Keywords: سرکوب آتش; lithium ion batteries; fire suppression; explosion suppression; gas extinguishing agent; combustion temperature;
مقالات ISI سرکوب آتش (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: سرکوب آتش; Droplet impact; Hot surface; Fire suppression; Water spray;
Keywords: سرکوب آتش; fire suppression; dry powders; magnesium hydroxide; particle size;
Keywords: سرکوب آتش; Radiation; Developing pool fire; Fire suppression; Water droplets; Computational method;
Keywords: سرکوب آتش; AB; Alberta; AMO; Atlantic Multidecadal Oscillation; c.; circa; dbh; diameter at breast height; ENSO; El Niño-Southern Oscillation; JNP; Jasper National Park; m.a.s.l.; meters above sea level; PDO; Pacific Decadal Oscillation; PNA; Pacific North American
Keywords: سرکوب آتش; Savanna; Human-caused fires; Fire regime; Fire suppression; Biodiversity conservation;
Keywords: سرکوب آتش; Tunnel fire; Fire suppression; Ventilation; Activation; CO yield; Soot yield; Visibility; FED;
Keywords: سرکوب آتش; Fire safety; Road tunnel; Railway tunnel; Underground tunnel; Design fire; Structural protection; Smoke control; Fire suppression; Fire characteristics;
Keywords: سرکوب آتش; Explosion mitigation; Fire suppression; Vapor explosion; Drop impact; Water mist;
Keywords: سرکوب آتش; Smoldering; Peat fire; Water mist; Fire suppression;
Keywords: سرکوب آتش; Fire suppression; Fuel transport; Fluorinated foams; Fluorine-free foams; Film formation; Solubility;
Keywords: سرکوب آتش; Fire Suppression; Commodity Classification; Sprinkler; Heat Release Rate;
Keywords: سرکوب آتش; Roll paper; Fire suppression; Fire growth; Water transport; Heat release rate;
Keywords: سرکوب آتش; Canopy cover; Fire suppression; Forest gaps; Mixed conifer;
Keywords: سرکوب آتش; Fire suppression; Flame speeds; Extinction limit; Halon replacement; Kinetic model;
Keywords: سرکوب آتش; Splash; Drop impact; Fire suppression; Water mist; Additive
Keywords: سرکوب آتش; Fire suppression; Fire intensification; Flashover; Water mist; Radiant heat flux; Hydrogen
Keywords: سرکوب آتش; Wildland fires; Fire suppression; Stochastic frontier analysis; Efficiency;
Keywords: سرکوب آتش; Adaptive management; CHNS; Fire Smart Territory (FST); Fire suppression; Social-ecological approach; Sustainable development; SWOT analysis; TEK; Wildfire risk;
Keywords: سرکوب آتش; Buoyant turbulent diffusion flame; Flame extinction; Fire suppression; Large eddy simulation; FireFOAM;
Keywords: سرکوب آتش; Inhibition; Promotion; Fire suppression; Water vapor; H2O; HFC;
Keywords: سرکوب آتش; Argentina; Biodiversity conservation; Dry Chaco; Fire suppression; Grassland distribution modeling; Land use planning; Woody encroachment
Keywords: سرکوب آتش; Anthropogenic disturbances; Carnivorous plants; Drosophyllum lusitanicum; Fire suppression; Post-fire specialists; Pyrophytic species;
Keywords: سرکوب آتش; Fire suppression; Halon 1301; Aircraft cargo bay fire protection; Halon replacement; Refrigerant flammability; Explosion suppression
Keywords: سرکوب آتش; Fire suppression; Water mist; Extinguishment; Counterflow diffusion flame; Surface area parameter
Keywords: سرکوب آتش; Hydrogen safety; Water mist; Fire suppression; Extinguishing mechanism; Cup burner
Keywords: سرکوب آتش; Disturbance; Fire suppression; Land-use legacy; Pinus palustris; Reforestation
Keywords: سرکوب آتش; Longleaf pine; Loblolly pine; Restoration ecology; Pond pine; Prescribed fire; Fire suppression
Keywords: سرکوب آتش; Fire–oak hypothesis; Mesophication; Fire suppression; Oak decline; Southern Appalachian Mountains; Great Smoky Mountains National Park
