rok 2007 - Fakulta chemickej a potravinárskej technológie
rok 2007 - Fakulta chemickej a potravinárskej technológie
rok 2007 - Fakulta chemickej a potravinárskej technológie
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Optional<br />
2. semester (MSc)<br />
Special and Modified Fibres<br />
0/0/2 Marcinčin<br />
Structure and Properties of Fibres 1/0/1 Krištofič<br />
Modelling and Simulation of Processes<br />
in Polymers<br />
1/0/1 Marcinčin<br />
Colorants and Textile Auxiliares<br />
2/0/0 Murárová<br />
Physiology and Comfort of Clothing<br />
0/2/0 Murárová<br />
Special Chemical Modification of<br />
Textiles<br />
0/2/0 Ujhelyiová<br />
Technical Textiles 2/0/0 Krištofič<br />
Principles of Textile Engineering 2/0/0 Ujhelyiová<br />
Laboratory of Textile Engineering 0/0/8 Marcinčin<br />
3. semester (MSc) Textile Chemistry and Techmology 2/2/0 Ujhelyiová<br />
Technology of Polymeric Films 2/0/0 Marcinčin<br />
Fibre and Textile Testing 2/0/0 Murárová,<br />
Laboratory of Textile Chemistry and<br />
Technology<br />
0/0/10 Ujhelyiová<br />
4. semester (MSc) Diploma work 0/0/27 Marcinčin<br />
IV. CURRENT RESEARCH PROJECTS<br />
A. Project of APVT Grant Agency APVT 20-011-404 (Anton Marcinčin), Composite Fibres and<br />
Textiles<br />
The aim of this project is the preparation of new types of fibres based on polymer nanocomposite and to the<br />
preparation of textiles with new multifunctional properties mainly barrier against UV light, thermoregulative, further<br />
with electric conductivity and with some aspects of intelligent materials (sensors). New properties of textiles will<br />
be the consequence of nano modification of polymers and fibres with additives as well as new construction<br />
aspects of textiles. The project is oriented to the basic material research of fibres and fabrics.<br />
Project duration: from 01.05.2005 to 31.05.2008<br />
B. International EU Project 6 FP 505 567-1(Anton Marcinčin), Biotechnological Process for<br />
Manufacturing Cellulosic Product with added Value<br />
Project is focused to the basic investigation of new biochemical ways how to dissolve the cellulose and change its<br />
original form. Method is based on the safe, biodegradable enzymes used instead of toxic dangerous CS2 with the<br />
aim to create products from regenerated cellulose. Biocelsol technologies are break through in comparison with<br />
existing processes for preparation of regenerated cellulose and give harmless technologies for modification of<br />
cellulose with selected enzymes. Enzymatically modified cellulose is better soluble in water-alkali solutions and its<br />
processing to solutions is more simple. Scientific goals of the project:<br />
- understand enzymatic processes in cellulose and their influence on the structure and processability of the<br />
cellulose,<br />
- investigate new products with involved functional properties based on enzymatically modified cellulose,<br />
- ensure exceptional decrease of environmental and health influence in comparison with viscose process,<br />
- prove new, acceptable procedures which reduce production cost in cellulose industry.<br />
Project duration: from 2004 to <strong>2007</strong><br />
C. International EU Project 6 FP 6 516972 (Anton Marcinčin), Nanohybrid – designed<br />
nanostructured hybrid polymers: polymerisation catalysis and Tecton assembly<br />
The project is focussed on to: 1. Creation of new knowledge related to macromolecular architecture designs via<br />
transition metal catalysis which will be up access to novel random and block coplymers and polymer product<br />
compositions. 2. Understanding the phenomena of nanocompomers and nanocomposites´formation either during<br />
in-situ polymerisation or during melt processing. 3. Investigation of fundamental characteristics of the organicinorganic<br />
interphase region by multi-scale analysis.<br />
4 Application-oriented property enhancement, thanks to nanostructured hybrid polyolefins.<br />
Project duration: from 01.03.2005 to 28.02.2008<br />
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