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Complexity of analytical sampling procedures for persistent toxic compounds. Water Sampling by Semipermeable membrane device and Data Analysis.
Ocelka, Tomáš ; Ševčík, Jiří (vedoucí práce) ; Vrána, Branislav (oponent) ; Punčochář, Miroslav (oponent)
Universita Karlova v Praze Přírodovědecká fakulta Katedra Analytické Chemie Souhrn disertační práce STUDIE A OVĚŘENÍ VZORKOVACÍCH METOD PRO PERSISTENTNÍ ORGANICKÉ LÁTKY METODOLOGIE DATOVÉ ANALÝZY PRO POP Ing. Tomáš Ocelka Praha 2010 Complexity of analytical sampling procedures of toxic compounds. Water Sampling by Semipermeable membrane device and Data analysis. Summary of Doctoral Thesis. OBSAH 3 OBSAH Kapitola Strana OBSAH ............................................................................................................3 1 ÚVOD/TEORIE....................................................................................5 2 EXPERIMENTÁLNÍ ČÁST ......................................................................7 A. Semipermeabilní membrány (SPMD) ...........................................7 B. Biotické organismy; biotesty..........................................................8 C. Vzorkovací protokol .......................................................................8 D. Analytické metody..........................................................................9 E. Statistické a gnostické metody.......................................................9 F. Aplikace ........................................................................................ 11 3 REFERENCES...
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Robust Approach for Environmental and Health Practice: Novel Paradigm for Data Treatment and Analysis
Wagner, Zdeněk ; Ocelka, T. ; Pavliska, L.
Knowledge of concentration of atmospheric aerosol particles may provide an important information in applications concerning human health. Aerosol studies reach into several fields of science. In the past decades it was shown that enhanced concentration of atmospheric aerosol lead to increased mortality on cardiopulmonary diseases and lung cancer. This work presents a robust method of estimation of particle size distribution based on mathematical gnostics. The algorithm may either be used as a manual tool for analyzing a small number of particle size distributions ex post or as a routine implemented in automatic monitoring devices for near real time processing of measured data and immediate online display on a web site. The method has sucessfully been implemented for near real time analysis of data measured by a scanning mobility particle sizer conformant to recommendations defined in the framework of the EUSAAR project.
Plný tet: SKMBT_C22013071913360 -  PDF
Plný text: content.csg - PDF
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Technology of Catalytic Dehalogenation of POPs
Pekárek, Vladimír ; Ocelka, T. ; Grabic, R.
The present work deals with the results of the basic and applied research of mechanisms of formation and detoxification of dioxins and chemically similar compounds (ödioxin-like compounds), especially PCDF, PCB, OCP and others. This work is concerned with application consequences of the results of laboratory and pilot plant tests. The application of immediate concern is the destruction of POP compounds in the fly ash and other materials contaminated by POPs.
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