Keywords: انفجار; Detonation; Porous coating; Polyurethane foam; Steel wool; Decay; Impulse of pressure;
مقالات ISI انفجار (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: انفجار; Deflagration; Detonation; Transition; Shock wave; Pressure rise;
Keywords: انفجار; Explosive; Ignition; Initiation; Shock; Detonation; Deflagration;
Keywords: انفجار; Combustion simulation; Detonation; Heterogeneous computing; OpenMP; Offload; Vectorization;
Keywords: انفجار; Detonation; Hydrogen-free; Nanodiamond; Oxidation; Particle size;
Keywords: انفجار; Autoignition process; Ignition delay; Propane; Excited radicals; Detonation; Deflagration; Kinetic model;
Keywords: انفجار; Detonation; Product equation of state; Heat of detonation; Detonation velocity; High explosive;
Keywords: انفجار; Severe knock; Detonation; Pressure wave focusing; Auto-ignition; Combustion chamber shape; Energy convergence;
Keywords: انفجار; Detonation; Engine; Numerical simulation; Chemical kinetics; Gas dynamics;
Keywords: انفجار; End-gas autoignition; Pressure wave; Negative temperature coefficient; Detonation;
Keywords: انفجار; Detonation; Quasi-detonation; Obstructed channel; Fast-flame; Explosion; Deflagration-to-detonation-transition;
Keywords: انفجار; Detonation; Non-uniform composition; Failure; Re-initiation;
Keywords: انفجار; Detonation; Mach reflection; Length scale; Critical wall angle; Disturbance;
Keywords: انفجار; Temperature gradient; Chemical models; Deflagration; Detonation; Explosions; Ignition;
Keywords: انفجار; Fast-flame; Detonation; Quasi-detonation; Orifice plates;
Keywords: انفجار; Hydrogen combustion; Blast; Deflagration; Detonation; Composite structures; Impulse; Transient dynamic; Energy theorems; Finite element analysis;
Keywords: انفجار; Rotating detonation engine; Continuous wave detonating engine; Pressure-gain; Detonation; Ignition;
Keywords: انفجار; Detonation; Acetylene-oxygen-argon mixtures; Detonation cell size; Deflagration-to-detonation transition; Re-initiation distance;
Keywords: انفجار; Detonation; High-frequency; Characteristic; Simplified scheme;
Keywords: انفجار; Knocking combustion; Spark ignition engine; Auto-ignition; Detonation; Super-knock;
Keywords: انفجار; Detonation; DDT; Industrial explosion;
Numerical simulation of detonation failure and re-initiation in bifurcated tubes
Keywords: انفجار; Numerical simulations; Deflagration; Detonation; Bifurcated tube;
Experimental determination of critical conditions for hydrogen-air detonation propagation in partially confined geometry
Keywords: انفجار; Detonation; Hydrogen; Semi-open channel; Critical height; Critical width;
Keywords: انفجار; Detonation; Nitrous oxide; Propagation; Velocity; Scaling;
Keywords: انفجار; hydrogen combustion; blast; deflagration; detonation; composite structures; impulse; transient finite element;
Keywords: انفجار; Autoignition; Detonation; Temperature gradient; Dimethyl ether;
Keywords: انفجار; Fragment Impact; Insensitive Munitions; Explosives; Shock Initiation; James Criterion; Detonation; Deflagration;
Keywords: انفجار; Buried high explosive; IED; Momentum transfer; Specific impulse; Local momentum distribution; Vehicle; Detonation; Ring arrangement setup; Quartz sand; Alluvial sand; Depth of burial; Water content; Saturation; X-ray; High-speed camera;
Keywords: انفجار; Vapour cloud explosion; Gravity-driven flow; Detonation;
Keywords: انفجار; Detonation; Perturbation; Propagation mechanism; Instability; Diffraction;
Keywords: انفجار; Knock; Detonation; End gas auto-ignition; Cooper bessemer GMV; Large bore natural gas engine; Pipeline engine; Pipeline compressor; Integral compressor; Two-stroke; Variable fuel quality; Shale gas; High ethane;
Keywords: انفجار; Explosion; Detonation; Deflagration-to-detonation-transition (DDT); Suppression; Passive methods; Active methods;
Keywords: انفجار; Detonation; Shock focusing; DDT; Data assimilation; Adjoint equations;
Keywords: انفجار; Detonation; DDT; Micro-/macro-channels;
Keywords: انفجار; Detonation; Layer; Shock wave; Acoustic impedance; Numerical simulation;
Keywords: انفجار; Shock-bubble interaction; Shock-induced ignition; Shock wave; Detonation; Shock-induced mixing; Richtmyer-Meshkov instability;
Keywords: انفجار; Lagrange's equations; ALE; Reacting systems; Detonation;
Keywords: انفجار; Rotating detonation combustor; Method of characteristics; Detonation; Detonation height; Pressure gain combustion;
Keywords: انفجار; Laser propulsion; Laser discharge; Shock wave; Detonation; Atmospheric plasma;
Keywords: انفجار; Combustion; Detonation; Shock waves; Experiment; Kinetics; Simulation; Parallel computing;
Keywords: انفجار; Computational fluid dynamics; Improvised explosives; Detonation; Particles; Fragments; Shock waves;
Keywords: انفجار; Numerical methods; Shock-fitting; Detonation; High explosives;
Keywords: انفجار; Detonation; Hydrogen; Hydrogen-methane mixtures; Detonation cell size;
Keywords: انفجار; Detonation; Cell width; Chemical kinetics
Keywords: انفجار; NTC; Discrete Boltzmann model; Detonation; Non-equilibrium; Entropy production;
Keywords: انفجار; Explosive; Detonation; Particle; Dispersal; Residue;
Keywords: انفجار; Knocking combustion; Flame propagation; Auto-ignition; Pressure wave; Detonation;
Keywords: انفجار; Detonation; Combustion; Explosives; Thermobaric; Al foil
Keywords: انفجار; Detonation; Methane-hydrogen; Near limit; Velocity fluctuation;
Keywords: انفجار; Detonation; Initiation; Rotating detonation combustor; Blast Wave