Keywords: تجزیه آمونیاک; Ammonia decomposition; Plasma; Clean hydrogen; Hydrazine; Applied power;
مقالات ISI تجزیه آمونیاک (ترجمه نشده)
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Keywords: تجزیه آمونیاک; Getters; Tritium purification; Methane decomposition; Ammonia decomposition;
Keywords: تجزیه آمونیاک; Ammonia decomposition; Ammonia microcombustion; Multifunctional microchannel reactor; Autothermal hydrogen production; Integrated reactor-exchanger; Fuel cells;
Keywords: تجزیه آمونیاک; Ammonia decomposition; Ammonia oxidation; Autothermal reactor design; Microchannel reactor; Hydrogen generation; Fuel cell;
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen; Inter-stage heating; Membrane reactor; Modeling; Multi-stage reactors;
Keywords: تجزیه آمونیاک; Alkali metal amide; Manganese nitride; Electronic promotion; Ammonia decomposition;
Keywords: تجزیه آمونیاک; Embedded structure; Iron nanoparticles; Graphitized carbon; Ammonia decomposition; Hydrogen source;
Nanoscale size effect of octahedral nickel catalyst towards ammonia decomposition reaction
Keywords: تجزیه آمونیاک; Ammonia decomposition; Nanoscale size effect; Nickel catalyst; DFT;
Keywords: تجزیه آمونیاک; Ammonia decomposition; H2 generation; Cobalt; Ruthenium; Carbon;
Keywords: تجزیه آمونیاک; Ammonia decomposition; Cobalt catalyst; Promoters; Structure
Keywords: تجزیه آمونیاک; Ternary nitride; Ammonia decomposition; Evolved gas analysis; Ni2Mo3N
Keywords: تجزیه آمونیاک; Direct NH3–Fueled SOFCs; Ammonia decomposition; Ni–GDC; Ni–YSZ
Keywords: تجزیه آمونیاک; Supercritical ammonia; Ammonia decomposition; Ammonothermal; Ammonia-nitrogen-hydrogen solutions; Beattie-Bridgeman; Equation of state (EOS);
Keywords: تجزیه آمونیاک; COx free hydrogen; Ammonia decomposition; Cobalt acetate; Cobalt acetyl acetonate; One-pot hydrothermal synthesis; Cobalt incorporated silicate catalysts
Keywords: تجزیه آمونیاک; Catalytic microreactor; Micro-combustion; Hydrogen production; Ammonia decomposition; Operating diagram; Catalytic combustion;
Keywords: تجزیه آمونیاک; Hot gas cleanup; Ammonia decomposition; Syngas-rich fuel gas; Limonite; Magnesium cation
Keywords: تجزیه آمونیاک; Ammonia decomposition; Small iron clusters; DFT;
Keywords: تجزیه آمونیاک; Nickel; Reduced graphene oxide; Supported catalysts; Ammonia decomposition; Hydrogen
Keywords: تجزیه آمونیاک; Cerium TiO2 nanoparticles; Photocatalysis; Ammonia decomposition
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen sulphide adsorption; Hot gas cleaning; Iron catalyst; Biomass gasification;
Keywords: تجزیه آمونیاک; Clean hydrogen production; Ammonia decomposition; Carbon materials supported cobalt catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Microchannel reactor; Hydrogen generation; Fuel cells; Performance evaluation
Keywords: تجزیه آمونیاک; Ammonia decomposition; Microchannel reactor; Hydrogen generation; Modelling evaluation; Computational fluid dynamics; Reaction-coupled transport phenomena
Keywords: تجزیه آمونیاک; In situ powder diffraction; Ammonia decomposition; Structure analysis; Molybdenum oxides; Molybdenum nitrides;
Keywords: تجزیه آمونیاک; Reactor infrastructure; Ammonia decomposition; Distributed hydrogen generation; PEM fuel cell;
Evaluation of a cleaning method for the tritium environment
Keywords: تجزیه آمونیاک; Tritium purification; Ammonia decomposition; Solvent cleaning;
Ammonia decomposition over citric acid induced γ-Mo2N and Co3Mo3N catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; γ-Mo2N; Co3Mo3N; Citric acid; Chelating agent;
Ammonia decomposition over citric acid chelated γ-Mo2N and Ni2Mo3N catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen; γ-Mo2N; Ni2Mo3N; Citric acid; Chelating agent;
In situ generation of COx-free H2 by catalytic ammonia decomposition over Ru-Al-monoliths
Keywords: تجزیه آمونیاک; Structured reactors; Ru-catalyst; Ammonia decomposition; Kinetics; COx-free; Nanoparticle;
Fe/ZSM-5 catalysts for ammonia decomposition to COx-free hydrogen: Effect of SiO2/Al2O3 ratio
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen; ZSM-5; Fe catalyst; SiO2/Al2O3 ratio; Support acidity;
Two-dimensional mica nanosheets supported Fe nanoparticles for NH3 decomposition to hydrogen
Keywords: تجزیه آمونیاک; Fe-based catalysts; Ammonia decomposition; Mica; Hydrogen production; Homogeneous precipitation;
Ni nanoparticles supported on mica for efficient decomposition of ammonia to COx-free hydrogen
