FIELD: chemistry.
SUBSTANCE: mirror with heating contains a glass substrate, from the back side of which successively located are a layer of titanium oxide with the geometrical thickness of 50-60 nm, then a layer of silicon oxide with the geometrical thickness of 66-76 nm, then a reflecting 100-300 nm thick aluminium layer. A current-conducting layer of tin oxide with the geometrical thickness of 290-310 nm is located from the external side of the substrate. Electric contacts and a layer of magnesium fluoride with the geometrical thickness of 95-105 nm are located on the current-conducting layer.
EFFECT: invention makes it possible to increase reflectance of the mirror with heating in the visible part of spectrum.
2 dwg, 3 ex
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HIGHLY REFLECTING HEATED MIRROR | 2013 |
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METHOD OF MAKING OF HEATED MIRROR | 2006 |
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HEATED MIRROR | 2006 |
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Authors
Dates
2014-09-10—Published
2013-03-18—Filed