Polymethakrylátové monolitické kolony v kapilární kapalinové chromatografii
Polymethacrylate monolithic columns in capillary liquid chromatography
dizertační práce (OBHÁJENO)
Důvod omezené dostupnosti:
Dokument je přístupný pouze ve věcné databázi závěrečných prací v souladu s čl. 18a odst. 5 Studijního a zkušebního řádu Univerzity Karlovy v Praze.
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Trvalý odkaz
http://hdl.handle.net/20.500.11956/95724Identifikátory
SIS: 31865
Katalog UK: 990005721810106986
Kolekce
- Kvalifikační práce [21632]
Autor
Vedoucí práce
Konzultant práce
Sobotníková, Jana
Oponent práce
Pacáková, Věra
Ventura, Karel
Sýkora, David
Fakulta / součást
Přírodovědecká fakulta
Obor
Analytická chemie
Katedra / ústav / klinika
Katedra analytické chemie
Datum obhajoby
11. 12. 2006
Nakladatel
Univerzita Karlova, Přírodovědecká fakultaJazyk
Čeština
Známka
Prospěl/a
3 Conclusions This Thesis gives chromatographic and structural characteristics of the butyl methacrylate monolithic columns prepared for the capillary liquid chromatography. Results of this Thesis clearly demonstrate the possibility of preparation of capillary monolithic columns with a good repeatability of the principal chromatographic parameters. A completely new technique for preparation of the monolithic columns for use in the on-column detection mode was introduced. Different photometric detection modes were applied to monolithic capillary columns in CLC. The advantages and disadvantages of the on-column detection mode in comparison to the additional detection capillary were studied and described. It was shown that the best separation and the most sensitive quantification in the short analysis time could be reached by using the monolithic columns with detection window placed directry on the separation capillary, just after the stationary phase or within the monolith. The attempts leading to preparation of chiral monolithic stationary phases, which would allow enantioseparation of selected chiral analýes' were not totally successful. No time was left to find the suitable chromatographic conditions for enantioseparations. \ I
