Keywords: محدودیت اشتعال پایین; Lower flammability limit; Coal dust; Methane gas; Hybrid mixtures; Laminar flame propagation;
مقالات ISI محدودیت اشتعال پایین (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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Keywords: محدودیت اشتعال پایین; Lower flammability limit; Le Chatelier's mixing rule for the LFL; Adiabatic flame temperature;
Keywords: محدودیت اشتعال پایین; Lower flammability limit; Quantitative Structure Activity Relationship; Molecular descriptors; Stoichiometric concentration method;
Keywords: محدودیت اشتعال پایین; CFD; Dispersion; Surface effect; Lower flammability limit correlations; Hydrogen safety; Methane safety; CFD; Computational Fluid Dynamics; DRDC; Defence Research and Development Canada; 0G; zero gravity; LFL; lower flammability limit;
Keywords: محدودیت اشتعال پایین; Multicomponent mixture; Flash point; Auto ignition temperature; Initial normal boiling point; Lower flammability limit; Le Chatelier; Group-contribution method
Keywords: محدودیت اشتعال پایین; Mine safety; Methane-air based explosion; Flame acceleration; Deflagration to detonation transition; Obstacles for flame acceleration; Confinement on flame acceleration; DDT; deflagration to detonation transition; LEL; lower explosive limit; LFL; lower
Keywords: محدودیت اشتعال پایین; Dust explosion; Hybrid mixtures; Ignition energy; Turbulence; Lower flammability limit;
Keywords: محدودیت اشتعال پایین; Dust explosion; Hybrid mixtures; Lower flammability limit; Le Chatelier's Law; Bartknecht curve;
Influence of particle size on the explosion parameters in two-phase vapor–liquid n-hexane/air mixtures
Keywords: محدودیت اشتعال پایین; Vapor–liquid two-phase n-hexane/air mixtures; Particle size distribution; Explosion parameters; Lower flammability limit; Minimum ignition energy; Spray and turbulence
A dispersion safety factor for LNG vapor clouds
Keywords: محدودیت اشتعال پایین; Dispersion safety factor; Visible vapor cloud; Flammable vapor cloud; Flash fire; Lower flammability limit; LNG;
Prediction of the lower flammability limit percent in air of pure compounds from their molecular structures
Keywords: محدودیت اشتعال پایین; Lower flammability limit; Structure property correlation; QSPR; Group contribution; Molecular modeling; Neural networks.
Micro-wrinkled palladium surface for hydrogen sensing and switched detection of lower flammability limit
Keywords: محدودیت اشتعال پایین; Hydrogen sensor; Lower flammability limit; Palladium film; Micro-structured surface
Estimation of lower flammability limits in high-pressure systems. Application to the direct synthesis of hydrogen peroxide using supercritical and near-critical CO2 and air as diluents
Keywords: محدودیت اشتعال پایین; Lower flammability limit; Hydrogen peroxide; Direct synthesis; Supercritical carbon dioxide; High pressure
A novel QSPR model for prediction of lower flammability limits of organic compounds based on support vector machine
Keywords: محدودیت اشتعال پایین; Quantitative structure-property relationship; Lower flammability limit; Genetic algorithm; Support vector machine;
Lean flammability limits for stable performance with a porous burner
Keywords: محدودیت اشتعال پایین; Porous burner; Lower flammability limit; Flash-back; Blow-out; Turn–down ratio; Matrix porosity
A new group contribution-based model for estimation of lower flammability limit of pure compounds
Keywords: محدودیت اشتعال پایین; Lower flammability limit; Group contributions; Neural network; Safety operational condition;
Nitrogen dilution effect on the flammability limits for hydrocarbons
Keywords: محدودیت اشتعال پایین; Upper flammability limit; Lower flammability limit; Inerting; Fire safety;
Lessons learned from LNG safety research
Keywords: محدودیت اشتعال پایین; LNG; Liquefied natural gas; Dense gas dispersion; Computer models; Lower flammability limit; Rapid phase transition explosion; Vapor cloud fire; Pool fire; Field experiments; Model validation;