Keywords: شعله سرعت; Aluminum nanoparticle; Enhanced heat transfer; Butane flame; Mach-Zehnder; Schlieren; Flame speed;
مقالات ISI شعله سرعت (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: شعله سرعت; Gasoline-air mixture explosion; Flame speed; Flame zone thickness; Flame brightness; Initial gasoline vapor concentration;
Keywords: شعله سرعت; Automatic; Reduction; Chemical kinetics; Flame speed; Sensitivity analysis;
Keywords: شعله سرعت; Foamed emulsion; Fuel; Biochar; Microparticles; Flame speed;
Keywords: شعله سرعت; Hartmann tube; Particle Image Velocimetry; Lycopodium; Flame speed; Flow velocity;
Keywords: شعله سرعت; Diesel/biodiesel/alcohol; Chemical mechanism; Reaction pathways analysis; Ignition delay; Flame speed; Spray combustion;
Keywords: شعله سرعت; 1,3-butadiene oxidation; Shock tube; Rapid compression machine; Chemical kinetic modeling; Flame speed; Ab initio calculations;
Keywords: شعله سرعت; Combustion waves; Competitive exothermic reactions; Flame speed; Evans function method; Compound matrix;
Keywords: شعله سرعت; NAP; national alcohol program; REP; Reid evaporation pressure; ICE; Internal combustion engines; RVP; Reid vapor pressure; LUC; Land-use change; GHS; Greenhouse gases; RON; Research octane number; MON; Moto octane number; TEL; Tetraethyl lead; BTE; brake
Keywords: شعله سرعت; Micro combustor; Catalytic reaction; Flame stability; Flame speed; Reaction pathways;
Keywords: شعله سرعت; Flame speed; Flame acceleration; Bifurcation; Gas explosion;
Keywords: شعله سرعت; Lifted flame; Edge flame; Flame speed; Flame stabilization; Schmidt number;
Keywords: شعله سرعت; Electric field; Flame speed; Ohmic heating; Ionic wind; Activated species;
Keywords: شعله سرعت; Emissions; Flame speed; Ammonia/methane; Chemical-kinetics mechanism;
Keywords: شعله سرعت; PPC; Flame speed; Sequential auto-ignition; Optical diagnostics; PLIF;
Keywords: شعله سرعت; Micro combustor; Heat recirculation; Flame speed; Exergy loss; Second law efficiency;
Keywords: شعله سرعت; Nano-aluminum; CO2; Ignition; Flame speed; Numerical simulation;
Keywords: شعله سرعت; Stratified-charge combustion; Stratified hydrogen/air mixture; Stratified methane/air mixture; Compositional stratification; Flame speed;
Keywords: شعله سرعت; Pulverised; Steam explosion; Flame speed; Explosibility; Reactivity; Renewable;
Keywords: شعله سرعت; Isobutene oxidation; Shock tube; Rapid compression machine; Chemical kinetics; Flame speed; Ab initio;
Keywords: شعله سرعت; Aluminium dust cloud; Flame speed; Scale; Radiation heat transfer; Turbulence;
Keywords: شعله سرعت; Methane/air explosion; Explosion suppression; Ultrafine water mist; Sodium chloride; Flame speed;
Keywords: شعله سرعت; Aerosol; Mist; Electrospray; Flammability; Flame speed
Keywords: شعله سرعت; Formic acid; Ab initio calculations; Kinetic model; flame speed;
Keywords: شعله سرعت; 2-Butene; Jet-stirred reactor; Flame speed; Kinetic model;
Keywords: شعله سرعت; Flame speed; Uncertainty; Extrapolation; Spherical flame; Stretch;
Keywords: شعله سرعت; Nitromethane; Flame speed; Kinetic modeling;
Keywords: شعله سرعت; HCNG; Performance; Emissions; Combustion; Flame speed; Heat release rate
Keywords: شعله سرعت; Cool flames; Flame speed; Extinction limit; Dimethyl ether; Ozone;
Keywords: شعله سرعت; Hydrogen/methane; Premixed flame; Flame speed; Overpressure
Keywords: شعله سرعت; Micro-combustion; Orthotropic thermal conductivity; Micro-channel; Flame speed; Conjugate heat transfer;
Keywords: شعله سرعت; Turbulent combustion; Direct numerical simulation; Flame speed; Thin reaction zones; Lean premixed; Natural gas;
Keywords: شعله سرعت; Propene oxidation; Shock tube; Rapid compression machine; Chemical kinetics; Ignition; Flame speed
Keywords: شعله سرعت; Laminar burning velocity; Flame speed; Outwardly-propagating spherical flame; Flame stretch; Blast furnace gas; Coke oven gas;
Keywords: شعله سرعت; Laser ignition; Hydrogen–air mixtures; Flame kernel development; Flame speed; In-cylinder pressure; Combustion analysis
Keywords: شعله سرعت; Laser ignition; Hydrogen-air mixtures; Flame kernel development; Flame speed; In-cylinder pressure; Combustion analysis;
Keywords: شعله سرعت; Ignition; Flame speed; Detailed kinetic mechanism; Composite propane–hydrogen fuel; NO and CO emission
Keywords: شعله سرعت; Hydrogen; Natural gas; Rapid compression machine; Shock tube; Flame speed;
Keywords: شعله سرعت; Triple flames; Flame stretch; Turbulent partially premixed flames; Edge flames; Flame speed
Keywords: شعله سرعت; Syngas; Ignition; Flame speed; Combustion
Keywords: شعله سرعت; Biofuel; Combustion chemistry; Alcohols; Kinetic modeling; Pollutant emissions Internal combustion engines; Flame speed; Ignition delay
Keywords: شعله سرعت; Laser ignition; Hydrogen-air mixtures; Methane-air mixtures; Flame kernel; Flame speed;
Keywords: شعله سرعت; Flame speed; Spherical; Ellipse; Hydrogen; Optical engine; Internal combustion;
Keywords: شعله سرعت; Flame speed; Flame acceleration; Bend; Angle
Keywords: شعله سرعت; Foam; Emulsion; O-xylene; Cyclohexane; Flame speed; Oscillation
A rapid compression machine study of autoignition, spark-ignition and flame propagation characteristics of H2/CH4/CO/air mixtures
Keywords: شعله سرعت; Natural gas; Dedicated-EGR; Hydrogen; Ignition delay time; Flame speed; Rapid compression machine;
The quantitative studies on gas explosion suppression by an inert rock dust deposit
Keywords: شعله سرعت; Deposited rock dust; Overpressure; Temperature; Flame speed; Flame length;
Foamed emulsion - Fuel on the base of water-saturated oils
Keywords: شعله سرعت; Water-saturated fuel; Foamed emulsion; Foam stability; Solid particles; Flame speed;
Measurements of pressure and flame speed during explosions of CH4/O2/N2/CO2 mixtures
Keywords: شعله سرعت; Explosion; Deflagration; Detonation; combustion-induced Rapid Phase Transition; Flame speed; Oxy-fuel combustion;
Explosions of gasoline-air mixtures in a closed pipe containing a T-shaped branch structure
Keywords: شعله سرعت; Gasoline-air mixture explosion; T-shaped branch structure; Flame speed; Overpressure;