Keywords: سرکوب آتش; Wildland urban interface (WUI); Land cover change; Climate change; Forest fires; Fire risk; Fire suppression;
Keywords: سرکوب آتش; Emergent pest; Wood borer; Oak borer; Defoliator; Enaphalodes rufulus; Agrilus spp; Lymantria dispar; Forest decline; Forest succession; Climate change; Fire suppression; Callus; Hydraulic failure; Carbon starvation; Ozark Plateau; Carbon balance
Keywords: سرکوب آتش; Employment; Fire suppression; Quarterly Census of Employment and Wages; Counties;
Keywords: سرکوب آتش; Fire suppression; Juniper; Oak; Odocoileus virginianus; Prescribed fire; Mesophication;
Keywords: سرکوب آتش; Fire suppression; Historical forest; Land use; Oak restoration; Savanna; Woodland
Keywords: سرکوب آتش; Fire suppression; Water mist; Fire experiments; FDS
Keywords: سرکوب آتش; Ferrocene powder; Fire suppression; Aqueous dispersion; Water mist; Additive; Extinguishing time; Fire-extinguishing agent; Corrosion
Oil-in-water microemulsion containing ferrocene: A new fire suppressant
Keywords: سرکوب آتش; Fire suppression; Ferrocene; Oil-in-water microemulsion; Phosphorus free; Fire-extinguishing agent; Water mist; Noigen TDS-80 (Lutensol TO 89); Surfactant; Extinguishment; Pool fire;
Hydrocarbon flame inhibition by C6F12O (Novec 1230): Unstretched burning velocity measurements and predictions
Keywords: سرکوب آتش; Fire suppression; Novec 1230; H/F ratio; Halon replacement; Burning velocity;
Optimization of water mist droplet size by using CFD modeling for fire suppressions
Keywords: سرکوب آتش; Water mist; Droplet size; Fire suppression; CFD modeling; Fire dynamics simulator (FDS);
Fire history and management of Pinuscanariensis forests on the western Canary Islands Archipelago, Spain
Keywords: سرکوب آتش; Fire management; Fire suppression; Canary Island pine; Island fire history; Island biogeography;
Premixed flame inhibition by C2HF3Cl2 and C2HF5
Keywords: سرکوب آتش; Fire suppression; Halon replacement; Refrigerant flammability; HCFC-123; HFC-125;
Premixed flame inhibition by CF3Br and C3H2F3Br (2-BTP)
Keywords: سرکوب آتش; Fire suppression; 2-BTP (C3H2F3Br); Halon 1301 (CF3Br); Burning velocity; Markstein length; Refrigerant flammability
A comparative study of the effects of chemical additives on the suppression efficiency of water mist
Keywords: سرکوب آتش; Fire suppression; Water mist; Chemical additives; Suppression efficacies
Production of fire extinguishing mixture by solid propellant propulsion
Keywords: سرکوب آتش; Fire suppression; Water mist; Solid propellant; Gas generator
Extinguishment of counterflow methane/air diffusion flame by polydisperse fine water droplets
Keywords: سرکوب آتش; Fire suppression; Water droplet; Extinguishment; Counterflow diffusion flame; Stokes number
A comprehensive model for simulating the interaction of water with solid surfaces in fire suppression environments
Keywords: سرکوب آتش; Fire suppression; Multiphase flow; Numerical modeling; Thermal radiation
Extinguishment of propane/air co-flowing diffusion flames by fine water droplets
Keywords: سرکوب آتش; Fire suppression; Flame extinguishment; Co-flowing diffusion flame; Water droplet
Study of smoke backlayering during suppression in tunnels
Keywords: سرکوب آتش; Tunnel fires; Smoke backlayering; WFFFS; Fire suppression; Ventilation systems
Examining the relative effects of fire weather, suppression and fuel treatment on fire behaviour – A simulation study
Keywords: سرکوب آتش; Prescribed burning; Fire suppression; Forest; Fire behaviour
Combustion properties of halogenated fire suppressants
Keywords: سرکوب آتش; Fire suppressants; Fire suppression; FM-200; Novec 1230; HFC 125; CF3Br