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"Muu" projekt SLOFY12149T
SLOFY12149T (3.2.1101.12-0027) "Uudne "targa klaasi" kontseptsioon energiatarbimise vähendamiseks (1.08.2012−31.12.2014)", Vambola Kisand, Tartu Ülikool.
3.2.1101.12-0027
SLOFY12149T
Uudne "targa klaasi" kontseptsioon energiatarbimise vähendamiseks
Novel smart glass concept for reduced energy consumption
Novel smart glass concept for reduced energy consumption
1.08.2012
31.12.2014
Teadus- ja arendusprojekt
Muu
ValdkondAlamvaldkondCERCS erialaFrascati Manual’i erialaProtsent
4. Loodusteadused ja tehnika4.12. Protsessitehnoloogia ja materjaliteadusT150 Materjalitehnoloogia2.3. Teised tehnika- ja inseneriteadused (keemiatehnika, lennundustehnika, mehaanika, metallurgia, materjaliteadus ning teised seotud erialad: puidutehnoloogia, geodeesia, tööstuskeemia, toiduainete tehnoloogia, süsteemianalüüs, metallurgia, mäendus, tekstiilitehnoloogia ja teised seotud teadused).100,0
AsutusRollPeriood
Tartu Ülikoolkoordinaator01.08.2012−31.12.2014
AsutusRiikTüüp
SA Archimedes
PerioodSumma
01.08.2012−31.12.2014662 738,00 EUR
662 738,00 EUR
Materjalitehnoloogia

The aim of the project is to develop a novel electro-optical coating that bases on an unprecedented operational principle: switching between the disordered and aligned positioning of nanowires (nanotubes) relative to the incident light. The new concept represents a suspension of nanowires in a transparent matrix, applied as a thin film to a glass surface. The electro-optical effect of this material is provided by the variable shielding of the passing light by nanowires relative to their orientation, and by the unique optical properties of nanowires. The choice of the composition and dimensions of nanowires makes it possible to target specific regions of the spectrum, including the IR region. This means that the novel concept proposes a promising alternative to the only tunable IR shielding technology for windows there currently is – the electrochromic coatings . The principle of the new technology is much simpler than that of the electrochromic coatings, thus making it a likely candidate for bringing the tunable energy efficient windows to the everyday use. Furthermore, besides the cost-effectiveness the new coating does not suffer from the drawbacks that still harass the electrochromic coatings, like gradual loss of effect and relatively short lifetime. This project will have two major objectives: 1) synthesis of suitable nanowires, and 2) fabrication of the electro-optical coating; the latter will involve a profound supportive theoretical work. Also, there will be an important sub-objective of the project: developing methods for fabrication of transparent electrodes. This is necessary for the convenience of the technological production of the electro-optical glass, potentially making the integration of the electro-optical coating in between electrodes much easier than it would be by using commercial means (i.e. ITO-glass).
TegevusProtsent
Alusuuring100,0