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首页> 外文期刊>Journal of Reinforced Plastics and Composites >CURE KINETICS AND RHEOLOGY MODELS FOR ICI FIBERITE 977-3 AND 977-2 THERMOSETTING RESINS
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CURE KINETICS AND RHEOLOGY MODELS FOR ICI FIBERITE 977-3 AND 977-2 THERMOSETTING RESINS

机译:ICI纤维977-3和977-2热固性树脂的固化动力学和流变模型

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摘要

Heat of reaction, degree of cure, and viscosity of ICI Fiberite 977-2 and 977-3 thermosetting resins were measured. Degree of cure and viscosity for Fiberite 977-2 and 977-3 resins was determined under isothermal and adiabatic conditions. Expressions relating the degree of cure and viscosity to the time temperature profile during processing were found for each resin. Typically, these relationships are determined by conducting isothermal tests at several temperatures. A new approach which employs adiabatic data is proposed. A comparison of the isothermal and adiabatic based models is presented for both cure and viscosity data. The adiabatic based models require fewer test runs to develop the model parameters, yet accurately predict resin cure and viscosity characteristics. [References: 12]
机译:测量了ICI Fiberite 977-2和977-3热固性树脂的反应热,固化度和粘度。在等温和绝热条件下确定Fiberite 977-2和977-3树脂的固化度和粘度。对于每种树脂,找到了将固化程度和粘度与加工过程中的时间温度曲线相关的表达式。通常,这些关系是通过在几个温度下进行等温测试确定的。提出了一种采用绝热数据的新方法。给出了基于等温和绝热模型的固化和粘度数据的比较。基于绝热的模型需要较少的测试运行来开发模型参数,但仍能准确预测树脂的固化和粘度特性。 [参考:12]

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