The course "Preparation of nano and microfibrous structures" focuses on the preparation of nano and microfibrous materials with respect to material conditions, i.e. physicochemical parameters of polymeric wetting liquids and process parameters of production affecting the structure and morphology of the resulting polymeric micro and nanofibrous materials in basic or composite form with embedded additives. The course focuses on the following topics: " Introduction to nano and microfibre materials " The influence of the composition, preparation and properties of polymer liquids on the softening process in general, including the resulting fibre structure and morphology " Effect of selected general process parameters of the micro and nanofibrous materials production (e.g. humidity and ambient temperature) on the softening process and the resulting fibre structure and morphology " Presentation of selected technologies for the production of polymer nano and microfibres in terms of the applied softening force (mechanical, electrical, hydrodynamic, etc.) " Creation of composite micro and nanofibrous materials including combination of manufacturing technologies " Selected post-process treatments of polymer micro and nanofibers - formation of inorganic micro and nanofibers (e.g. calcination or carbonization), formation of structured surface of micro and nanofibers (e.g. shish-kebab by post-process treatment), etc. " Mechanical and capillary properties of nanofibres and nanofibre systems " Methods of analysis of polymeric liquids for the formation of micro and nanofibres " Methods of analysis of the resulting micro and nanofibres with regard to their preparation " Application of nanofibrous materials with regard to their preparation and the resulting structure and morphology In addition, the course includes individual consultations with students to discuss specific procedures for the preparation and analysis of nano and microfibre materials, which they apply in the creative part of their studies in the DSP. On the basis of the consultations, students are recommended other current literature (monographs and research articles).
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