rok 2006 - Fakulta chemickej a potravinárskej technológie ...
rok 2006 - Fakulta chemickej a potravinárskej technológie ...
rok 2006 - Fakulta chemickej a potravinárskej technológie ...
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B. Undergraduate Study: Technology of Polymer Materials<br />
1. semester (Bc) Surface and Thin Film Technology 2/0/0 Mikula<br />
Project I. 0/1/0<br />
Bakoš and other members of the<br />
academic staff<br />
2. semester ( Bc) Project II. 0/1/0<br />
Bakoš and other members of the<br />
academic staff<br />
3. semester (Bc) Polymers in Restoration 2/0/0 Reháková<br />
IV. CURRENT RESEARCH PROJECTS<br />
VEGA Project No 1/2454/05 Atmospheric Plasma Treatment and Modification of the Surface<br />
Properties of Paper and Cellulose Fibre Based Materials (Milan Mikula)<br />
Preparation and modification of thin layer properties on a paper or on flat cellulose fibre based materials, focusing<br />
in the functionality, quality, strengthening, stabilization and protection. Modification/treatment of paper by a new<br />
type of atmospheric barrier discharge directly in active zone of reactive gas plasma, or by consecutive grafting<br />
and/or UV curing. Hydrophobization of paper using UV cured polymers based on siloxanes, acrylates and waterbased<br />
polymers and their unsaturated derivatives. The study of the final surface properties of modified paper, final<br />
strength, layer adhesion, optical and permeation barrier properties. Cleaning and deacidification of naturally aged<br />
paper from archives (saving of cultural heritage) in alkaline plasma (nitrogen, ammonia) and its strengthening and<br />
stabilization by layers prepared<br />
Project duration: from 01. 01.2005 to 31. 12. 2007<br />
5th FrameWork Programme of EU: Thematic Network /EVK4-CT-2002-20010 Transitional<br />
Metals in Paper (MIP), (Michal Čeppan)<br />
Transitional metals may cause an accelerated ageing of historic paper documents, drawings and other cellulose<br />
cointaining objects. The aim of the network MIP is to exchange present knowledge related to the effects and on<br />
how to reduce the effects of transitional metals in paper and how to fit in these results to innovative conservation<br />
strategies consisting of assesments methods and treatment technologies.<br />
Project duration: from 01. 03. 2003 to 01. 03. <strong>2006</strong><br />
VEGA Project No 1/2455/05 Study of properties of inks, dyes and printing inks in the<br />
structures of graphic images (Michal Čeppan)<br />
Development of methods of molecular spectroscopy (IR, UV-VIS) aimed to the study of documents with graphic<br />
records. Chemometric procedures will be utilized to extract useful chemical information from complex sets of<br />
spectra (factor analysis, multivariate statistical analysis). These methods will be used in study of processes during<br />
the ageing of historical documents containing iron-gall inks. Study of processes of photochemical decay of inks<br />
containing aryl methane dyes as well as the relation between conservations procedures and properties of ink<br />
records. Study of relation between properties of paper, transfer characteristics and quality of printed image.<br />
Project duration: from 01. 01.2005 to 31. 12. 2007<br />
Project of ME SR No 661/2003 Preservation, Stabilization and Conservation of Traditional<br />
Information Supports in the Slovak Republic (Dušan Bakoš, Milena Reháková)<br />
This project covers programme of saving, stabilization and conservation of traditional holders of information<br />
(books, archival documents etc.). Big portion of cultural heritage stored in historical books and archival documents<br />
is endangered with destructive impacts of abiotic and biotic factors. This can cause irretrievable loss of cultural<br />
heritage of Slovak Republic. Solving of this problem is divided into two time steps. First includes years 2003 -<br />
2005 and its subject covers basic research. Except of this, second step will also include applied research and<br />
development.<br />
Project duration: from 01.10. 2003 to 31. 12. <strong>2006</strong><br />
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