Keywords: تاخیر جرقه; Diesel engine; Ignition delay; Optimization;
مقالات ISI تاخیر جرقه (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: تاخیر جرقه; Boron particle; Boron oxide; Ignition delay; Kinetic model; Bidirectional diffusion mechanism;
Keywords: تاخیر جرقه; Decalin; Mechanism; Ignition delay; Species concentrations;
Keywords: تاخیر جرقه; Ignition delay; Sprays; Shock tube; Jet fuels; Diesel fuels; Derived cetane number (DCN);
Keywords: تاخیر جرقه; Predictive model; Dual-fuel engine; Double Wiebe function; Biogas; Natural gas; Ignition delay;
Keywords: تاخیر جرقه; Chemical kinetics; Roaming radicals; Combustion; Ignition delay; Laminar flame speeds;
Keywords: تاخیر جرقه; Hydrogenated catalytic biodiesel; Combustion; Laser Mie-scattering; Ignition delay; Liquid length; Lift-off length; ASOI; after the start of injection; CMOS; complementary metal oxide semiconductor; CNG; compressed natural gas; CN; cetane number; CWL; cen
Keywords: تاخیر جرقه; Ignition delay; Surrogate formulation; Rapid compression machine;
Keywords: تاخیر جرقه; 2-Ethylhexyl nitrate; Ethanolâdiesel blend; Autoignition properties; Combustion engines; Ignition delay; Derived cetane number;
Keywords: تاخیر جرقه; ATDC; after firing top dead centre; CA10; crank angle of 10% cumulative heat release; CA10-CA90; combustion duration or 10-90% cumulative heat release; CA50; crank angle of 50% cumulative heat release; CA90; crank angle of 90% cumulative heat release;
Keywords: تاخیر جرقه; Autoignition process; Ignition delay; Propane; Excited radicals; Detonation; Deflagration; Kinetic model;
Keywords: تاخیر جرقه; Diesel/biodiesel/alcohol; Chemical mechanism; Reaction pathways analysis; Ignition delay; Flame speed; Spray combustion;
Keywords: تاخیر جرقه; Ethyl levulinate; Lignocellulosic biofuel; Kinetic model; Ignition delay; Gasoline;
Keywords: تاخیر جرقه; Shock tube; Diethyl ether; Ignition delay; High pressure; NTC; Oblique scaling;
Keywords: تاخیر جرقه; 2-Methylfuran; n-Heptane; Shock tube; Rapid compression machine; Ignition delay; Kinetic model;
Keywords: تاخیر جرقه; Ethanol; Gel; Propellant; Hypergolic; Ignition delay; Viscosity;
Keywords: تاخیر جرقه; CRN; Chemical Reactor Network; STP; standard temperature and pressure; E.R.; fuel-air equivalence ratio; T; temperature of unburnt mixture; Ammonia/methane combustion; Detailed kinetic mechanisms; Gas turbine; Ignition delay; NOx;
Keywords: تاخیر جرقه; Ignition delay; Diethyl ether; Detailed chemical kinetics mechanism; CBSQB3; Transition-state theory;
Keywords: تاخیر جرقه; Al Si alloy; MIE; Pmax; Kst; Particle temperature; Ignition delay;
Keywords: تاخیر جرقه; Pyrotechnic countermeasure decoy flare; Ignition delay; High altitude chamber; Ignition model; Transport properties;
Keywords: تاخیر جرقه; Vegetable oil; Fuel; Ignition delay; Fatty acid composition; AFIDA;
Keywords: تاخیر جرقه; Hydrothermal flames; Near-critical water; Supercritical water; n-propanol; Ignition delay;
Keywords: تاخیر جرقه; Ethanolamine; Hydrogen peroxide; Viscosity; Catalyst; Hypergolicity; Ignition delay;
Keywords: تاخیر جرقه; Uncertainty quantification; Kinetic model; Gasoline surrogate; Ignition delay; Correlations;
