Physico-chemical prerequisites for the creation of new technologies
Within the framework of this discipline, the student acquires the ability to perform complex experimental and computational-theoretical research in a selected field of chemistry or related sciences using modern devices, software and databases for professional purposes, as well as analyze, interpret and summarize the results obtained
The goal of mastering the discipline
To know the meanings of the concepts of scientific novelty, innovation process, development trends, etc., to be able to predict the prospects of using new ideas to create new technologies, to own modern devices, software, databases and methodology for assessing the prospects of applying scientific results
The skills you get
- All types of tasks have been completed in full; The material is presented fully, clearly and logically consistently 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 He knows the theory and is able to explain the results obtained. Demonstrates practical skills in the field of innovative technologies
Topics covered
- Assessment of modern achievements in metallurgy. Modern issues of metal production. New and promising directions in the production of aluminum, magnesium and other light metals. Problems modernization of electrolysis series Modern issues of oil refining. Possibilities and prospects of equipment modernization. The importance of economic issues Evaluation of modern achievements in pharmaceuticals. Modern issues of pharmaceutical production. The general principles of the organization of pharmaceutical production. Material and energy balance in production quality issues Evaluation of modern achievements in the production of building materials. Prospects for the use of secondary raw materials – technological waste of thermal power plants, slag and scrap metallurgy Evaluation of modern achievements in materials science. Innovative technologies in the production of structural materials
When instructed
- 1st year, 1st semester
List of references and sourses
Moskvitin V. I. Metallurgy of light metals : textbook for universities in the specialty "Metallurgy of non-ferrous metals" areas of training "Metallurgy" / V. I. Moskvitin, I. V. Nikolaev, B. A. Fomin, 2005. - 413 p Votinova, E.B. Fundamentals of technological preparation of production : textbook. manual / E.B. Votinova, M.P. Shalimov, A.M. Fiveysky.— Yekaterinburg : Ural Publishing House. un-ta, 2017.— 168 p. Building materials and products : studies. manual / V.S. Rudnov [et al.] ; under the general editorship of Associate Professor, Candidate of Technical Sciences I.K. Domanskaya.— Yekaterinburg : Ural Publishing House. un-ta, 2018.— 203, [1] p. Sidorenko S.I. Material science fundamentals of surface engineering / S.I. Sidorenko, V.N. Pashchenko, V.D. Kuznetsov. Publisher: Naukova dumka, 2001, 258 p.
Phone
Mail