Microwave-flash combustion synthesis of Ni_0.8Zn _0.2Fe₂O₄ and its dielectric characterization

Engineering & Materials Science

• Combustion synthesis 89%
• Microwaves 53%
• Characterization (materials science) 52%
• Ferrites 42%
• Dielectric losses 38%
• Dielectric properties 36%
• Zinc 32%
• Permittivity 30%
• Ferrite 29%
• Sintering 28%
• Nickel 28%
• Physical properties 26%
• Porosity 25%
• Powders 24%
• Heating 21%
• Chemical analysis 19%
• Temperature 12%

Chemical Compounds

• Nickel-Zinc Ferrite 100%
• Bulk Density 71%
• Combustion Synthesis 69%
• Dielectric Loss 69%
• Dielectric Property 60%
• Dielectric Constant 55%
• Dielectric Material 53%
• Sintering 49%
• Porosity 34%

Physics & Astronomy

• combustion synthesis 81%
• flash 57%
• ferrites 52%
• microwaves 40%
• characterization 33%
• dielectric loss 28%
• zinc 26%
• dielectric properties 25%
• nickel 24%
• physical properties 23%
• sintering 23%
• porosity 21%
• permittivity 20%
• heating 18%
• temperature 8%