Keywords: اکسیژن احتراق; Oxy-combustion; Devolatilization; Thermoplasticity; High heating rate; Large coal particles;
مقالات ISI اکسیژن احتراق (ترجمه نشده)
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Keywords: اکسیژن احتراق; Oxy-combustion; Fully premixed flames; Stability map; Adiabatic flame temperature; Gas turbine combustion; Reynolds number;
Keywords: اکسیژن احتراق; Thermogravimetric analysis (TGA); Combustion; Oxy-combustion; Coal; Biomass;
Keywords: اکسیژن احتراق; Supercritical carbon dioxide power cycle; Coal gasification; Parametric study; Zero emission; Oxy-combustion;
Keywords: اکسیژن احتراق; Oxy-combustion; Bio-CCS; Economic analysis; Scale-up; Biomass blends;
Keywords: اکسیژن احتراق; Gas turbine combustion; Hydrogen enrichment; Oxy-combustion; Premixed combustion; Stability limits;
Keywords: اکسیژن احتراق; Air separation; Polymeric membrane; Ceramic membrane; Oxy-combustion; Carbon capture;
Keywords: اکسیژن احتراق; Flame stability; Gas turbine combustor; Hydrogen enrichment; Oxy-combustion; Swirl effect;
Keywords: اکسیژن احتراق; Transient heat and mass transfer; Unsteady entropy generation; Coal particle combustion; Spatio-temporal evolution; Oxy-combustion; Varying oxygen concentration;
Keywords: اکسیژن احتراق; Oxy-combustion; carbon capture and storage; power plant performance and cost; environmental policy.;
Keywords: اکسیژن احتراق; Oxy-combustion; Turbulent premixed flames; Flame stabilization; Swirl combustion;
Conceptual design and modelling of an industrial scale power to gas-oxy-combustion power plant
Keywords: اکسیژن احتراق; Energy storage; Power-to-gas; Methanation; Oxy-combustion; Power system modelling;
Keywords: اکسیژن احتراق; Coal devolatilization; Homogeneous chemistry; Oxy-combustion; Volatile flame;
Keywords: اکسیژن احتراق; Oxy-combustion; Flame stability; Flame shape; Internal recirculation zone; Chemical reaction;
Keywords: اکسیژن احتراق; Oxy-combustion; Oxygen-enriched air combustion; Non-premixed flames; Stability maps; Flammability limits; Gas turbine combustor;
Keywords: اکسیژن احتراق; Oxy-combustion; Coal-fired power plant; Energy storage; Cryogenic oxygen storage; Process modelling; Process simulation; Techno-economic analysis; ASU; air separation unit; CCS; carbon capture and storage; CPU; CO2 compression and purification unit; CFPP;
Keywords: اکسیژن احتراق; CCS; Oxy-combustion; Techno-economic optimization; Heat integration; Exergy analysis;
Keywords: اکسیژن احتراق; Oxy-fuel; Oxy-combustion; Pyrolysis; Fixed bed; Drop tube; Fluidized bed;
Effect of reaction atmosphere on the products of slow pyrolysis of coals
Keywords: اکسیژن احتراق; Pore size distributions; Large coal particles; Oxy-combustion; Aromaticity; Coal devolatilization; Reaction atmosphere;
Keywords: اکسیژن احتراق; Carbon; Coal;Oxidation; Clean coal; Oxy-combustion; Chemical looping;
Keywords: اکسیژن احتراق; IGCC; Oxy-combustion; Ultra supercritical pulverized coal combustion; Aspen Plus; Economic analysis; Levelized cost of electricity (LCOE); ASU; air separation unit; BEC; bare erected cost (kâ¬); CCS; carbon capture and storage; CCTS; carbon capture, tran
Keywords: اکسیژن احتراق; Structure; Fragmentation; Reactivity; Annealing; Coal; Combustion; Oxy-combustion;
