EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI（CARBOXYPHENYL） SUCCINATE-co-SEBACIC ANHYDRIDE]S

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EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI（CARBOXYPHENYL） SUCCINATE-co-SEBACIC ANHYDRIDE]S

Papers | Updated：2021-06-21

- EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI（CARBOXYPHENYL） SUCCINATE-co-SEBACIC ANHYDRIDE]S
- Issue 3, Pages: 253-261(2007)
- Affiliations：
  
  1.   Department of Polymer Science and Engineering Zhejiang University
  2.   Hangzhou 310027
  3.   China
- Author bio：
- Funds：
  
  This work was financially supported by the National Natural Science Foundation of China （No. 20274038）();partially by the Scientific Research Foundation for the Returned Overseas Chinese Scholars, State Education Ministry.()
- DOI：
  CLC： O621.25
- Published：2007
- Accepted：
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[1]蒋宏亮.EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI(CARBOXYPHENYL) SUCCINATE-co-SEBACIC ANHYDRIDE]S[J].Chinese Journal of Polymer Science,2007(03):253-261.

EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI（CARBOXYPHENYL） SUCCINATE-co-SEBACIC ANHYDRIDE]S[J]. 2007, (3): 253-261.
[1]蒋宏亮.EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI(CARBOXYPHENYL) SUCCINATE-co-SEBACIC ANHYDRIDE]S[J].Chinese Journal of Polymer Science,2007(03):253-261. DOI：

EFFECT OF SUBSTITUTION POSITION OF HYDROXY GROUP AT BENZOIC ACID ON THE LUMINESCENT AND DEGRADATION PROPERTIES OF POLY[DI（CARBOXYPHENYL） SUCCINATE-co-SEBACIC ANHYDRIDE]S[J]. 2007, (3): 253-261. DOI：

摘要

<正>In this work

two new diacids

di（m-carboxyphenyl） succinate （m-dCPS） and di（o-carboxyphenyl） succinate （o-dCPS）

were synthesized by reaction of m-

o-hydroxy benzoic acid with succinic chloride

respectively. Their corresponding copolymers with sebacic acid （SA）

P（m-dCPS:SA） and P（o-dCPS:SA）

were prepared by melt copolycondensation and characterized by NMR

UV and DSC methods. Compared with inherently fluorescent poly[di（p-carboxyphenyl） succinate-co-sebacic anhydride] （P（p-dCPS:SA））

P（m-dCPS:SA） and P（o-dCPS:SA） displayed different luminescent properties. P（m-dCPS:SA） could emit fluorescence under the excitation of both visible and UV light

while P（o-dCPS:SA） could only emit fluorescence when excited with UV light. Degradation rate of the two new copolyanhydrides increased with the increase of SA fraction in the copolymers. In addition

P（o-dCPS:SA） degraded more rapidly than P（m-dCPS:SA） with the same composition. Typical surface-degradation characteristics of these copolyanhydrides were observed.

Abstract

In this work

two new diacids

di（m-carboxyphenyl） succinate （m-dCPS） and di（o-carboxyphenyl） succinate （o-dCPS）

were synthesized by reaction of m-

o-hydroxy benzoic acid with succinic chloride

respectively. Their corresponding copolymers with sebacic acid （SA）

P（m-dCPS:SA） and P（o-dCPS:SA）

were prepared by melt copolycondensation and characterized by NMR

UV and DSC methods. Compared with inherently fluorescent poly[di（p-carboxyphenyl） succinate-co-sebacic anhydride] （P（p-dCPS:SA））

P（m-dCPS:SA） and P（o-dCPS:SA） displayed different luminescent properties. P（m-dCPS:SA） could emit fluorescence under the excitation of both visible and UV light

P（o-dCPS:SA） degraded more rapidly than P（m-dCPS:SA） with the same composition. Typical surface-degradation characteristics of these copolyanhydrides were observed.

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