Keywords: موتور احتراق احتراق; Spark ignition engine; Optical accessibility; Compression ratio; Blow-by estimation; In-cylinder pressure analysis; Combustion;
مقالات ISI موتور احتراق احتراق (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: موتور احتراق احتراق; Coke oven gas; Spark ignition engine; Availability analysis; Combustion;
Keywords: موتور احتراق احتراق; 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 thermal efficiency; BSFC; brake specific fuel consumption; VEL;
Keywords: موتور احتراق احتراق; Octane number; Autoignition; Combustion; Ignition delay time; Octane index; Spark ignition engine;
Keywords: موتور احتراق احتراق; 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: موتور احتراق احتراق; Exhaust noise; Performance characteristics; Emission characteristics; Hydrous ethanol content; Spark ignition engine;
Keywords: موتور احتراق احتراق; Oxygenated fuel; Spark ignition engine; Compression ignition engine; Ethanol fuel; Engine emissions;
Keywords: موتور احتراق احتراق; Spark ignition engine; Gasoline blend; Engine performance; Exhaust emission; Ethanol; Isobutanol;
Keywords: موتور احتراق احتراق; Knocking combustion; Spark ignition engine; Auto-ignition; Detonation; Super-knock;
Keywords: موتور احتراق احتراق; multifuel stratified-charge engines; compressed-air atomizer; jet fuel; spark ignition engine; spray-guided concept;
Keywords: موتور احتراق احتراق; Compressed natural gas; Spark ignition engine; Emissions HC, CO, NOx;
Keywords: موتور احتراق احتراق; Biogas; Spark ignition engine; Thermodynamic modeling; Simulation; Experimental tests;
Spectroscopic characterization of energy transfer and thermal conditions of the flame kernel in a spark ignition engine fueled with methane and hydrogen
Keywords: موتور احتراق احتراق; Spark ignition engine; Spectroscopy; Kernel characterization; Methane; Hydrogen;
Keywords: موتور احتراق احتراق; Spark ignition engine; Butanol; Direct injection; Coolant temperature; Optical investigations;
Keywords: موتور احتراق احتراق; Microwave; Non-thermal plasma; Ignition; Flame kernel; Spark ignition engine; Constant volume combustion chamber;
Keywords: موتور احتراق احتراق; Spark ignition engine; Fuel metering technique; LPG; MPI; Alternative fuel; Liquid phase LPG; Gaseous phase LPG;
Keywords: موتور احتراق احتراق; Butanol isomers; Gasoline blends; Engine performance; Exhaust emissions; Spark ignition engine;
Keywords: موتور احتراق احتراق; Biobutanol; Spark ignition engine; Experimental analysis; Engine map optimization
Keywords: موتور احتراق احتراق; Direct injection; Spark ignition engine; Smart device; Neuro-fuzzy control; Green technology
Keywords: موتور احتراق احتراق; Hydrogen enriched natural gas; H/C ratio; NOx; Spark ignition engine; Combustion
Keywords: موتور احتراق احتراق; Spark ignition engine; Thermodynamic analysis; Hydrogen; Biogas; Natural gas; Liquid petroleum gas
Keywords: موتور احتراق احتراق; Bioethanol; Combustion; Emission; Idle; Spark ignition engine;
Keywords: موتور احتراق احتراق; Microwave; Non-thermal plasma; Ignition; Flame kernel; Spark ignition engine; Constant volume combustion chamber;
Keywords: موتور احتراق احتراق; Cyclic variability; Spark ignition engine; Combustion diagnosis; Hydrogen; Natural gas;
Keywords: موتور احتراق احتراق; Hydrogen enriched compressed natural gas; HCNG dynamic mixing system; H/C ratio; Spark ignition engine; Combustion characteristics; BMEP; Brake Mean Effective Pressure; BSCO; Brake Specific CO Emissions; BSCO2; Brake Specific CO2 Emissions; BSEC; Brake Sp
Keywords: موتور احتراق احتراق; Methanol; Steam reforming; Heat recovery; Heat exchanger; Spark ignition engine
