Electrochemical reduction of NO_x species at the interface of nanostructured Pd and PdCu catalysts in alkaline conditions

Ingeniería y ciencia de los materiales

• Palladium 100%
• Catalysts 64%
• Nitric oxide 62%
• Copper 49%
• Nitrogen 28%
• Hydrogen evolution reaction 27%
• Electrocatalysts 23%
• Hydrazine 21%
• Cyclic voltammetry 21%
• Precious metals 20%
• Mass spectrometry 19%
• Nitrates 19%
• Catalyst activity 18%
• X ray photoelectron spectroscopy 18%
• Impregnation 18%
• Solid solutions 17%
• Ammonia 16%
• Transmission electron microscopy 15%
• Nanoparticles 14%
• Particle size 14%
• Oxidation 13%
• Carbon 11%
• Experiments 5%

Química

• Electrochemical Reduction 76%
• Alkaline Condition 72%
• Palladium 57%
• Nitric Oxide 54%
• Catalyst 31%
• Nitrogen Dioxide 22%
• Linear Sweep Voltammetry 21%
• Nitrite 18%
• Noble Metal 18%
• Hydrazine 17%
• Reduction 17%
• Impregnation 16%
• Solid Solution 15%
• Ammonia 14%
• Nitrate 14%
• Cyclic Voltammetry 13%
• Surface Area 12%
• Nitrogen 11%
• Hydrogen 9%
• Nanoparticle 9%
• Carbon Atom 8%
• Mixture 8%
• Time 6%

Ciencias ambientales y de la tierra

• palladium 95%
• catalyst 67%
• nitric oxide 51%
• copper 43%
• nitrogen dioxide 16%
• solid solution 15%
• X-ray spectroscopy 15%
• nitrite 14%
• transmission electron microscopy 14%
• nanoparticle 14%
• mass spectrometry 12%
• incorporation 12%
• ammonia 12%
• surface area 11%
• X-ray diffraction 11%
• hydrogen 11%
• nitrate 11%
• particle size 10%
• oxidation 9%
• in situ 9%
• nitrogen 9%
• metal 9%
• carbon 8%
• calculation 8%
• analysis 8%
• evaluation 7%
• comparison 6%
• experiment 5%