Infopaket

Nanosystems in Sensors, Adsorption and Catalysis

ВБ.5.08

Вибіркова дисципліна для ОП

Second

2022/2023

3 Semester

3

Understand deeply the basic facts, concepts, principles and theories related to the subject area mastered during the master's program, use them to solve complex problems and problems, as well as conduct research in the relevant field of chemistry. Apply the acquired knowledge and understanding to solve new qualitative and quantitative problems of chemistry. Synthesize chemical compounds with specified properties, analyze them and assess compliance with specified requirements. Plan, organize and carry out experimental research in chemistry using modern equipment, competently process their results and draw sound conclusions. Interpret experimentally obtained data and correlate them with relevant theories in chemistry.

Full-time form

Have basic knowledge of the basis of the synthesis of chemical compounds of various chemical nature and basic knowledge of university courses in physics, higher mathematics, physical chemistry and colloid chemistry at the bachelor's level.

The course "Nanosystems in Sensors, Adsorption and Catalysis" outlines the basic laws of formation of nanosystems, features of their classification, modern methods of their synthesis, study of morphology and physicochemical properties of nanosystems based on metals, oxides, carbon materials and others. Methods of obtaining semiconductor nanomaterials and the influence of the conditions of their formation on the sensor and adsorption-catalytic properties; methods of modifying nanomaterials in order to obtain highly active catalysts and highly sensitive and fast-acting adsorption-semiconductor gas sensors; the principle of action of sensors and the mechanism of formation of their sensitivity, physicochemical methods of research of nanomaterials and the basic parameters of the sensors created on their basis are described.

1. Oleksenko L.P., Maksymovich N.P., Matushko I.P. Adsorption-semiconductor gas sensors. Study guide.-Kyiv: VOC "Kyiv University".- 2016.-111 p. 2. Oleksenko L.P., Maksymovich N.P., Matushko I.P., Fedorenko G.V. Gas sensors and application of nanomaterials in sensors. Tutorial. - Kyiv: VOC "Kyiv University". - 2019. - 143 p. 3. Poole C.P., Owens F.J. Introduction to Nanotechnology. – US: Wiley InterScience. - 2003. - 336 4. Freik D.M., Yatsyshyn B.P. Technological aspects of nanocluster and nanocrystalline structures // Physics and chemistry of solids. -2007. - T.8. - #1. – P. 7–24. 5. Kuntiy O., Yatsyshyn M., Zozulya T., Dobrovetska O., Reshetnyak O. Electrochemical synthesis of metal nanoparticles and nanocomposites. Monograph. - Lviv: Publishing House of the National University "Lviv Polytechnic". - 2019. - 288 p. 6. Kunty O. Electrochemistry and morphology of dispersed metals. Monograph. Lviv: Publishing House of the National University "Lviv Polytechnic". - 2019. - 288 p.

Lectures, Laboratory classes

The evaluation is based on a 100-point system.Semester control includes сontrol work, individual paper written on the totality of laboratory works data and individual home work with presentation and oral report. The maximum/minimum number of points that can be obtained by a student during the semester assessment is 60 points/36 points. The final assessment is conducted in the form of an exam. The maximum/minimum number of points that can be obtained by a student in the exam is 40 points/24 points.

Ukrainian language