Keywords: انفجار گرد و غبار; Rarefaction waves; Eulerian-Eulerian approach; Dust explosions; Process safety; Dust lifting;
مقالات ISI انفجار گرد و غبار (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: انفجار گرد و غبار; Nanoparticles; Hybrid mixtures; Dust explosions; Burning velocity; Radiative transfer;
Keywords: انفجار گرد و غبار; Dust explosions; Flame propagation; Thermal radiation;
Keywords: انفجار گرد و غبار; Nanoparticles; Hybrid mixtures; Dust explosions; Burning velocity; Flame propagation; Radiation;
Keywords: انفجار گرد و غبار; Dust explosions; Flame propagation; Turbulence;
Keywords: انفجار گرد و غبار; Flammability; Explosibility; Dust explosions; Coal mine;
Keywords: انفجار گرد و غبار; Electrostatic discharges; Minimum ignition energy; Inerting; Nitrogen; Dust explosions
Keywords: انفجار گرد و غبار; Electrostatic discharges; Minimum ignition energy; Nitrogen; Dust explosions;
Keywords: انفجار گرد و غبار; Dust collector; Dust explosions; Hazard evaluation;
Keywords: انفجار گرد و غبار; Dust explosions; Combustion residue; Mass burnt;
Keywords: انفجار گرد و غبار; Thermal radiation; Ignition; Zel'dovich gradient mechanism; Detonation; Deflagration; Dust explosions;
Keywords: انفجار گرد و غبار; Dust explosions; Pressure development; Explosion venting; Silo cells; Wheat grain dust; Soya meal;
Keywords: انفجار گرد و غبار; Dust explosions; Abatement plant; Multiple explosions; Delivered energy;
Keywords: انفجار گرد و غبار; Risk analysis model; Dust explosions; Safety measures; Optimization; Bayesian network;
Keywords: انفجار گرد و غبار; Dust explosions; Prevention; Mitigation; Explosion pentagon; Myths; Realities
Keywords: انفجار گرد و غبار; Modelling; Particles; Two-phase flow; Dust-lifting; Dust explosions; Safety
Keywords: انفجار گرد و غبار; Dust explosions; Gas explosions; Dust flames; Computational fluid dynamics
Predicting concentrations of fine particles in enclosed vessels using a camera based system and CFD simulations
Keywords: انفجار گرد و غبار; Laser; Optical method; Dust explosions; CFD; Experimental; Storage silos; Particle dynamics;
Flame propagation through zirconium particles coated with different ratios of Fe3O4
Keywords: انفجار گرد و غبار; Dust explosions; Coated zirconium particles; Flame propagation behaviors; Flame temperatures; SEM and XPS analysis
Electrostatic dust explosion hazards – towards a <1 mJ synchronized-spark generator for determination of MIEs of ignition sensitive transient dust clouds
Keywords: انفجار گرد و غبار; Electrostatic sparks; Electric spark energies; MIE; Spark discharge synchronization; Gas explosions; Dust explosions
Suitability of ignition source “exploding wire” for determination of dust explosion characteristics in the 20-L-sphere
Keywords: انفجار گرد و غبار; Dust explosions; Explosion characteristics; Safety characteristics; Exploding wire; Fuse wire; Dust explosion testing
A quantitative risk management framework for dust and hybrid mixture explosions
Keywords: انفجار گرد و غبار; Dust explosions; Hybrid mixtures; Quantitative risk assessment; CFD modellingQRA, quantitative risk assessment; DESC, Dust Explosion Simulation Code; CFD, computational fluid dynamics; TNO, Netherlands Organization for Applied Scientific Research; MEC, mi
MIE determination and thermal degradation study of PA12 polymer powder used for laser sintering
Keywords: انفجار گرد و غبار; Dust explosions; MIE; PA12; TG SM analysis
A constant pressure dust explosion experiment
Keywords: انفجار گرد و غبار; Dust explosions; Dust flames; Balloon experiment
MIE and flame velocity of partially oxidised aluminium dust
Keywords: انفجار گرد و غبار; Dust explosions; MIE; Aluminium oxide; Flame velocity
Dust explosion risk moderation for flocculent dusts
Keywords: انفجار گرد و غبار; Dust explosions; Flocculent material; Hybrid mixtures; Hazard moderation; Inherent safety; Dust explosion modelling
Does the dust explosion risk increase when moving from μm-particle powders to powders of nm-particles?
