Publications
- Characterization and mutual comparison of new electrolytic cell designs for hydride generation-atomic absorption spectrometry with a quartz tube atomizer using Se as a model analyte and Se-75 as a radioactive indicator2012 | Faculty of Science
- Analysis Of Selected Arsenic Species Using HPLC Connected With Electrochemical Hydride Generation And Quartz Furnace Atomic Absorption Detection2008 | Faculty of Science
- As and Se hydride trapping at the quartz surface - a step forward to in-situ trapping in quartz tube atomizers for AAS.2007 | Faculty of Science
- As and Se Hydride Trapping at the Quartz Surface2007 | Faculty of Science
- Effect of optical tube porosity on multiatomizer performance for HG AAS2007 | Faculty of Science
- Preconcentration of hydride forming elements on the quartz surface: HG-AAS ultratrace determination of As and Se2007 | Faculty of Science
- As AND Se HYDRIDE TRAPPING AT THE QUARTZ SURFACE - A STEP FORWARD TO IN-SITU TRAPPING IN QUARTZ TUBE ATOMIZERS FOR AAS2007 | Faculty of Science
- Hydride Trapping in Quartz Atomizers for Atomic Absorption Spectrometry: Radiotracer Study and Routine Applications2007 | Faculty of Science
- Porous Optical Tube Multiatomizer for HGAAS2007 | Faculty of Science
- Hydride Preconcentration at the Quartz Surface for AAS: Why Should an Analytical Chemist Use It?2005 | Faculty of Science
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