Keywords: سنتز آمونیاک; Ammonia synthesis; Microwave; Ru catalyst; Iron catalyst;
مقالات ISI سنتز آمونیاک (ترجمه نشده)
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Keywords: سنتز آمونیاک; Ammonia synthesis; Hydrogenation; Plasma-excited nitrogen; Dielectric barrier discharge (DBD); Alumina;
Keywords: سنتز آمونیاک; Photocatalysis; Nitrogen fixation; Ammonia synthesis; Artificial photosynthesis;
Keywords: سنتز آمونیاک; Ammonia synthesis; Clean fuel and fertilizer; Low temperature and pressure synthesis; Sustainable ammonia production;
Keywords: سنتز آمونیاک; Ammonia synthesis; Iron-cobalt catalyst; Wustite;
Keywords: سنتز آمونیاک; EDTA modification; barium doped nano-magnesia; ruthenium catalyst; ammonia synthesis; complexing agent effect;
Assessment of an integrated solar hydrogen system for electrochemical synthesis of ammonia
Keywords: سنتز آمونیاک; Ammonia synthesis; Hydrogen production; Solar energy; Efficiency; Molten salts;
Keywords: سنتز آمونیاک; Deactivation; Carbon-supported Ru catalyst; Potassium; Ammonia synthesis;
A new synthesis route of ammonia production through hydrolysis of metal - Nitrides
Keywords: سنتز آمونیاک; Ammonia synthesis; Hydrogen storage; Nitride; Hydrolysis;
Keywords: سنتز آمونیاک; Concentrating solar power; Thermochemical energy storage; Ammonia synthesis; Supercritical steam;
Keywords: سنتز آمونیاک; Ammonia synthesis; Homogeneous H2 oxidation; Proton synthesis; Hadronization catalysis; Charged promoters; Autocatalysis;
Keywords: سنتز آمونیاک; Electrocatalysis; Functional material; Ammonia synthesis; Electrolyte;
Keywords: سنتز آمونیاک; Ammonia synthesis; Hydrogen carrier; Ruthenium; Perovskite-type oxides;
Keywords: سنتز آمونیاک; Nitrogen reduction; Ammonia synthesis; Electrocatalysis; Electrosynthesis; Sustainable chemistry;
Keywords: سنتز آمونیاک; Ammonia synthesis; Electrolysis; CsH5(PO4)2; SiP2O7; Composite electrolyte; Noble metal catalysts;
Keywords: سنتز آمونیاک; Ammonia synthesis; Internal direct cooling reactor; Adiabatic quench cooling reactor; Adiabatic indirect cooling reactor; Optimization; Differential evolution;
Keywords: سنتز آمونیاک; Ammonia synthesis; Process design; Exergy analysis; Advanced exergy analysis;
Keywords: سنتز آمونیاک; Ammonia synthesis; Chemical reaction network theory; Bistability; Deficiency analysis; Mathematical modelling; Reactor engineering;
Keywords: سنتز آمونیاک; Localized surface plasmon resonance; Photocatalyst; Ammonia synthesis
Keywords: سنتز آمونیاک; Lithium; Ru catalyst; Ammonia synthesis;
Keywords: سنتز آمونیاک; Treatment condition; Ru catalyst; Ruthenium particle size; Ammonia synthesis;
Keywords: سنتز آمونیاک; R&D management; Bibliometrics; Keyword similarity; Ammonia synthesis; Fuel cell;
Keywords: سنتز آمونیاک; Ammonia synthesis; Numerical problem solving; Chemical equilibrium; Process simulation
Effect of rare earth on the performance of Ru/MgAl-LDO catalysts for ammonia synthesis
Keywords: سنتز آمونیاک; Ru; Ammonia synthesis; Layered double oxide (LDO); Rare earth elements;
Carbon support surface effects in the catalytic performance of Ba-promoted Ru catalyst for ammonia synthesis
Keywords: سنتز آمونیاک; Carbon surface properties; Ba-promoted Ru catalyst; Stability; Ammonia synthesis;
Control of nitrogen activation ability by Co-Mo bimetallic nanoparticle catalysts prepared via sodium naphthalenide-reduction
Keywords: سنتز آمونیاک; Co-Mo bimetallic nanoparticle; Ammonia synthesis; Sodium naphthalenide;
Ammonia synthesis over Cs- or Ba-promoted ruthenium catalyst supported on strontium niobate
Keywords: سنتز آمونیاک; Ammonia synthesis; Ruthenium catalysts; Strontium niobate; Cs-promotion; Ba-promotion;
PdSn/NiO/NaTaO3:La for photocatalytic ammonia synthesis by reduction of NO3â with formic acid in aqueous solution
Keywords: سنتز آمونیاک; Photocatalysis; Ammonia synthesis; Nitrate reduction; Sodium tantalum oxide; PdSn nanoalloy;
Effect of barium and potassium promoter on Co/CeO2 catalysts in ammonia synthesis
Keywords: سنتز آمونیاک; Promoter; Co/CeO2 catalyst; Ammonia synthesis; Barium; Potassium; Rare earths;
Promotion effect of proton-conducting oxide BaZr0.1Ce0.7Y0.2O3âδ on the catalytic activity of Ni towards ammonia synthesis from hydrogen and nitrogen
Keywords: سنتز آمونیاک; Renewable hydrogen; Ammonia synthesis; Catalysis; Proton conductor; Nickel catalyst; Catalyst promoter;
