STUDY OF GRAFT SITES IN EPOXY GRAFT COPOLYMERS BY QUANTUM CHEMISTRY CALCULATIONS

Song Chen a; b

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STUDY OF GRAFT SITES IN EPOXY GRAFT COPOLYMERS BY QUANTUM CHEMISTRY CALCULATIONS

Papers | Updated：2021-06-21

- STUDY OF GRAFT SITES IN EPOXY GRAFT COPOLYMERS BY QUANTUM CHEMISTRY CALCULATIONS
- Vol. 27, Issue 4, Pages: 517-524(2009)
- Affiliations：
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- Published：20 July 2009
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Song Chen a, b. STUDY OF GRAFT SITES IN EPOXY GRAFT COPOLYMERS BY QUANTUM CHEMISTRY CALCULATIONS[J]. 2009, 27(4): 517-524.
DOI：

Song Chen a, b. STUDY OF GRAFT SITES IN EPOXY GRAFT COPOLYMERS BY QUANTUM CHEMISTRY CALCULATIONS[J]. 2009, 27(4): 517-524. DOI：

摘要

Exploration and characterization of grafting productions by experimental methods are often cumbersome or sometimes impossible. Therefore

quantum chemistry calculations were performed to characterize the graft sites of epoxy resin. According to the Gibbs free energy criterion of the second law of thermodynamic

the reported graft sites were confirmed

and more important

some unreported graft sites were found. In addition

method of increasing the number of graft sites was studied in this article.

Abstract

Exploration and characterization of grafting productions by experimental methods are often cumbersome or sometimes impossible. Therefore

quantum chemistry calculations were performed to characterize the graft sites of epoxy resin. According to the Gibbs free energy criterion of the second law of thermodynamic

the reported graft sites were confirmed

and more important

some unreported graft sites were found. In addition

method of increasing the number of graft sites was studied in this article.

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