[HTML][HTML] A study on the conductivity, dielectric, and microwave properties of SrNbxYxFe12-2xO19 (0.00≤ x≤ 0.05) nanohexaferrites
In this paper, conductivity, dielectric, and microwave properties of SrNb x Y x Fe 12-2x O 19
(0.00≤ x≤ 0.05) hexaferrites (SrNbY HFs) synthesized by the citrate sol–gel method were
investigated. Some key parameters compatible with the electrical and dielectric functions of
SrNbY HFs have been extensively evaluated as functions of bias frequency, measurement
temperature, and co-substitution ratios in logarithmic 3D graphs by complex impedance
spectroscopy. It has been observed that although the co-substitution ratio is highly functional …
(0.00≤ x≤ 0.05) hexaferrites (SrNbY HFs) synthesized by the citrate sol–gel method were
investigated. Some key parameters compatible with the electrical and dielectric functions of
SrNbY HFs have been extensively evaluated as functions of bias frequency, measurement
temperature, and co-substitution ratios in logarithmic 3D graphs by complex impedance
spectroscopy. It has been observed that although the co-substitution ratio is highly functional …
A study on the conductivity, dielectric, and microwave properties of SrNbxYxFe12-2xO19 (0.00= & nbsp; x= 0.05) nanohexaferrites
In this paper, conductivity, dielectric, and microwave properties of SrNbxYxFe12-2xO19
(0.00<= & nbsp; x<= & nbsp; 0.05) hexaferrites (SrNbY HFs) synthesized by the citrate sol-
gel method were investigated. Some key parameters compatible with the electrical and
dielectric functions of SrNbY HFs have been extensively evaluated as functions of bias
frequency, measurement temperature, and co-substitution ratios in logarithmic 3D graphs by
complex impedance spectroscopy. It has been observed that although the co-substitution …
(0.00<= & nbsp; x<= & nbsp; 0.05) hexaferrites (SrNbY HFs) synthesized by the citrate sol-
gel method were investigated. Some key parameters compatible with the electrical and
dielectric functions of SrNbY HFs have been extensively evaluated as functions of bias
frequency, measurement temperature, and co-substitution ratios in logarithmic 3D graphs by
complex impedance spectroscopy. It has been observed that although the co-substitution …
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