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A model-free method for evaluating theoretical error of Kissinger equation

机译:基辛格方程理论误差的无模型评估方法

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Kissinger equation is widely used to calculate the activation energy. However, since a number of assumptions and approximations are introduced in the derivation, the activation energy resolved by this method will have some errors. Here, we propose a model-free evaluation method to estimate the relative error of activation energy of Kissinger equation. Our work shows that the error in activation energy solved by Kissinger equation is not only related to the magnitude of x = E/RT, but also depended on the change of β and ?x = x_1 - x_2. From the experimental and theoretical analysis on the degradation of polyamide-6, it can be found that the actual error and the theoretical error in the activation energy solved by Kissinger equation are almost same.
机译:基辛格方程式广泛用于计算活化能。但是,由于在推导过程中引入了许多假设和近似值,因此用该方法解析的活化能将存在一些误差。在这里,我们提出了一种无模型的评估方法来估计基辛格方程的活化能的相对误差。我们的工作表明,由基辛格方程求解的活化能误差不仅与x = E / RT的大小有关,而且还取决于β和βx= x_1-x_2的变化。通过对聚酰胺6降解的实验和理论分析,可以发现用Kissinger方程求解的活化能的实际误差和理论误差几乎相同。

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