引用本文:
Xiao Bang DUAN, Guo Ping CAI, William P. WEBER, Ping LU. Synthesis and Fluorescence of alt-Copoly [1,4-divinylenebenzene/1,4-bis (dimethylsilylene) benzene][J]. Chinese Chemical Letters,
2005, 16(3): 405-408.
Citation: Xiao Bang DUAN, Guo Ping CAI, William P. WEBER, Ping LU. Synthesis and Fluorescence of alt-Copoly [1,4-divinylenebenzene/1,4-bis (dimethylsilylene) benzene][J]. Chinese Chemical Letters, 2005, 16(3): 405-408.

Citation: Xiao Bang DUAN, Guo Ping CAI, William P. WEBER, Ping LU. Synthesis and Fluorescence of alt-Copoly [1,4-divinylenebenzene/1,4-bis (dimethylsilylene) benzene][J]. Chinese Chemical Letters, 2005, 16(3): 405-408.

Synthesis and Fluorescence of alt-Copoly [1,4-divinylenebenzene/1,4-bis (dimethylsilylene) benzene]
摘要:
Silicon inserted π conjugated copolymer was synthesized by Heck reaction with moderate molecular weight. This silicon containing copolymer is thermally stable to 400℃, while emission of this polymer is blue-shifted compared with polyphenylenevinylene greenish emission. It shows potential application as organic emitter in OLED.
English
Synthesis and Fluorescence of alt-Copoly [1,4-divinylenebenzene/1,4-bis (dimethylsilylene) benzene]
Abstract:
Silicon inserted π conjugated copolymer was synthesized by Heck reaction with moderate molecular weight. This silicon containing copolymer is thermally stable to 400℃, while emission of this polymer is blue-shifted compared with polyphenylenevinylene greenish emission. It shows potential application as organic emitter in OLED.
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Key words:
- Silicon containing polymer
- / Heck reaction
- / photoluminescence.

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