Completion of internship in a company/institution in the field of textiles and clothing (getting to know how a company/institution works, participating in the work process) under the supervision of an expert from the company/institution and a mentor at the faculty, or participation in an interdisciplinary project at the University of Ljubljana, Faculty of Natural Sciences ... Read more
The scope of the subject is the study of morphology of natural and synthetic polymers, studied in the part of polymer physics, where the cause of differences in physical-mechanical response to internal and external loads of differently oriented macromolecules is explained. The findings define the breadth of possibilities of using already known forms of polymers ... Read more
This course includes knowledge of various functionalisations, technological processes and properties of graphic materials, as well as the limits of nanotechnology applications. These processes include the design of functionalised, sustainable graphic materials that are important for integration into the circular economy. Standard and modern processes of functionalisation and analysis are learned and applied. An important ... Read more
Chemical methods of testing; determining the molecular and supra-molecular structure and morphology of fibres; molecular mass and molecular mass distribution; spectrometric methods; scattering methods; thermal analysis; determining of fibre anisotropy, mass density, surface tension and diffusion processes.
Physical – chemical treatment of solid surface functionality; classification of surface modification processes of fibre-forming polymers, physical methods; chemical methods; importance of modification for individual types of fibres; review of analytical methods for determining the properties of modified fibre surfaces.
Mechanics of point particles and rigid bodies; oscillation; elastic deformations; mechanics of liquids; fluctuation; temperatures; laws of energy; electrical currents; electric and magnetic fields; EM oscillation and fluctuation; wave optics; photometry; colour perception; geometric optics; atoms and molecules.
Classification of fibre; fibre-forming polymers; supra-molecular structure; fibre structure; thermodynamics of stretching; orientation; supra-molecular forces: metastable states and dimensional stability of fibre; factors of fibre properties; modification of a fibre properties (profiled, hollow fibres, bicomponents, microfibres, nanofibres)
data, information and knowledge; acquisition, collection and evaluation of data; managing data: files, databases, information systems; tools, formats; data processing: categorisation, analysis, synthesis, transformation; presentation of data: structuring, visualisations, tools and techniques; data storage: documentation, metadata, archiving, security, access, rights, licenses; methodological approaches to data management; selected software tools and systems for data management