Effect of annealing on Ni-doped ZnO nanoparticles synthesized by the co-precipitation method

Engineering & Materials Science

• Ferromagnetism 100%
• ZnO nanoparticles 87%
• Coprecipitation 83%
• Argon 63%
• Annealing 55%
• Nanoparticles 55%
• Ions 51%
• Exchange interactions 50%
• Charge carriers 42%
• Vacancies 37%
• Dielectric losses 35%
• Nanostructures 34%
• Magnetic properties 33%
• Dielectric properties 33%
• Electric Conductivity 31%
• Electric properties 29%
• Structural analysis 28%
• Permittivity 28%
• X ray diffraction 27%
• X rays 25%
• Oxygen 22%
• Temperature 22%

Chemical Compounds

• Ferromagnetism 70%
• Coprecipitation 48%
• Annealing 43%
• Dielectric Loss 32%
• Environment 31%
• Exchange Interaction 31%
• Ambient Reaction Temperature 31%
• Purity 28%
• Dielectric Property 28%
• Nanoparticle 28%
• Charge Carrier 26%
• Dielectric Constant 25%
• Electrical Property 23%
• Magnetic Property 22%
• Ion 22%
• Hexagonal Space Group 22%
• Electrical Conductivity 21%
• Nanomaterial 17%
• X-Ray 16%
• X-Ray Diffraction 13%
• Dioxygen 13%
• Energy 13%

Physics & Astronomy

• nanoparticles 37%
• annealing 33%
• ferromagnetism 18%
• alternating current 16%
• argon 14%
• room temperature 10%
• structural analysis 10%
• wurtzite 9%
• dielectric loss 8%
• ions 8%
• x rays 8%
• charge carriers 8%
• dielectric properties 7%
• magnetic properties 6%
• permittivity 6%
• electrical resistivity 5%
• oxygen 5%
• diffraction 4%
• interactions 3%
• energy 2%