首页> 外国专利> VISCOSITY BEHAVIOR PREDICTION METHOD OF THERMOSETTING RESIN, SIMULATION SOFTWARE, MANUFACTURING METHOD OF THERMOSETTING RESIN, AND UNDERFILL MANUFACTURED BY THIS MANUFACTURING METHOD

VISCOSITY BEHAVIOR PREDICTION METHOD OF THERMOSETTING RESIN, SIMULATION SOFTWARE, MANUFACTURING METHOD OF THERMOSETTING RESIN, AND UNDERFILL MANUFACTURED BY THIS MANUFACTURING METHOD

机译:热固性树脂的粘度行为预测方法,模拟软件,热固性树脂的制造方法以及由该制造方法制造的底胶

摘要

PROBLEM TO BE SOLVED: To provide a viscosity behavior prediction method of thermosetting resin, predicting the viscosity behavior of thermosetting resin, preventing an underfill void from being generated, and achieving good solder connection.;SOLUTION: A viscosity behavior prediction method includes: a reaction rate measurement step and a viscosity behavior measurement step of respectively measuring heat quantity peak and viscosity behavior of thermosetting resin under three types or more of rates of temperature increase; a reaction rate fitting step of fitting measurement data for each of the rates of temperature increase obtained by the reaction rate measurement step in a Kamal model to obtain a fitting curve; a viscosity behavior fitting step of fitting a parameter in the Kamal model and measurement data for each of the rates of temperature increase obtained by the viscosity behavior measurement step, in a Castro-Macosko model to obtain a fitting curve; and a virtual viscosity behavior calculation step of calculating by simulation a virtual viscosity behavior of the thermosetting resin at any rate of temperature increase based on each fitting curve for each of the rates of temperature increase obtained by the viscosity behavior fitting step.;COPYRIGHT: (C)2015,JPO&INPIT
机译:解决的问题:提供一种热固性树脂的粘度行为预测方法,预测热固性树脂的粘度行为,防止产生底部填充空隙,并实现良好的焊料连接。;解决方案:粘度行为的预测方法包括:反应在三种以上升温速度下分别测定热固性树脂的热量峰值和粘度行为的速率测量步骤和粘度行为测量步骤;反应速率拟合步骤,对通过Kamal模型中的反应速率测量步骤获得的每个温度升高速率拟合测量数据,以获得拟合曲线;在Castro-Macosko模型中,对由Kamal模型中的参数和由粘度行为测量步骤获得的每个温度升高率的测量数据进行拟合的粘度行为拟合步骤,以得到拟合曲线;虚拟粘度行为计算步骤,通过对通过粘度行为拟合步骤获得的每个温度升高速率的每条拟合曲线,通过模拟计算出热固性树脂在任何温度升高速率下的虚拟粘度行为。 C)2015,日本特许厅

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