Keywords: موتور احتراق احتراق; Gasoline-hydrogen blends; Spark ignition engine; Cyclic variability; Engine simulations
Keywords: موتور احتراق احتراق; Spark ignition engine; Compression ratio; Hydrogen; Backfire; Knocking; Exhaust gas recirculation
Keywords: موتور احتراق احتراق; Spark ignition engine; Knock onset; Propane; LPG; Modelling
Keywords: موتور احتراق احتراق; Spark ignition engine; Turbulent combustion; 0D three zone model; Experimental validation; Flame visualization;
Keywords: موتور احتراق احتراق; 1C; single cylinder; 4C; four cylinders; BMEP; brake mean effective pressure; BP; brake power; BSFC; brake specific fuel consumption; BTE; brake thermal efficiency; CO; carbon monoxide; CO2; carbon dioxide; CR; compression ratio; DOHC; double overhead cam
Keywords: موتور احتراق احتراق; Hydrogen; Dual fuel engine; Spark ignition engine; Emission; Thermal efficiency;
Keywords: موتور احتراق احتراق; Hydrogen; Spark ignition engine; Flame kernel growth rate; Knock; Exhaust gas recirculation;
Keywords: موتور احتراق احتراق; Ionization current; Spark ignition engine; Excess air coefficient; Air-fuel ratio; Artificial neural network;
Keywords: موتور احتراق احتراق; Fusel oil; Spark ignition engine; Exhaust emissions; Combustion; Alternative fuel; Alcohol
Keywords: موتور احتراق احتراق; Methanol; Spark ignition engine; Original emissions; Large eddy simulation; Detailed chemical kinetics;
Keywords: موتور احتراق احتراق; Closed-form model; Finite speed thermodynamics; Finite time thermodynamics; Internal combustion engine; Spark ignition engine;
Keywords: موتور احتراق احتراق; Cycle-to-cycle variations; Natural gas; Combustion diagnosis; Genetic algorithm; Spark ignition engine;
Keywords: موتور احتراق احتراق; Spark ignition engine; Spark timing; Flame kernel growth rate; Thermodynamic model; Phenomenological model;
Keywords: موتور احتراق احتراق; Hydrogen; Methanol; Spark ignition engine; Lean combustion; Load characteristic; Emissions
Keywords: موتور احتراق احتراق; Spark ignition engine; Experimental analysis; Knocking quantification; Numerical analysis; Knock frequencies characterization;
Keywords: موتور احتراق احتراق; Spark ignition engine; Gasoline engine performance; Artificial neural network;
Keywords: موتور احتراق احتراق; Spark ignition engine; Charge properties; Exergy analysis; Irreversibilities;
Keywords: موتور احتراق احتراق; Biomass; Downdraft gasifier; Multiple feedstock; Spark ignition engine; Distributed power;
Keywords: موتور احتراق احتراق; Knock; Spark ignition engine; Pressure wave; Propagating flame; Damköhler number;
Keywords: موتور احتراق احتراق; Cyclic variations; Spark ignition engine; Combustion diagnosis; Alternative fuels; Genetic algorithm;
Keywords: موتور احتراق احتراق; Spark ignition engine; Methanol; Gasoline; Idle; Lean burn
Impact of changing combustion chamber geometry on emissions, and combustion characteristics of a single cylinder SI (spark ignition) engine fueled with ethanol/gasoline blends
Keywords: موتور احتراق احتراق; Ethanol/gasoline blends; Exhaust emissions; Combustion characteristics; Spark ignition engine; Compression ratio;
Experimental investigation on effects of knocking on backfire and its control in a hydrogen fueled spark ignition engine
Keywords: موتور احتراق احتراق; Spark ignition engine; Hydrogen; Backfire; Knocking; Spark-time; Hydrogen retard;
Effects of fusel oil water content reduction on fuel properties, performance and emissions of SI engine fueled with gasoline -fusel oil blends
Keywords: موتور احتراق احتراق; Fusel oil; Spark ignition engine; Water content reduction; NOx emission; Alternative fuel;