Electronic behavior of calcined material from a tellurium-S-phenylene-O-strontium-O-phenylene-S hybrid copolymer

Hideo Matsui; Taketoshi Kuroda; Keigo Otsuki; Kazufumi Yokoyama; Tetsuro Kawahara; Subbian Karuppuchamy; Masakuni Yoshihara

doi:10.7209/tanso.2006.114

Hideo Matsui, Taketoshi Kuroda, Keigo Otsuki, Kazufumi Yokoyama, Tetsuro Kawahara, Subbian Karuppuchamy, Masakuni Yoshihara

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Keywords: Carbon cluster, Metal compound, Electron transport

JOURNAL FREE ACCESS

2006 Volume 2006 Issue 222 Pages 114-117

DOI https://doi.org/10.7209/tanso.2006.114

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Abstract

A tellurium-S-phenylene-O-strontium-O-phenylene-S hybrid copolymer was calcined under an argon atmosphere at 400-600°C. The material calcined at 500°C was found to be composed of nano-sized SrS and Te particles in the matrix of carbon clusters. ESR spectral examinations revealed that the calcined material has a photoresponsive oxidation-reduction function through an electron transport from carbon cluster to metal compound.

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