین; Heavy oil; Steam flooding; Foams; Visualization; Experiment;
Keywords: نفت سنگین; Microwave heating; Heavy oil; Desulfurization; Upgrading; Radiation time;
Keywords: نفت سنگین; Biosurfactant; Resins; Biodegradation; Heteroatom compounds; ESI FT-ICR MS; Heavy oil;
Keywords: نفت سنگین; Heavy oil; Thermal analysis; Pressure-volume-temperature test; Non-condensable gas stimulation; Product analysis;
Keywords: نفت سنگین; Heavy oil; Air injection; Cyclic steam stimulation; Energy efficiency; Greenhouse gas emissions;
Keywords: نفت سنگین; Injection parameters optimization; Heavy oil; Hot solvent; Fractured carbonate reservoirs; Oil dilution;
Keywords: نفت سنگین; Slurry-phase hydrocracking; Heavy oil; Asphaltene dispersion; Coke formation; Artificial resin;
Keywords: نفت سنگین; Thermal conductivity; Prediction; Heavy oil; Pseudo-components; Expanded Fluid model;
Keywords: نفت سنگین; Heavy oil; Catalyst precursors; Changes in oil content; Heavy oil upgrading; Hydrothermal process (aquathermolysis); Hydrogen donor;
Keywords: نفت سنگین; Catalyst deactivation; Modeling; Heavy oil;
Keywords: نفت سنگین; Heavy oil; Steam injection; Viscosity reducer; O/W emulsions; EOR;
Keywords: نفت سنگین; Thermal conductivity; Model; Heavy oil; Diluted/bitumen;
Keywords: نفت سنگین; Porous media; Heat transport; Thermal conductivity; Heavy oil; Thermal flooding; Memory concept;
Keywords: نفت سنگین; EOR; Droplet deformation; Heavy oil; Interfacial tension; Alkaline flooding;
Keywords: نفت سنگین; Ultra-viscous oil; Heavy oil; Solvent; Reservoir modeling; Thermal enhanced oil recovery techniques; Steam-assisted gravity drainage;
Keywords: نفت سنگین; Heavy oil; Steam distillation; Distillation rate; Superheated steam; Degree of superheating;
Keywords: نفت سنگین; Wettability; Heavy oil; Microwave; Calcite; Polar;
Keywords: نفت سنگین; Thermocatalytic upgrading; Heavy oil; Viscosity; Reservoir temperature and pressure; Catalysis;
Keywords: نفت سنگین; Supercritical methanol; Crude oil; Heavy oil; Upgrading; Pyrolysis; Kinetic model;
Keywords: نفت سنگین; Heavy oil; Nanoparticles; Rheology; Viscosity reduction; Oil recovery; Optimum concentration;
Keywords: نفت سنگین; Fractured reservoir; Heavy oil; Energy efficiency; GHG emissions; Grosmont Formation;
Keywords: نفت سنگین; Heavy oil; Upgrading; Iron oxide nanoparticles; Isotopic analysis; Supercritical water;
Keywords: نفت سنگین; Heavy oil; Multi-point injection; Horizontal well; Two-phase steam flow; Steam quality; Friction work;
Keywords: نفت سنگین; Emulsion flooding; Nanoparticles; Heavy oil; Sweep efficiency; Injection parameters;
Keywords: نفت سنگین; Multiphase flow; Slug frequency; Slug holdup; Slug film; Heavy oil; Pressure gradient;
Keywords: نفت سنگین; Heavy oil; Copper stearate; Catalyst; Catalytic oxidation; In-situ combustion;
Keywords: نفت سنگین; Carbon dioxide; Heavy oil; Stirring viscometry; Viscosity reduction; Nitrogen;
Keywords: نفت سنگین; Heavy oil; Upgrading; Hydrothermal; Partial oxidation; Phenanthrene; Supercritical water;
Keywords: نفت سنگین; Core-annular flow; Two-fluid model; Heavy oil; Pressure drop;
Keywords: نفت سنگین; Heavy oil; SARA; Pyrolysis; Oxidation; Interaction;
Keywords: نفت سنگین; CAGD; Heavy Oil; In-Situ Combustion; Horizontal Wells;
Keywords: نفت سنگین; Visbreaking; Partial upgrading; Heavy oil; Viscosity; Thermal cracking; Kinetic model;
Keywords: نفت سنگین; Oil sands; Heavy oil; Gravity drainage; Electromagnetic heating; EMAGD model; Butler's model;
Keywords: نفت سنگین; Thermal degradation; Naphthenic acids; Heavy oil; ESI(-)FT-ICRMS; HTGC; NMR;
Keywords: نفت سنگین; Heavy oil; Upgrading techniques; Economic analysis;