Trends in modern analytical chemistry for environmental objects. Global problems and their influence tovards the environment. Effect of the CO2 in the atmosphere; problems with the energy production; rain waters problem; problem of ozone; problem of radon;specifics with the production of nuclear energy(Influence of Uranium;fuel species in the environment; effect of the chemical industry on the environment.
Analytical chemistry and the environment-teaching problems. Connection of analyses towards the environmental samples and objects. Characteristics of air analyses; vaious problems with water analyses. Determination of various analytes and characteristics for water(oxygen), determination of ions, metal traces and speciations. Specifics for soil analysis; notes to various biologic and clinical objects.
Survay of intrumental and separation methods for the environment. Use of hyphenated methods and procedures.Som characteristics for the use of MS, various kinds of MS and ion formation. Specifics of GC-MS and HPLC. Important interfaces against MS. The electrospray is most effective.
Problems within MALDI-TOF and the ionisation of big molecules.
Various kinds of sensors and analysers and components; division and compositions of sensors. Electrochemical, electrical, potentiometric sensors microchemical, microelectronic, biocatalytic sensors; various kinds of solid and liquid sensors, ISE electrods, enzyme electrods;
Field effect transistors MOS, IS, CHS transistors; conductivity, potentiometric, amperometric sensors, optrodes; piezochemical, thermal, paramagnetic sensors, LIDAR, differential laser sensors.
Chemiluminiscent sensors, luminol blood sensor.
Analytical aspects of aliphatic nitrosoamines
Analysis of aflatoxines
Analysis of polychlorinated biphenyls
Analysis of chlorinated dioxines
Analysis of mycotoxines
Various aspects of aproaches to pesticides
Analysis of cancerogenic hydrocarbons
The problem of isocyanates