Information retrieval processes. Automation of measurement and data collection, continuous measurement of chemical characteristics in treatment.
Evaluation of analytical results and procedures, expression of chemical analysis results. Statistical processing of results. Proposal of activities resulting from the obtained data. GLP principles.
Methods of control of technological processes (development of analytical methods, the superstructure of analytical chemistry with a focus on industrial processes). Development and standardization of analytical methods.
Operating procedures for sampling; QA / QC system. Sample preparation before analysis.
Absolute and comparative analytical methods. Rapid analytical methods - screening. Calibration methods. Portable devices for the analysis of materials in landfills and in the field, parameters for their selection and evaluation.
Selected electroanalytical methods applied in the analysis of mineral resources, treatment products and processing of environmental material. Sample preparation, application.
Separation methods applied in the analysis of mineral raw materials, products of treatment and processing of environmental material - theoretical foundations and practical possibilities.
Optical methods applied in the analysis of mineral resources, products of treatment and processing of environmental material. Sample preparation, application.
Scanning probe surface analysis (STM, AFM, SNOM); photon probe (PES, XPS, UPS, LAMMS, etc.); electron probe (EPXMA, SEM, combined AEM, AES, etc.), ion probe (RBS, ISS, SIMS, etc.); pole probe (FIM, etc.).
New trends in instrumental methods with application in conditioning. Coupling techniques GC-MS, LC-MS, CE-MS, GC / LC-ICP-MS, speciation analysis, LC / GC-IR, LC-NMR.
Evaluation of analytical results and procedures, expression of chemical analysis results. Statistical processing of results. Proposal of activities resulting from the obtained data. GLP principles.
Methods of control of technological processes (development of analytical methods, the superstructure of analytical chemistry with a focus on industrial processes). Development and standardization of analytical methods.
Operating procedures for sampling; QA / QC system. Sample preparation before analysis.
Absolute and comparative analytical methods. Rapid analytical methods - screening. Calibration methods. Portable devices for the analysis of materials in landfills and in the field, parameters for their selection and evaluation.
Selected electroanalytical methods applied in the analysis of mineral resources, treatment products and processing of environmental material. Sample preparation, application.
Separation methods applied in the analysis of mineral raw materials, products of treatment and processing of environmental material - theoretical foundations and practical possibilities.
Optical methods applied in the analysis of mineral resources, products of treatment and processing of environmental material. Sample preparation, application.
Scanning probe surface analysis (STM, AFM, SNOM); photon probe (PES, XPS, UPS, LAMMS, etc.); electron probe (EPXMA, SEM, combined AEM, AES, etc.), ion probe (RBS, ISS, SIMS, etc.); pole probe (FIM, etc.).
New trends in instrumental methods with application in conditioning. Coupling techniques GC-MS, LC-MS, CE-MS, GC / LC-ICP-MS, speciation analysis, LC / GC-IR, LC-NMR.