Instrumental methods of analysis
PROFESSOR
prof. Iva Rezić PhD PhD
COURSE CODE
43964
STUDY
Graduate study Textile chemistry, materials and ecology
HOURS ∑ (P+V+S):
4 (2+2+0)
ECTS
6
EXAM
Partial written and oral exam
Conditions
Knowledge in general and analytical chemistry
STUDY
Courses and laboratory exercises
EXCERCISES
Laboratory
THE OUTCOME
The student will be able to:
• Understand the importance and significance of proper method selection for analysis, as well as the interpretation of obtained results.
• Validate methods of instrumental analysis of textile materials, wastewater from the textile industry, and textile auxiliary agents.
• Apply instrumental methods of analysis of textile materials, wastewater from the textile industry, and textile auxiliary agents in various quality control, testing, and development laboratories within the industry and economy.
TOPICS OF THE COURSE
Sample preparation. Analytical methods in analysis of historical and modern textiles. Parameters of instrumental analysis. Calibration. Spectroscopic methods. Molecular absorption spectroscopy. Molecular fluorescence spectroscopy. Atomic spectroscopy based on UV/VIS radiation (absorption, emission). Electrochemical methods. Potentiometry. Voltammetry. Conductometry. Electrogravimetry. Comparison with other analytical methods. Separation methods. Chromatography. Selection of chromatographic methods according to the type of substances in the mixture. Application of instrumental analytical methods in the characterization of textile materials, textile auxiliary agents, and wastewater of textile industry.
THE AIM
After passing the exam in the course Instrumental Analytical Methods, the student has mastered the theoretical principles and gained practical experience in using the most significant physicochemical methods of analysis in characterizing textile materials, textile auxiliary agents, and wastewater, as well as in scientific research. Additionally, they have learned the basic techniques used in environmental chemical analysis
LITERATURE
- R. Kellner et al. Analytical Chemistry 2nd Edition. Wiley-VCH, 2004