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Chromatography - 1. Separation Procedures, Theory and Applications

Formal Metadata

Title
Chromatography - 1. Separation Procedures, Theory and Applications
Alternative Title
Chromatographie - 1. Trennmethoden in Theorie und Praxis
Author
License
CC Attribution - NonCommercial - NoDerivatives 3.0 Germany:
You are free to use, copy, distribute and transmit the work or content in unchanged form for any legal and non-commercial purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
Identifiers
IWF SignatureC 1561
Publisher
Release Date1984
LanguageEnglish
Other Version
Producer
Production Year1984

Technical Metadata

IWF Technical DataFilm, 16 mm, LT, 244 m ; F, 22 1/2 min

Content Metadata

Subject Area
Genre
Abstract
German
German
Chromatographische Trennung: Farbstoffgemische in der Dünnschicht- und Flüssigkeitssäulenchromatographie (Zeitraffung). Funktion der stationären und mobilen Phase. Gaschromatographie. Moderne Gerätetechnik: Scanner, Plotter, Integratoren und Drucker. Adsorption und Verteilungsgleichgewicht in Experiment und Modelltrick: kinetisches Modell, Trennstufenmodell, Ionenaustausch, Gelchromatographie, Umkehrphasen, Trennstufenzahl und -höhe, Durchflußgeschwindigkeit, Retentionszeit und Trennleistung: Van-Deemter-Kurve.
English
English
Adsorption, distribution, ion exchange and gelatin permeation are the basic procedures which lead to a chromatographical fractionation of mixtures of substances, for examples, of dye pigment in a chromatographic system consisting of a mobile and a stationary phase. The kinetic theory, the theory of separation in stages and the van-Deemter equation provide the theoretical basis for this physical-chemical method of separation. The techniques of thin-layer chromatography, fluid-column chromatography and gas chromatography make it possible to combine separations with quantitative analyses in the form of various analysis systems.
Keywords
German
German
English
English
IWF Classification