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LUMINESCENT POLYMER ELECTROLYTE COMPOSITE USING SILICA COATED-Y2O3:Eu AS FILLERS

Proceedings ITB: Engineering Science,
Vol. 35B, No. 1, 2003

Gray literature from JBPTITBPP / 2007-02-14 18:47:33
Oleh : Mikrajuddin Abdullah, Dr.Eng., M.Si., Department of Physics (din@fi.itb.ac.id
)
Dibuat : 2003-08-00, dengan 1 file

Keyword :

Luminescence spectra, Polyethylene glycol, Europium doped-yttria (Y203:Eu), Electrical conductivity


Abstract:

Luminescent polymer electrolyte composites composed of silica coated Y203:Eu in polyethylene glycol (PEG) matrix has been produced by initially synthesizing silica coated Y203:Eu and mixing with polyethylene glycol in a lithium salt solution. High luminescence intensity at round 600 nm contributed by electron transitions in Eu3+ (5D07F0, 5D07F1, and 5D07F3 transitions) were observed. The measured electrical conductivity was comparable to that reported for polymer electrolyte composites prepared using passive fillers (non luminescent). This approach is therefore promising for production of high intensity luminescent polymer electrolyte composites for use in development of hybrid battery/display.

Deskripsi Alternatif :

Abstract:

Luminescent polymer electrolyte composites composed of silica coated Y203:Eu in polyethylene glycol (PEG) matrix has been produced by initially synthesizing silica coated Y203:Eu and mixing with polyethylene glycol in a lithium salt solution. High luminescence intensity at round 600 nm contributed by electron transitions in Eu3+ (5D07F0, 5D07F1, and 5D07F3 transitions) were observed. The measured electrical conductivity was comparable to that reported for polymer electrolyte composites prepared using passive fillers (non luminescent). This approach is therefore promising for production of high intensity luminescent polymer electrolyte composites for use in development of hybrid battery/display.


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    LUMINESCENT POLYMER ELECTROLYTE COMPOSITE USING SILICA COATED-Y<sub>2</sub>O<sub>3</sub>:Eu AS FILLERS