A critical review of membranes for on-line separations in flow-through dialysers is given.
Historical perspectives are briefly outlined. The fundamental aspects of dialysis as the …

Sample preparation is the bottleneck of many analytical methods, including ion
chromatography (IC). Procedures based on the application of membranes are important, yet …

The use of dialysis as an on-line sample-preparation technique for column liquid
chromatography is briefly reviewed by discussing the influence of the construction of the …

The use of membrane-based systems for sample preparation prior to chromatographic
analysis is reviewed. A categorization of membrane separation techniques (dialysis with …

An overview about the analytical applications of membrane-based systems is presented.
The different types of membranes (microporous, homogenous, ion-exchange and …

We give an overview of the contribution of dialysis to current analytical laboratories in order
to assess its capabilities as a sensitive (in some modes) and, particularly, as a selective …

The mass transfer in the liquid channels of flow-through dialysers can be described fairly
accurately by a laminar flow model. The mass transfer resistance in the liquid channels was …

A mathematical model for a flow-injection system with a membrane separation module
based on the axially dispersed plug flow model was developed. It takes into account the …

Mass transfer in on-line analytical parallel-plate dialysers was studied in the continuous and
flow injection (Fl) modes in order to characterise the nature of the dialysis process and its …

Publisher Summary Flow injection analysis (FIA) is a key tool for sample preparation (SP) as
it facilitates the implementation of the steps required to obtain the analytical sample. The …