Keywords: انفجار گرد و غبار; Dust explosions; Nanomaterials
Coal dust/air explosions in a large-scale tube
Keywords: انفجار گرد و غبار; Coal dust; Dust explosions; Overpressure; Experimental tube; Explosion suppression
Experimental investigation and modelling of aluminum dusts explosions in the 20 L sphere
Keywords: انفجار گرد و غبار; Dust explosions; Aluminum; Humidity; Specific surface area
Correlations for blast effects from vented dust explosions
Keywords: انفجار گرد و غبار; Dust explosions; Venting; Overpressures; External explosions; Blast effects
Measurement of charge transfer during filling and emptying FIBC
Keywords: انفجار گرد و غبار; Flexible intermediate bulk container (FIBC); Static electricity; Charge transfer; Ignition by static electricity; Gas explosions; Dust explosions
Dust explosions: How should the influence of humidity be taken into account?
Keywords: انفجار گرد و غبار; Dust explosions; Ignition sensitivity; Equilibrium relative humidity; Static electricity; Standards
Understanding dust explosions. The role of powder science and technology
Keywords: انفجار گرد و غبار; Dust explosions; Dust cloud generation; Ignition; Flame; Propagation; Explosion mitigation; Inherent safety; Powder technology
Dust/vapour explosions: Hybrid behaviours?
Keywords: انفجار گرد و غبار; Dust explosions; Hydrid mixture; Pharmaceutical products; Vapours; Explosion severity
New dust explosion venting design requirements for turbulent operating conditions
Keywords: انفجار گرد و غبار; Dust explosions; Explosion venting; Turbulence level; Processing equipment
Influence of the oxide content on the ignition energies of aluminium powders
Keywords: انفجار گرد و غبار; Dust explosions; Aluminium powder; Oxide layer; Ignition energy
Dust explosion incidents and regulations in the United States
Keywords: انفجار گرد و غبار; Dust explosions; Chemical safety board; Hazard communication; Combustible dust; CSB
Flame propagation in hybrid mixture of coal dust and methane
Keywords: انفجار گرد و غبار; Coal dust; Methane; Flame propagation; Dust explosions
Numerical analysis of shock wave interaction with a cloud of particles in a channel with bends
Keywords: انفجار گرد و غبار; Shock waves; Particle/fluid flows; Numerical simulation; Particle transport; Dust explosions
Review of the DESC project
Keywords: انفجار گرد و غبار; Dust explosions; CFD; DESC
Moderation of dust explosions
Keywords: انفجار گرد و غبار; Inherent safety; Moderation; Dust explosions; Hybrid mixtures
Experiments on the influence of pre-ignition turbulence on vented gas and dust explosions
Keywords: انفجار گرد و غبار; Gas explosions; Dust explosions; Turbulence; Venting
Explosibility of fine graphite and tungsten dusts and their mixtures
Keywords: انفجار گرد و غبار; ITER safety; Dust explosions; Graphite and Tungsten dusts.
Mathematical modelling of dust–air mixture explosion suppression
Keywords: انفجار گرد و غبار; CFD; Dust explosions; Suppression of explosions
Differences and similarities of gas and dust explosions: A critical evaluation of the European ‘ATEX’ directives in relation to dusts
Keywords: انفجار گرد و غبار; Dust explosions; Dust cloud generation; Ignition sources; Electrical apparatus; ATEX directives; Standardization
An investigation of the consequences of primary dust explosions in interconnected vessels
Keywords: انفجار گرد و غبار; Mathematical modelling; Two-phase flows; Lagrangian approach; Dust explosions; Interconnected vessels;
Solid inertants and their use in dust explosion prevention and mitigation
Keywords: انفجار گرد و غبار; Dust explosions; Solid inertants; Explosion suppression
Overall characterization of cork dust explosion
Keywords: انفجار گرد و غبار; Dust explosions; Cork dust explosibility; Cork dust ignitability; Hybrid mixtures;
Dust explosion hazard of pulverized fuel carry-over
Keywords: انفجار گرد و غبار; Dust explosions; Hazard identification; Fly ash;
Current status and expected future trends in dust explosion research
Keywords: انفجار گرد و غبار; Dust explosions; Dust explosion prevention; Dust explosion mitigation; Dust explosion research;