Impedance spectroscopy method for investigation of the polycrystalline inhomogeneous ceramics

The present paper introduces the principles of the Impedance Spectroscopy technique, as an important method in the characterization of the discrete materials working in real conditions in circuits. The method was firstly verified by using an RC series-parallel circuit and then was exemplified in stu...

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Published inEuropean physical journal. Applied physics Vol. 56; no. 1; pp. 10102 - 10108
Main Authors Mocanu, Z.V., Apachitei, G., Padurariu, L., Tudorache, F., Curecheriu, L.P., Mitoseriu, L.
Format Journal Article
LanguageEnglish
Published Les Ulis EDP Sciences 01.10.2011
Subjects
Physics
Physical Sciences
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Abstract The present paper introduces the principles of the Impedance Spectroscopy technique, as an important method in the characterization of the discrete materials working in real conditions in circuits. The method was firstly verified by using an RC series-parallel circuit and then was exemplified in studying two types of (Ni, Zn) ferrite ceramics.
AbstractList The present paper introduces the principles of the Impedance Spectroscopy technique, as an important method in the characterization of the discrete materials working in real conditions in circuits. The method was firstly verified by using an RC series-parallel circuit and then was exemplified in studying two types of (Ni, Zn) ferrite ceramics. [PUBLICATION ABSTRACT]
The present paper introduces the principles of the Impedance Spectroscopy technique, as an important method in the characterization of the discrete materials working in real conditions in circuits. The method was firstly verified by using an RC series-parallel circuit and then was exemplified in studying two types of (Ni, Zn) ferrite ceramics.
The present paper introduces the principles of the Impedance Spectroscopy technique, as an important method in the characterization of the discrete materials working in real conditions in circuits. The method was firstly verified by using an series-parallel circuit and then was exemplified in studying two types of (Ni, Zn) ferrite ceramics.
Author Mitoseriu, L.
Apachitei, G.
Tudorache, F.
Mocanu, Z.V.
Padurariu, L.
Curecheriu, L.P.
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