rok 2006 - Fakulta chemickej a potravinárskej technológie ...

Optional
2. semester (MSc)
Special and Modified Fibres
0/0/2 Marcinčin
Structure and Properties of Fibres 1/0/1 Krištofič
Modelling and Simulation of Processes
in Polymers
1/0/1 Marcinčin
Colorants and Textile Auxiliares
2/0/0 Murárová
Technical Textiles 2/0/0 Krištofič
Principles of Textile Engineering 2/0/0 Ujhelyiová
Laboratory II 0/0/8 Marcinčin
3. semester (MSc) Textile Chemistry and Techmology 2/2/0 Ujhelyiová
Technology of Polymeric Films 2/0/0 Marcinčin
Fibre and Textile Testing 2/0/0 Murárová, Legéň
Laboratory of Textile Chemistry and
Technology
0/0/10 Ujhelyiová
4. semester (MSc) Diploma work 0/0/27 Marcinčin
IV. CURRENT RESEARCH PROJECTS
A. Project of APVT Grant Agency APVT 20-011-404 (Anton Marcinčin), Composite Fibres and
Textiles
The aim of this project is the preparation of new types of fibres based on polymer nanocomposite and to the
preparation of textiles with new multifunctional properties mainly barrier against UV light, thermoregulative, further
with electric conductivity and with some aspects of intelligent materials (sensors). New properties of textiles will
be the consequence of nano modification of polymers and fibres with additives as well as new construction
aspects of textiles. The project is oriented to the basic material research of fibres and fabrics.
Project duration: from 01.05.2005 to 31.12.2007
B. International EU Project 6 FP 505 567-1(Anton Marcinčin), Biotechnological Process for
Manufacturing Cellulosic Product with added Value
Project is focused to the basic investigation of new biochemical ways how to dissolve the cellulose and change its
original form. Method is based on the safe, biodegradable enzymes used instead of toxic dangerous CS2 with the
aim to create products from regenerated cellulose. Biocelsol technologies are break through in comparison with
existing processes for preparation of regenerated cellulose and give harmless technologies for modification of
cellulose with selected enzymes. Enzymatically modified cellulose is better soluble in water-alkali solutions and its
processing to solutions is more simple. Scientific goals of the project:
- understand enzymatic processes in cellulose and their influence on the structure and processability of the
cellulose,
- investigate new products with involved functional properties based on enzymatically modified cellulose,
- ensure exceptional decrease of environmental and health influence in comparison with viscose process,
- prove new, acceptable procedures which reduce production cost in cellulose industry.
Project duration: from 2004 to 2007
C. International EU Project 6 FP 6 516972 (Anton Marcinčin), Nanohybrid – designed
nanostructured hybrid polymers: polymerisation catalysis and Tecton assembly
The project is focussed on to: 1. Creation of new knowledge related to macromolecular architecture designs via
transition metal catalysis which will be up access to novel random and block coplymers and polymer product
compositions. 2. Understanding the phenomena of nanocompomers and nanocomposites´formation either during
in-situ polymerisation or during melt processing. 3. Investigation of fundamental characteristics of the organicinorganic
interphase region by multi-scale analysis.
4 Application-oriented property enhancement, thanks to nanostructured hybrid polyolefins.
Project duration: from 01.03.2005 to 28.02.2008
122