Title :
Dielectric relaxation of a new metal containing films of poly-[CumSalpn-1.3]
Author :
Avanesyan, V. ; Vodkailo, E.
Author_Institution :
Herzen State Pedagogical Univ., St. Petersburg, Russia
Abstract :
This study aims to present the dielectric behavior of polymer complexes which is closely related to their molecular and electronic structures. Results show that when the poly-[CumSalpn-1.3] films are polarized by applying electric bias at low frequencies, the frequency dispersion of dielectric parameters and conductivity in an alternating electric field are clearly defined.
Keywords :
carrier mobility; charge transfer states; conducting polymers; copper compounds; dielectric losses; dielectric polarisation; dielectric relaxation; dielectric thin films; electrochemistry; ionic conductivity; permittivity; polymer films; polymer structure; thermal stability; Schiff bases; azomethine; charge transport; coordination compounds; current electric field; dielectric dispersion; dielectric loss tangent; dielectric polarization; dielectric properties; dielectric relaxation; electrical conductivity; electroactivity; electrochemical synthesis; electrolytes; electronic structures; ligand electron shells; macrocyclic ligands; metal containing conducting polymers; molecular structures; nanoelectronic device; optoelectronic device; phase composition; photoactivity; poly-[CumSalpn-1.3] films; polymer complexes; polymer films; polymer structure; polymers based copper compound; solid bulk phase; tetradentate ligand; thermal stability; transition metals; Polymers;
Conference_Titel :
Electrets (ISE), 2011 14th International Symposium on
Conference_Location :
Montpellier
Print_ISBN :
978-1-4577-1023-0
DOI :
10.1109/ISE.2011.6085016
