Titlebook: Gel Chromatography; Gel Filtration · Gel Helmut Determann Book 1969Latest edition Springer-Verlag Berlin Heidelberg 1969 Chromatography.Fil

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Betrieb von Elektrizit?tswerkenseparation of substances. In one approach . are the guiding principle. In another attempt the experimental data are organized by .. In Chapter 5 of this monograph a review will be presented which takes both these possibilities into consideration. Thirdly one could attempt — without consideration of

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Standorte der Betriebe bzw. Unternehmen,spects formed the guiding principle in making selections. Experimental procedures were chosen irrespective of the class of substances to which the compounds investigated belonged. This was possible because the methods are essentially the same for different classes of substances. Many of the results

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Kinder in einer globalisierten Weltcroscopic world. At the molecular level it was applied relatively late and in only a few isolated cases. Moreover, it is naturally also true for separations based on differences in molecular weight that factors other than the difference in molecular size may play a role.

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Betrieb von Elektrizit?tswerkeno obtain quickly information about possible approaches to the solution of a given separation problem. The present chapter is based on . and is illustrated by a number of selected practical applications.

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Introduction,croscopic world. At the molecular level it was applied relatively late and in only a few isolated cases. Moreover, it is naturally also true for separations based on differences in molecular weight that factors other than the difference in molecular size may play a role.

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Principles of Application,o obtain quickly information about possible approaches to the solution of a given separation problem. The present chapter is based on . and is illustrated by a number of selected practical applications.

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https://doi.org/10.1007/978-3-642-50840-0quilibrium: The solvent in the swollen gel particles is not equally accessible to molecules of different sizes (cf. Fig. 1). Only the solvent . the gel particles is flowing, and only its solutes will advance more rapidly than the smaller molecules which are in diffusion equilibrium with the stationary gel phase (cf. Fig. 2).

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Theory,quilibrium: The solvent in the swollen gel particles is not equally accessible to molecules of different sizes (cf. Fig. 1). Only the solvent . the gel particles is flowing, and only its solutes will advance more rapidly than the smaller molecules which are in diffusion equilibrium with the stationary gel phase (cf. Fig. 2).