Keywords: تاخیر جرقه; Diesel; Dual-fuel combustion; Gasoline; Ignition delay; Low temperature heat release; Premixed compression ignition (PCI);
Keywords: تاخیر جرقه; Diesel-ethanol mixtures; Combustion; Injection pressure; Ignition delay; DCN;
Keywords: تاخیر جرقه; Turbo charged; Naturally aspirated; Ignition delay; Biodiesel; Composition;
Keywords: تاخیر جرقه; Autoignition; Ignition correlations; Ignition delay; Critical concentration;
Keywords: تاخیر جرقه; Cyclopentane; Ignition delay; Shock tube; Rapid compression machine; Kinetic modeling;
Keywords: تاخیر جرقه; Reactive spray development; Surrogate fuels; Lift-off length; Vapor penetration; Ignition delay;
Keywords: تاخیر جرقه; N-pentanol/biodiesel blends; Constant volume combustion chamber; Liquid length; Ignition delay; Natural flame luminosity;
Keywords: تاخیر جرقه; Ignition; In-situ combustion; LTO kinetic parameters; Ignition delay; Numerical simulation;
Keywords: تاخیر جرقه; Hydrogen; Ignition delay; Autoignition; Reaction mechanism; Quantum correction; Rocket engine;
Keywords: تاخیر جرقه; Hydrogen; Methane; Self-ignition; Ignition delay
Keywords: تاخیر جرقه; Lignite; Ignition; Moisture content; Fragmentation; Ignition delay;
Keywords: تاخیر جرقه; Ignition delay; Diesel engine; Pressure rise; Oxygen concentration; Heat release;
Keywords: تاخیر جرقه; Ignition delay; Ethanol blend; Oxygen concentration; Heat release;
Keywords: تاخیر جرقه; Gasoline surrogate; TRF; Shock tube; Ignition delay; Detailed chemical kinetics
Keywords: تاخیر جرقه; Ignition delay; Hydrogen; Methyl butanoate; n-heptane; Rapid compression machine;
Keywords: تاخیر جرقه; Coal-water slurry containing petrochemicals; The wastes of the coal and oil processing; Droplet; Ignition; Ignition delay; Combustion time; Particle soaring;
Keywords: تاخیر جرقه; RCEM; Ignition delay; Autoignition modeling; Fuels; Chemical processes
Keywords: تاخیر جرقه; RCEM; Ignition delay; Autoignition modeling; CHEMKIN;
Keywords: تاخیر جرقه; 1D; one dimensional; 2-MTHF; 2-Methyltetrahydrofuran; CO; carbon monoxide; DNBE; Di-n-butyl ether; HC; hydrocarbon; HPC; high pressure chamber; ID; ignition delay; IMEP; indicated mean effective pressure; LL; liquid length; LOL; lift-off length; SCE; sing
Keywords: تاخیر جرقه; Cycle-to-cycle variations; Diesel combustion; Ignition delay; Pressure fluctuations; Diffusion combustion;
Keywords: تاخیر جرقه; Hydrogen; Direct injection; Compression ignition; Argon; Ignition delay; Combustion characteristics;
Keywords: تاخیر جرقه; Liquid penetration; Ignition delay; Spray simulation; CFD;
Keywords: تاخیر جرقه; Dual fuel engine; Alternative fuels; Hydrogen; Producer gas; Combustion duration; Ignition delay;
Keywords: تاخیر جرقه; 2D; two-dimensional; 3D; three-dimensional; [ACnIm][N(CN)2]; 1-allyl-3-alkylimidazolium dicyanamide; β; hyperpolarizability; BBI; benzobis(imidazolium); [BBIm][Br]; 1,3-dibutylimidazolium bromide; [BH4]; tetrahydroborate; [BH2(CN)2]; dicyanoborate; [BH3C
Keywords: تاخیر جرقه; Ignition delay; Explosion parameters; Dust dispersion; Dust cloud
Keywords: تاخیر جرقه; Biodiesel; Diesel; Ignition delay; Shock tube;