|Head of the division - Professor Yuri A. ZOLOTOV|
Number of candidates is 45 and number of doctors of science is 6.
FUNDAMENTAL COURSE OF ANALYTICAL CHEMISTRY
(Dr. Inga F. Dolmanova)
The course deals with the fundamental concepts of analytical chemistry including chemometrics, the methods of separation and determination: classical titrimetric and gravimetric methods; instrumental - spectroscopic, electrochemical, chromatograph hods.
SPECIAL COURSE: INTRODUCTION INTO MODERN ANALYTICAL
(Prof. Yuri A. Zolotov)
The definition of analytical chemistry, its relationships with other science, the internal structure of this fields of science and objects of analysis are investigated. The elements of infrastructure of modern analytical chemistry: the literature device, reagents, standard samples, the geografy of science, the studying, international community etc. are highlighted.
SPECIAL COURSE: SPECTROSCOPIC METHODS OF THE ANALYSIS
(Prof. Nikolai E. Kuz'menko)
This course deals with the problems of the spectroscopic methods used in the analytical and physical chemistry. Theoretical foundations of the spectroscopy, problems of the receiver and registration of the spectra are considered. Current variety atomic and molecular spectroscopy, such as ICP Atomic emission spectroscopy, graphite furnace AES, Roentgen Electron spectroscopy for chemical analysis, Mossbauer spectroscopy and its chemical application are discussed (autumn semester).
SPECIAL COURSE: ELECTROCHEMICAL METHODS OF ANALYSIS
(Dr. Anatoly I. Kamenev)
This course deals with the fundamental concepts of the development of the main methods of electroanalytical chemistry (voltammetry, including polarographic and stripping methods and techniques, potentiometry, including ion selective electrodes, coy, the measurements of conductivity, dielcometry) and the instrumentation of electrochemical analysis. The use of electrochemical methods of analysis, flow analysis and electrochemical detectors and sensors are discussed.
SPECIAL COURSE: CHROMATOGRAPHIC METHODS OF ANALYSIS
(Prof. Oleg A. Shpigun)
This course is devoted to the theoretical aspects of chromatographic methods of analysis, to the different methods of separation and detection, to the analytical characteristics of chromatographic methods of analysis, and to the scope of their applications. Gas, liquid and ion-exchange chromatography principles and analytical possibilities are discussed.
SPECIAL COURSE: METHODS OF SEPARATION AND
(Dr. Stanislava G. Dmitrienko)
Theoretical background of the main preconcentration methods are given: sorption, solvent extraction, co-precipitation, evaporation, etc; as well as the principles of the combining of the preconcentration with subsequent determination and applicati reconcentration in solving practical analytical problems.
SPECIAL COURSE: KINETIC METHODS, BIOCHEMICAL AND BIOLOGICAL
METHODS OF ANALYSIS
(Dr. Tatyana N. Shekhovtsova)
This course deals with the theoretical aspects of kinetic methods of analysis, the measurements of the reaction rates, the metrological characteristics of catalysed and non-catalysed methods, and the scope of their applications. Enzymatic, immunoec, biological methods, biosensors, their sensitivity, selectivity, and the scope of application are considered.
SPECIAL COURSE: COMPLEX COMPOUNDS WITH INORGANIC AND
(Dr. Valentina I. Fadeeva)
The investigation of metal complexes by modern methods of analysis, and general aspects of their use in chemical analysis are considered.