HEAT-RESISTANT HIGHLY SELECTIVE ENERGY-SAVING BRONZE COLOR COATING ON GLASS AND METHOD OF ITS PRODUCTION
作者： Bernt Dmitrij Dmitrievich , Ponomarenko Valerij Olegovich
DOI:
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摘要: FIELD: technological processes.SUBSTANCE: invention relates to energy-saving coatings, in particular coatings on glass, having properties of thermal stability and high selectivity, a method for production thereof. In particular, heat-resistant highly selective coating bronze color glass is proposed, which consists separate directly contacting layers. Said includes the following adhering layers order from substrate outside: first layer containing sub-stoichiometric nitride silicon-doped Si-Al-N, next being contact layer, contains tin-doped zinc oxide Zn-Sn-O, followed by alloyed Zn-Al-O, catalytic Ag silver, infrared reflecting comprising nichrome Ni-Cr-O, barrier Zn-Al-O aluminum, covering an intermediate aluminum Al-N, second catalyst silver Ag, radiation, Ni-Cr-O oxide, tungsten W-N, absorbing as well protective providing chemomechanical protection entire previously listed structure, external above structure acting anti-propagation cracks "PRT" Zn-Sn-O.EFFECT: technical result provision relation prolonged effects temperatures, expressed maintaining minimum value turbidity level based results exposure, sun-proof with respect excessive solar action simultaneous maintenance satisfactory visible light transmission level, energy efficiency terms reducing radiative heat losses during cold reflection surface side opposite thin-film energy-efficient optical applied, achieved wide range viewing angles.4 cl, 6 dwg
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