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Chromatography Models with Langmuir and Steric Mass Action Adsorption Isotherms are of Differential Index One

机译:色谱模型与Langmuir和Sticter Mass Action吸附等温线具有差分指数

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Chromatography is commonly applied for the separation of bio-molecules in pharmaceutical industry, and chromatography models are increasingly applied for rational process analysis and optimization. A rapid equilibrium assumption is often applied for the adsorption equation, which results in a non-linear system of partial differential-algebraic equations (PDAEs). In this contribution a proof is given, that these PDAEs are of differential index one for the two most prominent isotherm models, Langmuir and steric mass action (SMA).
机译:色谱法通常用于分离制药工业中的生物分子,并且越来越多地应用色谱模型以获得理性过程分析和优化。快速平衡假设通常用于吸附方程,这导致部分差分 - 代数方程(PDAES)的非线性系统。在这种贡献中,给出了证据,即对于两个最突出的等温模型,Langmuir和空间大致动作(SMA),这些PDAE是差分指数。

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