M. Hassan and Nada Sh. Addai, E., F. H. Al-L, H., aibi, , Sh. Al-L, S. (2005). Conduction Mechanism study of Polyphenylene Sulfide doped with Ferric Chloride. , 31(1), 1-8.
ed M. Hassan and Nada Sh. Addai; Hussein F. H. Al-L; aibi; Salah Sh. Al-L. "Conduction Mechanism study of Polyphenylene Sulfide doped with Ferric Chloride". , 31, 1, 2005, 1-8.
M. Hassan and Nada Sh. Addai, E., F. H. Al-L, H., aibi, , Sh. Al-L, S. (2005). 'Conduction Mechanism study of Polyphenylene Sulfide doped with Ferric Chloride', , 31(1), pp. 1-8.
M. Hassan and Nada Sh. Addai, E., F. H. Al-L, H., aibi, , Sh. Al-L, S. Conduction Mechanism study of Polyphenylene Sulfide doped with Ferric Chloride. , 2005; 31(1): 1-8.

Conduction Mechanism study of Polyphenylene Sulfide doped with Ferric Chloride

Journal of Basrah Researches (Sciences)
Article 1, Volume 31, Issue 1, 2005, Pages 1-8    PDF (0 K)
Authors
ed M. Hassan and Nada Sh. Addai; Hussein F. H. Al-L; ; Salah Sh. Al-L
Abstract
An investigation was carried out to examine the conduction mechanism in poly-phenylene sulfide doped with Ferric Chloride [PPSFC] Films of (674m) thickness. The electrical properties were measured for aluminum / polymer / aluminum structure over temperature range (20-70 0C) .The mechanism conduction at low field region is hoping mechanism, while at the high fields Schottky effect mechanism was observed. The activation energy was estimated to be (0.35eV).
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