Physicochemistry of surfaces and nanoparticles
Within the framework of this discipline, the student acquires the ability to carry out a critical analysis of problem situations based on a systematic approach, develop an action strategy, plan work and choose adequate methods for solving research problems in the chosen field of chemistry, chemical technology or related sciences
The goal of mastering the discipline
To know the theoretical foundations of physico-chemical research methods and methods of experiment planning; to be able to prepare for its conduct, obtaining results, processing them and presenting them in the form of reports; to process, analyze and summarize the results of physico-chemical research; to use statistical methods of experimental data processing; to possess the methodology of scientific research and methods of conducting experiments using modern scientific equipment; techniques for estimating the dimensions of physical quantities and formulating recommendations for use
The skills you get
- Understands the role of discipline for mastering professional skills Knows and is able to apply the basic laws and concepts of discipline in solving professional tasks Demonstrates knowledge of theory and practical skills in the field of surface phenomena and dispersed systems He knows the theory and is able to explain the results obtained
Topics covered
- Research of dispersed systems. Goals and objectives of the discipline. Fundamentals of thermodynamics of surface phenomena. Surfactants. Obtaining nanoparticles. Electro-surface phenomena. Stability of dispersed systems
When instructed
- 1st year, 2nd semester
List of references and sourses
Shchukin E. D. Colloidal chemistry [Electronic resource] : textbook for academic bachelor's degree / E. D. Shchukin, A.V. Pertsov, E. A. Amelina, 2018. - 444 p. Frolov Yu. G. Course of colloidal chemistry. Surface phenomena and dispersed systems : textbook for universities – M. : Chemistry , 2014. - 462 p. Gelfman Mark Iosifovich. Colloidal chemistry / M. I. Gelfman, O. V. Kovalevich. V. P. Yustratov, 2004. - 332 p. Malysheva Zh. N. Theoretical and practical guidance on the discipline "Surface phenomena and dispersed systems" : a textbook for universities in chemical and technological areas of training of certified specialists / Zh. N. Malysheva, I. A. Novakov, 2008. - 343 p.
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