Petra Roupcová, Romana Friedrichová, Karel Klouda, Markéta Weisheitelová and Michaela Perďochová
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Klouda, K., Friedrichova, R., Lach, K., Zemanova, E. 2014a. ThermalStability of Graphene Oxide and its Derivatives Selected, In Šenovský, M. (Ed.): Fire Protection 2014. SPBI, Ostrava. (in Czech)
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Andrzej Hacura, Wacława Marcoin and Karol Pasterny
FTIR spectroscopy has been applied to study the thermal stability of magnesium aspartatearginine. An attempt has been made, using theoretically predicted IR spectra, to relate the changes in the experimental spectra with the decomposition process of the studied magnesium complex.
Petra Roupcová, Karel Klouda, Markéta Weisheitelová and Bohdan Filipi
By reducing potassium permanganate using various methods (microwave radiation, HCl, ethanol, ascorbic acid) in a biochar environment, we have prepared composites of manganese oxides and biochar as an electrode material for elements or supercapacitors. Once identified, the prepared products were tested for thermal stability and phytotoxicity as a safety parameter in case they get in contact with the natural environment. The publication had also discussed progression of thermal decomposition of the composite. The process was exo-thermal with mutual oxidation-reduction reaction between the manganese oxides and biochar carbon. In the article there are also described the adsorption capabilities of prepared products. The manganese oxide content had also influenced the phytotoxicity test results. The biochar itself had stimulating effects on all tested seeds, while composites had shown both stimulating and inhibiting effects, depending on the kind of tested seeds.
B. K. Kizilduman, M. Alkan, M. Doğan and Y. Turhan
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Jarosław Sarnecki, Bartosz Gawron and Jadwiga Głąb
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Agnieszka Szelecka, Jacek Kurzyna and Loic Bourdain
The Krypton Large IMpulse Thruster (KLIMT) ESA/PECS project, which has been implemented in the Institute of Plasma Physics and Laser Microfusion (IPPLM) and now is approaching its final phase, was aimed at incremental development of a ~500 W class Hall effect thruster (HET). Xenon, predominantly used as a propellant in the state-of-the-art HETs, is extremely expensive. Krypton has been considered as a cheaper alternative since more than fifteen years; however, to the best knowledge of the authors, there has not been a HET model especially designed for this noble gas. To address this issue, KLIMT has been geared towards operation primarily with krypton. During the project, three subsequent prototype versions of the thruster were designed, manufactured and tested, aimed at gradual improvement of each next exemplar. In the current paper, the heat loads in new engine have been discussed. It has been shown that thermal equilibrium of the thruster is gained within the safety limits of the materials used. Extensive testing with both gases was performed to compare KLIMT’s thermal behaviour when supplied with krypton and xenon propellants.
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Radek Polanský, Martina Pinkerová, Monika Bartůňková and Pavel Prosr
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 ORESKI, G.-WALLNER, G. M. : Aging Mechanisms of Poly- meric Films for PV Encapsulation, Solar Energy 79 No. 6 (2005), 612-617, DOI: 10.1016/j.solener.2005.02.008.
 AGROUI, K.-MAALLEMI, A.-BOUMAOUR, M.-COL- LINS, G.-SALAMA, M. : ThermalStability of Slow and Fast Cure EVA Encapsulant Material for Photovoltaic Module Man- ufacturing Process, Solar Energy Materials & Solar Cells 90 (2006), 2509-2514.
 AGROUI, K.-BELGHACHI, A.-COLLINS, G.-FARENC, J. : Quality Control of EVA Encapsulant