FIELD: physics.
SUBSTANCE: highly reflecting heated mirror comprises, arranged in series beginning from a glass substrate, a reflecting current-conducting layer of stainless steel with geometrical thickness of 20-1000 nm, two electric contacts located on the layer of stainless steel, a titanium oxide layer with geometrical thickness of 80-90 nm, a silicon oxide layer with geometrical thickness of 90-96 nm, a titanium oxide layer with geometrical thickness of 50-60 nm, a silicon oxide layer with geometrical thickness of 90-96 nm and a titanium oxide layer with geometrical thickness of 50-60 nm.
EFFECT: invention increases the reflection power of a heated mirror in the visible spectrum with stable electrical resistance of the heating element.
1 dwg
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Authors
Dates
2014-09-10—Published
2013-04-15—Filed