Keywords: گاز شیل; Brittleness; Fracturing; Shale gas; Energy transformation; Carbonaceous texture;
مقالات ISI گاز شیل (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: گاز شیل; Shale gas; Permeability; Porosity; N2 physisorption; CH4 sorption;
Keywords: گاز شیل; Methane; Baseline; Utica shale; Shale gas; Formation brine;
Keywords: گاز شیل; Shale gas; Life cycle; Uncertainty; Multi-criteria decision making; Production profiles; Greenhouse gas emissions;
Keywords: گاز شیل; ESEM imaging; Ion milling; Mechanical grind-polish; Organic porosity; Shale gas; Solid bitumen; Maturity;
Keywords: گاز شیل; shale gas; hydraulic fracturing; unconventional resources;
Keywords: گاز شیل; Natural fracture characterization; Analogs; Conceptual models; Shale gas; Utica Shale;
Keywords: گاز شیل; Hydraulic fracturing; Health; Fracking; Shale gas; Unconventional gas;
Keywords: گاز شیل; Shale gas; Microseismic; Real-time monitoring; Horizontal well; Zipper fracturing; Well monitoring; Surface monitoring; Production increase; Southern Sichuan Basin;
Keywords: گاز شیل; Shale gas; Hydraulic fracturing; Radioactivity; NORM; Wastes; Poland;
Keywords: گاز شیل; Bibliometric analysis; Shale gas; Collaboration network; Authorship collaboration;
Keywords: گاز شیل; Rate-normalized pressure (RNP); Sorption; Pressure interference; Shale gas; Production data analysis;
Keywords: گاز شیل; Shale gas; FIB-SEM; Pore morphology; High-Knudsen effect; LBM simulation;
Keywords: گاز شیل; Uncertainty; Shale gas; Resource extraction; Hybrid forums; Knowledge deficit;
Keywords: گاز شیل; Hydraulic fracturing; Wastewater; Brines; Unconventional energy; Shale gas; Tight oil; Flowback fluids; Produced water;
Keywords: گاز شیل; Shale gas; Hydraulic fracturing; Barnett shale; Refracturing; Carbon sequestration; Energy security;
Keywords: گاز شیل; Olefin production; Steam cracking; Methane conversion; Shale gas; CO2 emissions;
Keywords: گاز شیل; Shale gas; GHG emissions; Energy use; EROI analysis; China;
Keywords: گاز شیل; Shale gas; Oxidization; Gas recovery; Rock burst; Organic matter; Pyrite; Conductivity;
Keywords: گاز شیل; Shale gas; Nuclear magnetic resonance; Slit pore; Occurrence state; Fluid transport; X-ray nano-CT;
Keywords: گاز شیل; Shale gas; Safety; Syngas; Optimization;
Keywords: گاز شیل; China; Natural gas; Energy revolution; Sichuan-Chongqing gas province; Gas utilization; Annual production; Shale gas; Third energy revolution;
Keywords: گاز شیل; Shale gas; Adsorption capacity; Total organic carbon; Specific surface area; Adsorbed gas in place;
Keywords: گاز شیل; Shale gas; Nanopore; Real gas effect; Surface diffusion; Slippage effect;
Keywords: گاز شیل; Shale gas; Natural gas; Crude oil; Cointegration; Vector Error Correction Models; C01; C32; Q40; Q41;
Keywords: گاز شیل; Shale gas; Langmuir volume; Langmuir pressure; Polynomial simulation; Total organic carbon; Residual hydrocarbon; Mineral composition;
Keywords: گاز شیل; Shale gas; Sociotechnical imaginaries; Governmentality; Europe;
Keywords: گاز شیل; Shale gas; Hydraulic fracturing; Social licence; Lancashire; United Kingdom;
Keywords: گاز شیل; Shale gas; Rock-eval pyrolysis; Estimated vitrinite reflectance; N2 BET isotherm; Pore size distribution;
Keywords: گاز شیل; Knock; Detonation; End gas auto-ignition; Cooper bessemer GMV; Large bore natural gas engine; Pipeline engine; Pipeline compressor; Integral compressor; Two-stroke; Variable fuel quality; Shale gas; High ethane;
Keywords: گاز شیل; Hydraulic fracturing; Numerical modelling; Pumping parameters; Stress; Shale gas; Faulting;
Keywords: گاز شیل; Innovation; Governance; Renewable energy; Shale gas; Energy transitions;
Keywords: گاز شیل; Organic-matter pores; Adsorption; Diffusion; Carbon nanotube; Molecular simulation; Shale gas;
Keywords: گاز شیل; Fracking; Shale gas; Public perceptions; Framing;
Keywords: گاز شیل; PM2.5; Ozone; Shale gas; Energy; Air quality; Chemical transport modeling; Health effects;
Keywords: گاز شیل; Shale gas; Multi-stage hydraulic fracturing; Five-linear-flow model; Adsorption-desorption; Diffusion; Productivity prediction;
Keywords: گاز شیل; shale gas; environmental impacts; monitoring; Quaternary aquifer;
Keywords: گاز شیل; Shale gas; Governance; Social justice; Participation;
Keywords: گاز شیل; Shale gas; Transitional shales; Pore structure; Composition; Yanchang area; Ordos Basin;
Keywords: گاز شیل; Technology foresight; Patent map; Technology monitoring; Path identification; Shale gas; L71; O31; O32; O33; O34; Q55;
Keywords: گاز شیل; Shale gas; Hydraulic fracturing; Beliefs; Attitudes; Prediction; Causality;
Keywords: گاز شیل; Shale gas; Electricity; Distributed power generation; Supply chain;
Keywords: گاز شیل; Resources; Electricity futures; Shale gas; Biogas; Gas supply; Low carbon futures;
Keywords: گاز شیل; Optimization; Mixed-integer programming; Shale gas; Impaired water; Fracturing schedule;
Keywords: گاز شیل; Shale gas; Pore structure characterization; Helium expansion; Low-pressure adsorption; Mercury intrusion; Carboniferous shales;
Keywords: گاز شیل; Hydraulic fracturing fluids; Marcellus Shale Play; Shale gas; Chemical additives; MATLAB; Functional groups;
Keywords: گاز شیل; Knudsen diffusion; Viscous flow; Surface diffusion; Shale gas; Tight gas reservoir; Apparent permeability; Digital rock; Lattice Boltzmann method;
Keywords: گاز شیل; Shale gas; Hydraulic fracturing; Scheduling; Well shut-in; CO2 sequestration; Simultaneous optimization;
Keywords: گاز شیل; Shale gas; Horizontal wells; Zonal isolation; Well cementing; Data-driven modeling; Classification modeling;
Keywords: گاز شیل; Longmaxi Formation; Palaeoenvironment; Trace element; Redox condition; Primary productivity; Shale gas;