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OPTICAL COATING BASED ON CARBON NANOFIBRES ALIGNED IN ELECTRIC FIELD FOR OPTICAL INSTRUMENT MAKING, MICRO- AND NANO-ELECTRONICS WHEN LEVELLING BOUNDARY INTERFACE OF MEDIA: SOLID SUBSTRATE-COATING
OPTICAL COATING BASED ON CARBON NANOFIBRES ALIGNED IN ELECTRIC FIELD FOR OPTICAL INSTRUMENT MAKING, MICRO- AND NANO-ELECTRONICS WHEN LEVELLING BOUNDARY INTERFACE OF MEDIA: SOLID SUBSTRATE-COATING
FIELD: physics.;SUBSTANCE: optical coating is a thin-film coating based on carbon nanotubes with value of non-uniformity at the nanometer level. A CO2 laser is used to deposit the carbon nanotubes onto the substrate. An electric field with strength of 50-250 V/cm is used to align the carbon nanotubes during deposition.;EFFECT: higher optical transmission in the UV, visible and infrared range, higher mechanical and laser damage resistance, reduced rougheness of the surface of the optical coating and optical elements, levelling of the boundary interface of phases.;2 dwg
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机译:领域:物理;物质:光学涂层是一种基于碳纳米管的薄膜涂层,具有纳米级的非均匀性值。使用CO 2 Sub>激光器将碳纳米管沉积到基板上。强度为50-250 V / cm的电场用于在沉积过程中对齐碳纳米管;效果:在紫外线,可见光和红外线范围内具有更高的光学透射率,更高的机械和激光损伤耐受性,降低了表面的粗糙度光学涂层和光学元件,相边界界面的水平。2 dwg
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