Composition, Electronic and Magnetic Investigation of the Encapsulated ZnFe₂O₄ Nanoparticles in Multiwall Carbon Nanotubes Containing Ni Residuals

Chemical Compounds

• Carbon Nanotubes 100%
• Nanoparticles 73%
• Ferrite 59%
• Zinc 58%
• Chemical analysis 47%
• Fermi level 42%
• Encapsulation 41%
• Binding energy 19%
• Core levels 19%
• Coercive force 16%
• Saturation magnetization 15%
• Ionization 15%
• Charge transfer 15%
• Magnetic properties 14%
• Impurities 11%
• Catalysts 10%
• Coatings 9%
• Direction compound 8%

Engineering & Materials Science

• Carbon nanotubes 77%
• Nanoparticles 73%
• Zinc 65%
• Ferrite 59%
• Chemical analysis 47%
• Fermi level 42%
• Encapsulation 41%
• Binding energy 19%
• Core levels 19%
• Coercive force 16%
• Saturation magnetization 15%
• Ionization 15%
• Charge transfer 15%
• Magnetic properties 14%
• Impurities 11%
• Catalysts 10%
• Coatings 9%

Physics & Astronomy

• carbon nanotubes 62%
• zinc 54%
• ferrites 52%
• nanoparticles 50%
• tubes 43%
• electronics 38%
• shift 14%
• catalysts 11%
• coercivity 11%
• charge transfer 10%
• binding energy 10%
• preparation 8%
• magnetic properties 8%
• ionization 8%
• saturation 8%
• coatings 8%
• impurities 8%
• magnetization 7%
• augmentation 7%