Keywords: سنتز احتراق; Combustion synthesis; Ilmenite; Ferrotitanium; Titanium compound; Magnesiothermic reduction;
مقالات ISI سنتز احتراق (ترجمه نشده)
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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: سنتز احتراق; Combustion synthesis; Inorganic materials; Processing;
Keywords: سنتز احتراق; Combustion synthesis; Vanadium dioxides; Vanadium trioxides; Nanoparticles;
Keywords: سنتز احتراق; Mesoporous materials; Combustion synthesis; Fuel; High-Speed Temperature Scanner; Nickel aluminate;
Keywords: سنتز احتراق; Combustion synthesis; Calcium aluminate; Carbonated nanocatalyst; Microwave irradiation; Biodiesel; Canola oil;
Keywords: سنتز احتراق; Combustion joining; Combustion synthesis; SHS; Metals combustion; Intermetallics; In-situ resource utilization;
Keywords: سنتز احتراق; Gradient composites; Ceramic composites; Combustion synthesis; Ultra-high gravity; High-entropy alloy; Functional;
Keywords: سنتز احتراق; Hierarchically porous carbon; Combustion synthesis; Carbon nanosheets; Capacitance;
Keywords: سنتز احتراق; Combustion synthesis; Aluminum nitride; Microdroplet, Morphology; Dendritic crystals;
Keywords: سنتز احتراق; Combustion synthesis; pH sensor; Palladium oxide; High oxidation state; Chemical potential; Carbon coating;
Keywords: سنتز احتراق; Magnesium silicide; Combustion synthesis; Electron microscopy; X-ray techniques; Spark plasma sintering; Mechanical properties;
Keywords: سنتز احتراق; Bi2O3/TiO2 mixed metal oxide; Nanocomposites; Combustion synthesis; Dye degradation; Water splitting;
Keywords: سنتز احتراق; Combustion synthesis; Photoluminescence; Thermoluminescence; Nanoparticle; Long-persistent;
Keywords: سنتز احتراق; Titanium; Titanium dioxide; Combustion synthesis; Calciothermic reduction; Spherical particle;
Keywords: سنتز احتراق; A; reactant species A glycerol; B; reactant species B urea; C; intermediate; D; ammonia; E; glycerol carbonate; CA; concentration of A (mol/cm3); CA0; initial concentration of A (mol/cm3); CAS1; concentration of A on site S1 (mol/g-cat); CB; concentration
Keywords: سنتز احتراق; AlN; Combustion synthesis; Carbothermal reduction; Mechanism; Activation energy; Kinetics;
Keywords: سنتز احتراق; Combustion synthesis; Cobalt-oxide nanopowders; Thermogravimetric and differential thermal analysis; Evolved gas analysis; Sensors;
Keywords: سنتز احتراق; Microwave ignition; Combustion synthesis; Powder metallurgy;
Keywords: سنتز احتراق; Hematite; Nanoparticles; Porous materials; Combustion synthesis; Lithium-ion battery
Keywords: سنتز احتراق; Combustion synthesis; Doped ceria; Mesoporous; Mechanical properties;
Keywords: سنتز احتراق; Combustion synthesis; Mechanical activation; High-energy ball milling; Self-propagating high temperature synthesis; Solid flame; Heterogeneous combustion;
Keywords: سنتز احتراق; Intermetallics; Magnesium silicide; Combustion synthesis; SHS; Shockwave consolidation;
Keywords: سنتز احتراق; Silicon carbide; Nanowires; Combustion synthesis
Keywords: سنتز احتراق; Ceramics; Silicon carbide; Nanocomposite; High-energy ball milling; Mechanical activation; Combustion synthesis; Spark plasma sintering
Keywords: سنتز احتراق; Intermetallics; Powder metallurgy; Combustion synthesis; Microwaves; Electric field; Magnetic field
Keywords: سنتز احتراق; Intermetallics; Combustion synthesis; SHS; Mechanical activation; Oxidation
Keywords: سنتز احتراق; Combustion synthesis; Nanocrystalline; Mechanical behavior; Tribological properties
Keywords: سنتز احتراق; Combustion synthesis; Radiation effects; FE-SEM; Electron spin resonance; Photoluminescence; Thermoluminescence
Keywords: سنتز احتراق; Combustion synthesis; Structural transition; Rietveld analysis; Perovskite; LaCrO3; LaAlO3;
Keywords: سنتز احتراق; Hematite; Nanorod; Combustion synthesis; Lithium-ion battery
Keywords: سنتز احتراق; Combustion synthesis; Nanopowders; Yttrium doped CeO2; Photocatalytic activity; Rhodamine B
Keywords: سنتز احتراق; Ni-cermet supported SOFC; Impregnation; CeO2; Combustion synthesis;
Keywords: سنتز احتراق; Combustion synthesis; AlN; Salt-assisted; Microstructure
Keywords: سنتز احتراق; B. Composite; D. Cordierite; D. Mullite; Combustion synthesis
Keywords: سنتز احتراق; Boron; Combustion synthesis; Morphology; Particle size; Temperature;
Keywords: سنتز احتراق; Heterogeneous combustion; Thermites; Combustion synthesis; Magnesium; Iron oxide; Silica;
Keywords: سنتز احتراق; Combustion synthesis; Mesoporous nickel cobaltite; Faradaic behaviour; Symmetrical supercapacitor; Rangone plot
Keywords: سنتز احتراق; Combustion synthesis; Self-propagating high-temperature synthesis; Solution combustion; Nanomaterials; Mechanical activation; Super thermites; Multilayer reactive nano-foils;
Keywords: سنتز احتراق; Combustion synthesis; Aluminum nitride; Nanoparticles; Powder technology;
Keywords: سنتز احتراق; A. Powders: solid state reaction; B. X-ray methods; D. Al2O3; D. Borides; Combustion synthesis
Keywords: سنتز احتراق; Combustion synthesis; Optimization; Photoluminescence; PDP phosphors
Keywords: سنتز احتراق; Gadolinium doped ceria; Microstructure; Combustion synthesis; Mesoporous
Keywords: سنتز احتراق; amorphous nano-boron powder; high activity; high-energy ball milling; combustion synthesis;
Keywords: سنتز احتراق; Strontium aluminate; Electrical conductivity; Thermal expansion; Ionic transport; Proton conductivity; Combustion synthesis
Keywords: سنتز احتراق; Combustion synthesis; Preform; Al-Cr; Reactive infiltration; Oxidation;
Keywords: سنتز احتراق; Combustion synthesis; Lithium ion battery; LiMn2O4; Cathode material
Keywords: سنتز احتراق; Cobalt oxide; Nano-crystalline Co3O4; Combustion synthesis; Inorganic materials; Nanostructured materials
Keywords: سنتز احتراق; Titanium powder; Combustion synthesis; Calcium hydroxide; Magnesiothermic reduction
Keywords: سنتز احتراق; Combustion synthesis; Hydroxyapatite; Strontium; X-ray Diffraction; High resolution transmission electron microscopy
Keywords: سنتز احتراق; Combustion synthesis; Dye adsorption; Kinetics; Equilibrium