220 B RP
Boston, MA 02115
United States
Northeastern University (USA)
NaCl-SDS, dust suppression solution, soaked, bituminous coal, ignition sensitivity
Metallic fuels, Moist metal layers, Ignition sensitivity, Combustion mechanisms
Propylene/Polypropylene Hybrid Explosion, Explosion Characteristics, Prediction model, Initial Temperature and Pressure
internally-filtered dust collector bag, shock wave propagation, LS-DYNA, damage threshold, multifactor coupling
Water-immersed coal, particle size distribution, Minimum ignition temperature, Ignition sensitivity, Dust explosion.
CO2-ECBM, Molecular Simulation, THM multi-field coupling, Permeability evolution, Gas diffusion
CO2-ECBM, Molecular simulation, THM multi-field coupling, Permeability evolution, Gas diffusion
Dust deflagration, Metal powder, Accumulated dust layer, Combustion intensification, Fire hazard
Mg powder, Accumulated dust layer, Violent gas-phase combustion, Solid inertants, Inerting mechanism
Dust deflagration, Metal powder, Accumulated dust layer, Expanded graphite, Fire hazard
Sulfide solid electrolytes, Li₆PS₅Cl, H₂S evolution, Bayesian networks, Quantitative risk assessment, Fuzzy set theory
Mg–Al alloy dust explosion, Suppressant mechanism, Explosion pressure, Flame characteristics