Generalized Taylor Dispersion Analysis of Size-Dependent Hydrodynamic Chromatographic Separation Processes

布伦纳博士建议进行理论分析， 尺寸依赖的色谱分离过程。的 分析将基于更真实的曲线 方法，而不是目前的模型使用直线 接近。 理论结果将被转化为 色谱分离参数结果时必须 适用于蛋白质、聚合物、生物聚合物的分离 和所有高分子量的分子。 分子效应 尺寸、形状和流动条件对分离参数的影响 将通过分析预测。

Dr. Brenner proposes to undertake a theoretical analysis of the size-dependent chromatographic separation processes. The analysis will be based on a more realistic curvilinear approach rather than the current models using rectilinear approaches. The theoretical results are to be translated into chromatographic separation parameters. The results should be applicable to separations of proteins, polymers, biopolymers and all high molecular-weight molecules. Effects of molecular size, shape, and flow conditions on the separation parameters will be predicted by the analysis.