Chemical treatment of samples for inorganic and organic analysis (decomposition of the dry and wet, microwave digestion), separation techniques.
- Introduction to instrumental methods of analysis.
- Optical Methods of Chemical Analysis. Distribution. Physico-chemical principles. Atomic spectroscopy, molecular spectroscopy in the UV, IR and VIZ spectrum, mass and laser spectroscopy. Equipments. Applications.
- Electrochemical Methods of chemical analysis. Physico-chemical principles. Basic methods. Equipments. Applications.
- Basic methods of structural and phase analysis of inorganic materials (principle and application of thermal analysis, X-ray diffraction). Equipments. Applications.
- Nuclear magnetic resonance spectroscopy (NMR), electron paramagnetic resonance (EPR), Raman spectroscopy, Mass spectroscopy (MS). Equipments. Applications.
- Chromatographic separation methods. Liquid and ion chromatography, principle. Equipments. Applications.
- Chromatographic separation methods. Gas chromatography, principles. Equipments. Applications.
- Introduction to instrumental methods of analysis.
- Optical Methods of Chemical Analysis. Distribution. Physico-chemical principles. Atomic spectroscopy, molecular spectroscopy in the UV, IR and VIZ spectrum, mass and laser spectroscopy. Equipments. Applications.
- Electrochemical Methods of chemical analysis. Physico-chemical principles. Basic methods. Equipments. Applications.
- Basic methods of structural and phase analysis of inorganic materials (principle and application of thermal analysis, X-ray diffraction). Equipments. Applications.
- Nuclear magnetic resonance spectroscopy (NMR), electron paramagnetic resonance (EPR), Raman spectroscopy, Mass spectroscopy (MS). Equipments. Applications.
- Chromatographic separation methods. Liquid and ion chromatography, principle. Equipments. Applications.
- Chromatographic separation methods. Gas chromatography, principles. Equipments. Applications.