Titlebook: HPLC of Polymers; Harald Pasch,Bernd Trathnigg Book 1999 Springer-Verlag Berlin Heidelberg 1999 Chromat.Copolymer.adsorption.chromatograph

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连锁,连串

Introduction, and can be divided into simple and distributed properties. Simple properties are the total weight of polymer present, the residual monomer or oligomer content, total weight of microgels or aggregates, and properties that depend only on these measures, such as conversion in the polymerization reacti

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Thermodynamics of Polymer Chromatography, system. In liquid chromatography the separation process can be described by.where V. is the retention volume of the solute, V. is the interstitial volume of the column, V is the volume of the packing, i.e. the “stationary” volume, and K. is the distribution coefficient which is equal to the ratio o

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Liquid Chromatography at the Critical Point of Adsorption, macromolecules and the packing compensate for each other. The Gibbs free energy of the macromolecule does not change when entering the pores of the stationary phase.The distribution coefficient K. is unity, regardless of the size of macromolecules, and all macromolecules of equal chemical structure

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https://doi.org/10.1007/978-3-319-61307-9 and can be divided into simple and distributed properties. Simple properties are the total weight of polymer present, the residual monomer or oligomer content, total weight of microgels or aggregates, and properties that depend only on these measures, such as conversion in the polymerization reacti