SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER
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SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER
SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER
高分子科学(英文版)2009年27卷第6期 页码:889-894
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纸质出版:2009-11-20
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Guang-wei Zhang a, Qu-li Fan b, Yan-qin Huang b, 等. SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER[J]. 高分子科学(英文版), 2009,27(6):889-894.
Guang-wei Zhang a, b, Qu-li Fan b, et al. SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER[J]. 2009, 27(6): 889-894.
Guang-wei Zhang a, Qu-li Fan b, Yan-qin Huang b, 等. SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER[J]. 高分子科学(英文版), 2009,27(6):889-894.DOI:
Guang-wei Zhang a, b, Qu-li Fan b, et al. SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER[J]. 2009, 27(6): 889-894.DOI:
SYNTHESIS, CHARACTERIZATION AND QUENCHING BEHAVIOR OF A CATIONIC POLY(p-PHENYLENEVINYLENE) RELATED COPOLYMER
A cationic poly(p-phenylene vinylene) related copolymer without bulky phenylene substitutents attached to the conjugated backbone was prepared through Wittig reaction. The molecular structure and optical properties were highly investigated through 1H-NMR
UV and PL spectroscopy. The quenching behavior was also investigated
and the results demonstrate that incomplete quenching exists
which is consistent with the cationic poly(p-phenylene vinylene) related copolymer containing bulky phenylene substitutents
probably correlated with the conformation of conjugated backbone and intermolecular aggregation.
Abstract
A cationic poly(p-phenylene vinylene) related copolymer without bulky phenylene substitutents attached to the conjugated backbone was prepared through Wittig reaction. The molecular structure and optical properties were highly investigated through 1H-NMR
UV and PL spectroscopy. The quenching behavior was also investigated
and the results demonstrate that incomplete quenching exists
which is consistent with the cationic poly(p-phenylene vinylene) related copolymer containing bulky phenylene substitutents
probably correlated with the conformation of conjugated backbone and intermolecular aggregation.
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