An extension to Shannon's information theory, permitting to calculate the channel capacity of a chromatographic column, is proposed. The channel capacity determines the maximum amount of information passing through the column and with that the uncertainty (error) of the peak area estimation. The pos
The quality of quantitation in chromatography Part II. Optimizing the quantitative analysis
β Scribed by R. Kilg; H.C. Smit
- Publisher
- Elsevier Science
- Year
- 1996
- Tongue
- English
- Weight
- 832 KB
- Volume
- 333
- Category
- Article
- ISSN
- 0003-2670
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β¦ Synopsis
An information theoretical derivation of the optimal separation expressed in required column length of chromatographical peaks is given. The criterion is the precision of the estimation of the peak intensities. Fully separated peaks happened to be not optimal: a much lower resolution corresponding with a small columnlength is to be preferred. Perhaps more important is the obtained strong reduction of the analysis time than gain in precision to allow very fast chromatography usable for instance process control. The not completely resolved peaks require special signal processing software using as much preinformation about signal shape and retention time as possible.
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