Letno poročilo 2005

(Slika 2)) za fasadne son~ne kolektorje ter
ugotovili, da po svojih barvnih lastnostih in
energetski u~inkovitosti preka{ajo analogne
premaze, ki za doseganje energetske u~inkovitosti
izkori{~ajo majhno debelino ¢Z. Crnjak
Orel et al., Sol. Energy Mater. Sol. Cells 85.
41 (2005)¥ ter uporabili te izsledke za pripravo
kamufla`nih premazov za termovizijsko
za{~ito objektov in naprav. Osnove za
kvantifikacijo opti~nih lastnosti efektnih
premazov so bile izdelane na primeru
pra{kastih premazov ¢M. Klanj{ek Gunde et
al., Prog. Org. Coat. 54, 113 (2005)¥ ter na
plazemsko jedkanih plasteh ¢M. Klanj{ek
Gunde et al., Vacuum. 80, 189 (2005); M.
Mozeti~, Mater. Forum 29, 438 (2005)¥.
SODELOVANJE Z INDUSTRIJSKIMI IN
DRUGIMI PARTNERJI
- Color d.d., Medvode; razvoj premazov za
son~ne zbiralnike in fasade (sodelovanje v
okviru Solabs EU projekta in samostojnega
projekta MORS)
- Helios d.d., Dom`ale, licen~na pogodba za
izdelavo Solarect-Z premaza
MEDNARODNO SODELOVANJE
- In-situ spektroskopske analize elektroopti~nih
sistemov, ogledal, fotonapetostnih celic in
prikazalnikov, Proteous - bilateralno sodelovanje
Slovenija - Francija, 2004 – 2005; P.
Colomban, CNRS, LADIR, Thiais-Pariz, Francija
(B. Orel)
- Nanoporozni sol-gel materiali za elektrokromne
aplikacije, bilateralno sodelovanje
Slovenija - Italija 2002 – 2005; F. Decker,
Universita “La Sapienza”, Rim, Italija (A. [urca
Vuk)
- Development of unglazed solar absorbers (resorting
to coloured selective coatings on steel
material) for building facades and integration
into heating systems (SOLABS), RTD
projekt, 2003 - 2006 (B. Orel)
- Polymeric Materials for Solar Thermal Applications,
International Energy Agency (IAE),
Laboratorij za spektroskopijo materialov
Laboratory for Spectroscopy of Materials
colours (metric chroma C* > 13) and spectral
selectivity (a s /e T ) which imparted them
performance higher compared to those of
black spectrally non-selective paint coatings.
The photothermal conversion properties of
the paints did not depend on the coating
thickness and they exhibited stronger colours
compared to the analogues paints, the spectral
selectivity of which depends on their
thickness ¢Z. Crnjak-Orel et al., Sol. Energy
Mater. Sol. Cells 85. 41 (2005)¥. Basics of the
qvantification of optical properties of effect
coatings were studied on powder coatings
¢M. Klanj{ek Gunde et al., Prog. Org. Coat.
54, 113 (2005)¥ and plasma etched layers
¢M. Klanj{ek Gunde et al., Vacuum. 80, 189
(2005); M. Mozeti~, Mater. Forum 29, 438
(2005)¥.
COLLABORATION WITH INDUSTRIAL AND
OTHER PARTNERS
- Color d.d., Medvode, Slovenia; development
of spectrally selective coatings for solar
colectors and facades (cooperation in the
frame of Solabs EU project and project from
MORS)
- Helios d.d., Dom`ale, Slovenia; licence contract
for production of the Solarect-Z paint
INTERNATIONAL COLLABORATION
- In-situ spectroscopic analysis of electrooptic
systems, mirrors, photoelectrochemical cells
and displays, Proteous - bilateral cooperation
Slovenia - France 2004 - 2005, P. Colomban,
CNRS, LADIR, Thiais-Paris, France (B. Orel)
- Nanoporous sol-gel materials for electrochromic
application, bilateral cooperation
Slovenia - Italy 2002 - 2005, F. Decker, University
of Rome “La Sapienza”, Rome, Italy
(A. [urca Vuk)
- Development of unglazed solar absorbers (resorting
to coloured selective coatings on steel
material) for building facades and integration
into heating systems (SOLABS), RTD
project 2003 - 2006 (B. Orel)
- Polymeric Materials for Solar Thermal Appli-
49