Keywords: اکسیژن احتراق; Oxy-combustion; Partially premixed flames; Flame stability; Flammability limits; Perforated-plate burner;
Keywords: اکسیژن احتراق; Oxy-combustion; South African coals; Trace elements; Oxygen concentration; Temperature;
Keywords: اکسیژن احتراق; Emissions; Deposition; Ashes; Biomass; Oxy-combustion; Fluidized beds;
Keywords: اکسیژن احتراق; Oxy-combustion; CO2 capture; Cryogenic air separation; Self-heat recuperation;
Keywords: اکسیژن احتراق; Oxy-fuel; Oxy-combustion; Catalytic combustion; Hydrogen; Catalyst
Keywords: اکسیژن احتراق; Air combustion; Oxygen-enriched combustion; Oxy-combustion; Flammability limits; Diffusion flames; Bluff-body;
Keywords: اکسیژن احتراق; Oxy-combustion; Kinetic modeling; Sulfur trioxide (SO3); Nitric oxide (NO); Emissions;
Keywords: اکسیژن احتراق; Oxy-combustion; Limestone; Emissions; Deposition; Biomass; Fluidized beds;
Keywords: اکسیژن احتراق; Ion transport membrane reactor (ITMR); Numerical modeling; Oxy-combustion; Oxygen permeation
Keywords: اکسیژن احتراق; Oxy-combustion; CO2 capture; Oxygen membranes; LCF; ACM;
Keywords: اکسیژن احتراق; Oxy-combustion; High-temperature membranes; Air separation unit; Carbon capture and storage; Economic analysis; Waste heat recovery;
Keywords: اکسیژن احتراق; Mercury; Activated carbons; Industrial macroalgae waste; Oxy-combustion
Keywords: اکسیژن احتراق; Oxy-combustion; Pressurized oxy-combustion; Aspen Plus; Carbon capture;
Keywords: اکسیژن احتراق; Mercury; Activated carbons; Biocollagenic wastes; Leather industry; Oxy-combustion;
Keywords: اکسیژن احتراق; Oxy-combustion; CO2 compression and purification unit; Exergy cost analysis; Thermoeconomic cost analysis;
Keywords: اکسیژن احتراق; Flame stabilization; Gas turbine model combustor; Oxy-combustion; Swirl stabilized flames
Keywords: اکسیژن احتراق; Oxy-combustion; Biomass; Modelling; Kinetics; Blend
Keywords: اکسیژن احتراق; Optimization; Steam Rankine cycle; Regenerative preheating; Heat integration; Oxy-combustion
Keywords: اکسیژن احتراق; Oxy-fuel; Oxy-combustion; Fluegas; Flame structure; Laminar burning velocity;
Keywords: اکسیژن احتراق; Fire tube boiler; Oxy-combustion; Oxygen permeation; ITM reactor; Steam generation;
Keywords: اکسیژن احتراق; Oxy-combustion; Regenerative system; Honeycomb; Temperature efficiency; Heat transfer
Keywords: اکسیژن احتراق; Supercritical power plant; Oxy-combustion; High-temperature membranes; Air separation unit; CO2 processing unit;
Keywords: اکسیژن احتراق; Thermogravimetric analysis; Combustion; Oxy-combustion; Kinetics; Biomasses;
Keywords: اکسیژن احتراق; Gas turbine combustor; Oxy-combustion; Oxygen permeation; ITM reactor
Keywords: اکسیژن احتراق; CO2 capture; Cryogenic distillation; Exergy analysis; Oxy-combustion; Power plant integration;
Keywords: اکسیژن احتراق; Solar–thermal fossil hybridization; AZEP cycle; Parabolic trough; Carbon capture and sequestration; Oxy-combustion
Keywords: اکسیژن احتراق; Recuperative vapor recompression; Heat pump; Cryogenic air separation; Oxy-combustion;
Calcium looping performance under extreme oxy-fuel combustion conditions in the calciner
Keywords: اکسیژن احتراق; CO2 capture; Calcium looping; Calciner; Oxy-combustion; Oxygen-rich combustion;