Effect of oxygen partial pressure during preparation of rutile-type FeNbTiO₆ on electrical and dielectric properties, thermopower and Mössbauer spectra

Engineering & Materials Science

• Thermoelectric power 100%
• Dielectric properties 83%
• Partial pressure 81%
• Electric properties 73%
• Grain boundaries 69%
• Oxygen 55%
• Paint 37%
• Electrons 34%
• Polarons 33%
• Charge carriers 26%
• Charge transfer 22%
• Dielectric losses 21%
• Positive ions 21%
• Spectroscopy 19%
• Air 18%
• Activation energy 17%
• Permittivity 17%
• Sintering 16%
• Ions 15%
• Industrial applications 15%
• Acoustic impedance 12%
• Temperature 6%

Physics & Astronomy

• rutile 72%
• partial pressure 66%
• dielectric properties 57%
• direct current 53%
• electrical properties 50%
• preparation 50%
• oxygen 41%
• grain boundaries 40%
• paints 32%
• conduction 18%
• conductivity 18%
• air 16%
• polarons 13%
• dielectric loss 13%
• alternating current 12%
• charge carriers 12%
• electrons 11%
• cations 11%
• arcs 11%
• plots 11%
• dissipation 11%
• sintering 10%
• impedance 10%
• activation energy 10%
• atmospheres 9%
• permittivity 9%
• spectroscopy 7%
• ions 6%
• temperature 4%

Chemical Compounds

• Grain Boundary 71%
• Dielectric Property 69%
• Partial Pressure 65%
• Electrical Property 57%
• Dioxygen 33%
• Conductivity 22%
• Polaron 21%
• Dielectric Loss 19%
• Dissipation 18%
• Electron Particle 18%
• Charge Carrier 16%
• Dielectric Constant 15%
• Sample Preparation 14%
• Sintering 14%
• Electrical Conductivity 13%
• Charge Transfer 11%
• Reaction Activation Energy 11%
• Spectroscopy 11%
• Cation 10%
• Environment 9%
• Ion 6%
• Application 5%