Keywords: سرعت شعله ور شدن; Ammonia; Flame propagation; Flame instability; Laminar flame speed; Markstein length;
مقالات ISI سرعت شعله ور شدن (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: سرعت شعله ور شدن; Soret diffusion; Laminar flame speed; Hydrogen/air; Engine-relevant conditions;
Keywords: سرعت شعله ور شدن; Farnesane; Biofuel; Ignition delay time; Laminar flame speed; Shock tube; Reaction modeling;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Markstein length; Extrapolation uncertainty; Spherical flames;
Keywords: سرعت شعله ور شدن; CF; conversion factor; COG; coke oven gas; LDA; laser Doppler anemometry; LHV; low heating value; RF; reburning fuel; SL; laminar flame speed; TA; adiabatic flame temperature; TSUB; substrates temperature; ZVC; zonal volumetric combustion; λp; excess rat
Keywords: سرعت شعله ور شدن; Laminar flame speed; Chemical kinetic model; Ignition delay time; Reaction pathway analysis; 2,4,4-Trimethyl-1-pentene;
Keywords: سرعت شعله ور شدن; Methane/air; Laminar flame speed; Flame structures; High pressure; Bunsen burner;
Keywords: سرعت شعله ور شدن; Syngas/air stratified flame; Laminar flame speed; Flame displacement speed; Differential diffusion;
Keywords: سرعت شعله ور شدن; Sustainable fuel; Ammonia; Hydrogen; Laminar flame speed; Flame thickness; Correlation;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Internal combustion engines; Autoignition; Flame propagation; Multi-stage ignition;
Keywords: سرعت شعله ور شدن; Cycle-to-cycle variation; Spark-ignited gas engine; Large-eddy simulation; Laminar flame speed; G-equation; Lean combustion;
Keywords: سرعت شعله ور شدن; Nitromethane/air; Two-stage heat release; Laminar flame speed; Propagating spherical flame;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Oxygenated fuels; Gasoline; High pressure and high temperature;
Effects of hydrogen addition on laminar flame speeds of methane, ethane and propane: Experimental and numerical analysis
Keywords: سرعت شعله ور شدن; Counter-flow flat flame; Hydrogen addition; Laminar flame speed; Sensitivity analysis; Component concentration;
Keywords: سرعت شعله ور شدن; Laminar flame speed; n-butanol; Iso-octane; Chemical kinetic mechanism;
Keywords: سرعت شعله ور شدن; Hydrogen addition; Methane; Explosion pressure; Laminar flame speed; Flammability limit;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Syngas; Spherical flame; Markstein length
Keywords: سرعت شعله ور شدن; Laminar flame speed; Styrene; Ethylbenzene; Chemical kinetic model;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Cellular instability; Flame acceleration; Syngas;
Keywords: سرعت شعله ور شدن; Methanol; Isooctane; Laminar flame speed; Kinetic modeling; Markstein length;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Converter gas; Humidity; Reaction mechanism; Experimental uncertainty;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Nano-aluminum; Dust; Aerosol; Hybrid mixture
Keywords: سرعت شعله ور شدن; Hydrogen/air stratified flame; Laminar flame speed; Fuel consumption speed; Flame front propagation speed; Differential diffusion;
Keywords: سرعت شعله ور شدن; Laminar flame speed; High pressure Bunsen burner; OH chemiluminescence; OH-PLIF; Methane/air mixture; Acetone/air mixture;
Keywords: سرعت شعله ور شدن; Flame propagation; Laminar flame speed; Uncertainty quantification; Flame kinetics; Engine conditions;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Propagating spherical flame; Constant-volume method; Burned mass fraction; Methane/air;
Keywords: سرعت شعله ور شدن; Styrene; Ignition delay time; Laminar flame speed; Chemical kinetics; Aromatics;
Keywords: سرعت شعله ور شدن; Tert-butanol; Pyrolysis and laminar flames; Laminar flame speed; SVUV-PIMS; Kinetic modeling; Aromatics formation
Keywords: سرعت شعله ور شدن; Laminar flame speed; Alcohols combustion; Biofuels combustion; High temperature kinetics; Kinetic modeling
Keywords: سرعت شعله ور شدن; Water mist; Laminar flame speed; Flame stretch; Chemkin;
Keywords: سرعت شعله ور شدن; Gasoline-air mixture explosion; Flame regime; Pressure; Laminar flame speed; Damköhler number
Keywords: سرعت شعله ور شدن; Acetylene; Laminar flame speed; Elevated pressure; HP Mech; CO2 and H2O dilution effects;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Formyl chemistry; Formaldehyde chemistry; 1,3,5-Trioxane; Monte Carlo optimization;
Keywords: سرعت شعله ور شدن; Ethanol; Detailed kinetics mechanism; Shock tube; Ignition delay time; Laminar flame speed;
Keywords: سرعت شعله ور شدن; Butene; Isomeric effects; Laminar flame speed; Counterflow ignition; Kinetic model;
Keywords: سرعت شعله ور شدن; Turbulent flame speed; Laminar flame speed; High pressure; Single cylinder gas engine; Methane–air; Charge dilution
Keywords: سرعت شعله ور شدن; Laminar flame speed; Ignition delay time; Reaction order; Sensitivity analysis; Elevated pressures and temperatures; Correlation;
Keywords: سرعت شعله ور شدن; Ammonia combustion; Laminar flame speed; NOx formation; Reduced mechanism;
Keywords: سرعت شعله ور شدن; Chemical kinetic modeling; Shock tube; Constant volume combustion vessel; 2-Methylbutanol; Ignition delay; Laminar flame speed;
Keywords: سرعت شعله ور شدن; Ozone; Flame propagation; Laminar flame speed; Pressure effect; Ozonolysis reactions;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Propagating spherical flame; Methane/air; Uncertainty
Keywords: سرعت شعله ور شدن; Toluene reference fuel; PAHs; Ignition delays; Laminar flame speed
Keywords: سرعت شعله ور شدن; Lift-off; Jet diffusion flame; Sub-atmospheric pressure; Laminar flame speed
Keywords: سرعت شعله ور شدن; Syngas; Propagating spherical flame; Laminar flame speed; Markstein length; Lewis number
Keywords: سرعت شعله ور شدن; Radiation; Uncertainty; Laminar flame speed; Propagating spherical flame; Elevated temperature and pressure;
Keywords: سرعت شعله ور شدن; 2-Methylfuran (MF); Schlieren; Laminar flame speed; Burning velocity;
Keywords: سرعت شعله ور شدن; Flame propagation; Laminar flame speed; Experimental uncertainty; Flame kinetics
Keywords: سرعت شعله ور شدن; Hydrogen enriched combustion; Ignition delay time; Laminar flame speed; Flame front stability; Pollutant emission;
Keywords: سرعت شعله ور شدن; 2-Methyl-1-butanol; Laminar flame speed; Flame instability; Comparison;
Keywords: سرعت شعله ور شدن; Laminar flame speed; Liquid hydrocarbons; Jet fuels; Elevated pressures;