KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION

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KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION

Updated：2021-06-21

- KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION
- Issue 6, Pages: 599-608(2006)
- Affiliations：
  
  1.   Polymer Engineering Department Amirkabir University of Technology
  2.   P.. Box   ,O,15785-4414
  3.   Tehran
  4.   Iran
- Author bio：
- Funds：
- DOI：
  CLC： TQ323.5
- Published：2006
- Accepted：
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[1]M. Rafizadeh,H. Ghasemi,V. Haddadi-Asl.KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION[J].Chinese Journal of Polymer Science,2006(06):599-608.

KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION[J]. 2006, (6): 599-608.
[1]M. Rafizadeh,H. Ghasemi,V. Haddadi-Asl.KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION[J].Chinese Journal of Polymer Science,2006(06):599-608. DOI：

KINETIC MODELING OF ESTERIFICATION OF EPOXY RESIN IN THE PRESENCE OF TRIPHENYLPHOSPHINE FOR PRODUCING VINYL ESTER RESIN: MECHANISTIC RATE EQUATION[J]. 2006, (6): 599-608. DOI：

摘要

<正>Due to its mechanical properties and ease of use

vinyl ester resin is enjoying increasing consideration. This resin normally is produced by reaction between epoxy resin and unsaturated carboxylic acid. In the present study

bis-phenol A based epoxy resin and methacrylic acid was used to produce vinyl ester resin. The reaction was conducted under both stoichiometric and non-stoichiometric conditions in the presence of triphenylphosphine as catalyst. The stoichiometric and non-stoichiometric experiments were conducted at 95

100

105 and 110℃and at 90 and 95℃

respectively. The first order rate equation and mechanism based rate equation were examined. Parameters are evaluated by least square method. A comparison of mechanism based rate equation and experimental data show an excellent agreement. Finally

Arrhenius equation and activation energy were presented.

Abstract

Due to its mechanical properties and ease of use

vinyl ester resin is enjoying increasing consideration. This resin normally is produced by reaction between epoxy resin and unsaturated carboxylic acid. In the present study

100

105 and 110℃and at 90 and 95℃

Arrhenius equation and activation energy were presented.

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