Process simulation of ammonia synthesis over optimized Ru/C catalyst and multibed Fe + Ru configurations
Keywords: سنتز آمونیاک; Ammonia synthesis; Reactor modelling; Multibed catalytic reactors; Kinetic modelling; Temkin equation;
Energy-confined solar thermal ammonia synthesis with K/Ru/TiO2-xHx
Keywords: سنتز آمونیاک; Solar thermal catalysis; Photocatalysis; Ammonia synthesis; Disordered titanium oxide; Incorporated hydrogen; Oxygen vacancies; LSPR;
Effect of ceria morphology on the catalytic activity of Co/CeO2 catalyst for ammonia synthesis
Keywords: سنتز آمونیاک; Co/CeO2 catalyst; Ceria morphology; Ammonia synthesis; Ce3Â + concentration;
Two-dimensional porous polyphthalocyanine (PPc) as an efficient gas-separation membrane for ammonia synthesis
Keywords: سنتز آمونیاک; Gas separation; Polyphthalocyanine; Ammonia synthesis; Density functional theory calculation;
STM observation of the chemical reaction of atomic hydrogen on the N-adsorbed Cu(001) surface
Keywords: سنتز آمونیاک; Reaction; STM; Cu(001); Ammonia synthesis; Atomic hydrogen; Nitrogen;
The effect of composition of the ruthenium precursors and heat treatment conditions on the activity of Ru-Ba/Sibunit catalysts for ammonia synthesis
Keywords: سنتز آمونیاک; Ammonia synthesis; Supported ruthenium catalysts; Barium promoter; Sibunit;
Effect of precipitating agent on the properties of cobalt catalysts promoted with cerium and barium for NH3 synthesis obtained by co-precipitation
Keywords: سنتز آمونیاک; Ammonia synthesis; Cobalt catalyst; Catalyst preparation; Co-precipitation; Precipitating agent;
Energy-saving combination of N2 production, NH3 synthesis, and power generation
Keywords: سنتز آمونیاک; Hydrogen; Nitrogen production; Ammonia synthesis; Exergy recovery; Energy efficiency;
Ru-based multifunctional mesoporous catalyst for low-pressure and non-thermal plasma synthesis of ammonia
Keywords: سنتز آمونیاک; Non-thermal plasma; Low pressure; Ammonia synthesis; Multifunctional catalysts;
The enhancement of the magnetic properties of α-Fe2O3 nanocatalyst using an external magnetic field for the production of green ammonia
Keywords: سنتز آمونیاک; α-Fe2O3 nanocatalysts; Nanowires; Electrical resistive heating; Singlet to triplet conversion; Ammonia synthesis; Magnetic induction;
The inhibitor role of NH3 on its synthesis process at low temperature, over Ru catalytic nanoparticles
Keywords: سنتز آمونیاک; Low-temperature processes; Ru particle size distribution; Ammonia decomposition; Ammonia synthesis; Catalytic cooperation;
A re-evaluation of Sn(II) phthalocyanine as a catalyst for the electrosynthesis of ammonia
Keywords: سنتز آمونیاک; Nitrogen reduction; Ammonia synthesis; Electrocatalysis; Electrosynthesis; Phthalocyanine;
Electrochemical enhancement of ammonia synthesis in a BaZr0.7Ce0.2Y0.1O2.9 solid electrolyte cell
Keywords: سنتز آمونیاک; Ammonia synthesis; Proton conducting cells; Effect of reactant composition;
La2Ce2O7: A promising proton ceramic conductor in hydrogen economy
Keywords: سنتز آمونیاک; La2Ce2O7; Proton conductor; SOFC; Hydrogen separation; Ammonia synthesis;
Using spilled over hydrogen in NH3 synthesis over supported Ru catalysts
Keywords: سنتز آمونیاک; Hydrogen spillover; Ammonia synthesis; Ru catalyst; SBA15; CNF
Promotion effect of lanthanum on the Co/La/Ba ammonia synthesis catalysts—the influence of lanthanum content
Keywords: سنتز آمونیاک; Ammonia synthesis; Cobalt catalyst; Promoter; Lanthanum content
Carbon covered Mg–Al hydrotalcite supported nanosized Ru catalysts for ammonia synthesis
Keywords: سنتز آمونیاک; Carbon covered hydrotalcite; Impregnation; Polyol reduction; Ru-support interaction; Ammonia synthesis
H2/D2 isotopic exchange: A tool to characterize complex hydrogen interaction with carbon-supported ruthenium catalysts
Keywords: سنتز آمونیاک; H/D exchange; Hydrogen-deuterium exchange; Hydrogen equilibration; Ruthenium catalysts; Hydrogen chemisorption over ruthenium; Carbon supports; Promotion by sodium; Ammonia synthesis
Nanoconfined nitrogen hydrogenation on Ru(0001): Prediction of entropy related shifts in the reaction equilibria
Keywords: سنتز آمونیاک; Nanochemical equilibrium; Nano-confinement; Ammonia synthesis; Ruthenium surface; Mixing entropy;
Promotion of Nb2O5 on the wustite-based iron catalyst for ammonia synthesis
Keywords: سنتز آمونیاک; Ammonia synthesis; Nb2O5 promoter; Iron catalyst; Promotion effect; Wustite catalyst;