Analysis of conductivity and dielectric spectra of Mn_0.5Zn_0.5Fe₂O₄ with coupled Cole-Cole type anomalous relaxations

Engineering & Materials Science

• Dielectric relaxation 100%
• Relaxation time 37%
• Crystalline materials 30%
• Relaxation 26%
• Charge carriers 21%
• Coprecipitation 21%
• Dielectric losses 18%
• Positive ions 17%
• Activation energy 14%
• Permittivity 14%
• Temperature 11%

Chemical Compounds

• Dipole 57%
• Dielectric Material 50%
• Conductivity 38%
• Dielectric Relaxation 28%
• Dielectric Loss 6%
• Permittivity 6%
• Charge Carrier 5%
• Coprecipitation 5%
• Time 4%
• Reaction Activation Energy 3%
• Cation 3%

Physics & Astronomy

• dipoles 42%
• conductivity 37%
• conduction 22%
• relaxation time 9%
• dielectric loss 5%
• charge carriers 5%
• cations 4%
• activation energy 4%
• formalism 4%
• scaling 4%
• permittivity 3%
• electrical resistivity 3%
• temperature 3%
• matrices 3%