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen production; Ni; Mica; Supported catalyst;
COx-free hydrogen production from ammonia decomposition over sepiolite-supported nickel catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen; Nickel-based catalysts; Sepiolite;
Silica-assisted mesoporous Co@Carbon nanoplates derived from ZIF-67 crystals and their enhanced catalytic activity
Keywords: تجزیه آمونیاک; Co@carbon nanocomposites; ZIF-67 crystal; Colloidal silica; Mesoporous; Ammonia decomposition;
In situ investigation of decomposing ammonia and ammonobasic solutions under supercritical conditions via UV/vis and Raman Spectroscopy
Keywords: تجزیه آمونیاک; Ammonothermal crystal growth; Raman spectroscopy; UV/vis spectroscopy; Ammonia decomposition; Supercritical ammonia;
Catalytic decomposition of ammonia to COx-free hydrogen over Ni/ZSM-5 catalysts: A comparative study of the preparation methods
Keywords: تجزیه آمونیاک; Ni/ZSM-5 catalysts; Ammonia decomposition; Hydrogen production; Nanocatalysts; Metal-support interaction;
Mechanistic study of reaction mechanism on ammonia photodecomposition over Ni/TiO2 photocatalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Hydrogen; Photocatalyst; DFT calculation;
Development of Ni-Ba(Zr,Y)O3 cermet anodes for direct ammonia-fueled solid oxide fuel cells
Keywords: تجزیه آمونیاک; Ammonia fuel; Solid oxide fuel cells; Proton conductor; Proton-conducting ceramic fuel cells; Doped barium zirconate; Ammonia decomposition;
Glass frit sealing method for macroscopic defects in Pd-based composite membranes with application in catalytic membrane reactors
Keywords: تجزیه آمونیاک; Palladium (Pd) composite membrane; Defect repair; Glass frit seal; Ammonia decomposition; Catalytic membrane reactor;
Original research paperHydrogen production by ammonia decomposition over Cs-modified Co3Mo3N catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Co3Mo3N; Cesium; Hydrogen production;
Fe- and Co-doped lanthanum oxides catalysts for ammonia decomposition: Structure and catalytic performances
Keywords: تجزیه آمونیاک; transitional metal; rare earth; lanthanum (hydr)oxides; composite catalysts; ammonia decomposition;
Effect of preparation methods on the catalyst performance of Co/MgLa mixed oxide catalyst for COx-free hydrogen production by ammonia decomposition
Keywords: تجزیه آمونیاک; Ammonia decomposition; MgLa mixed oxides; Cobalt catalyst; Hydrogen production;
Embedded MoN@C nanocomposites as an advanced catalyst for ammonia decomposition to COx-free hydrogen
Keywords: تجزیه آمونیاک; Embedded structure; MoN nanoparticles; Porous carbon; Ammonia decomposition; Hydrogen production;
Ruthenium supported on nitrogen-doped ordered mesoporous carbon as highly active catalyst for NH3 decomposition to H2
Keywords: تجزیه آمونیاک; Nitrogen doping; Mesoporous carbon; Ru-based catalysts; Ammonia decomposition;
Formulation of ammonia decomposition rate in Ni-YSZ anode of solid oxide fuel cells
Keywords: تجزیه آمونیاک; Ammonia decomposition; Ni-YSZ; Solid oxide fuel cell; Reaction rate; Microstructure; FIB-SEM;
High performance of bulk Mo2N and Co3Mo3N catalysts for hydrogen production from ammonia: Role of citric acid to Mo molar ratio in preparation of high surface area nitride catalysts
Keywords: تجزیه آمونیاک; Hydrogen production; Ammonia decomposition; High surface area nitride catalysts; Citric acid;
The inhibitor role of NH3 on its synthesis process at low temperature, over Ru catalytic nanoparticles
Keywords: تجزیه آمونیاک; Low-temperature processes; Ru particle size distribution; Ammonia decomposition; Ammonia synthesis; Catalytic cooperation;
The roles of Co-precipitation pH, phase-purity and alloy formation for the ammonia decomposition activity of Ga-promoted Fe/MgO catalysts
Keywords: تجزیه آمونیاک; Ammonia decomposition; Co-precipitation; Iron catalysts; Alloy formation; In-situ XRD;
Mesoporous Ru/MgO prepared by a deposition-precipitation method as highly active catalyst for producing COx-free hydrogen from ammonia decomposition
Keywords: تجزیه آمونیاک; Mesoporous; Ru/MgO catalyst; COx-free H2; Ammonia decomposition; Deposition-precipitation method;
Iron-based composite nanostructure catalysts used to produce COx-free hydrogen from ammonia
Keywords: تجزیه آمونیاک; Composite nanostructures; Ammonia decomposition; In situ XRD; TPR;