首页> 外文期刊>Macromolecular theory and simulations >Step-Growth Polymerizing Systems of General Type 'AfiBgi': Calculating the Bivariate (Molecular Size) x (Number of Branch Points) Weight Distribution Using Generating Functions and Recurrences
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Step-Growth Polymerizing Systems of General Type 'AfiBgi': Calculating the Bivariate (Molecular Size) x (Number of Branch Points) Weight Distribution Using Generating Functions and Recurrences

机译:通用类型“ AfiBgi”的逐步生长聚合体系:使用生成函数和递归计算双变量(分子大小)x(分支点数)重量分布

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摘要

This study considers step-growth polymerizing systems of general type "AfiBgi" whereby one or more of the reacting monomer species bear at least three reactive groups. The random polymerization process will lead to a population of polymer molecules in which the individual molecules may differ widely with respect to degree of polymerization and number of branch points. This study presents an algorithmic method to calculate the statistical distribution of weight over these two molecular properties. The method uses bivariate generating functions, recurrences, and integer arithmetic.
机译:该研究考虑了一般类型“ AfiBgi”的逐步生长聚合体系,其中一种或多种反应单体具有至少三个反应性基团。无规聚合过程将导致大量聚合物分子,其中各个分子在聚合度和支化点数方面可能有很大差异。这项研究提出了一种算法方法来计算这两个分子特性上重量的统计分布。该方法使用双变量生成函数,递归和整数算法。

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