The article discusses the influence of the differential response C curve described by various algebraic equations but characterized by the same dispersed second-order central moment, the relative final concentration of reacting component A in a simple elementary reaction of the first order, and the reactor volume. The preferred description of the flow structure is demonstrated using an integrated model with consecutive combination of areas of ideal displacement and mixing in comparison both with conventional cellular and diffuse models, and with nontypical response functions (equiprobable, directly and inversely proportional).

中文翻译：

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微分响应曲线形状对化学反应器设计计算的影响

本文讨论了由各种代数方程描述但具有相同的分散二阶中心矩、一级简单基元反应中反应组分A的相对最终浓度以及反应器体积的微分响应C曲线的影响。与传统的细胞模型和扩散模型以及非典型响应函数（等概率、正比和反比）相比，使用具有理想位移和混合区域的连续组合的集成模型来证明流动结构的优选描述。