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Mechanically Robust and Broadband Blackbody Composite Films Based on Self-Assembled Layered Structures.
Chemistry - An Asian Journal ( IF 3.5 ) Pub Date : 2020-03-30 , DOI: 10.1002/asia.202000184 Jun Yan 1 , Mengjiao Wu 1 , Yi Han 1 , Yulan Chen 1 , Mingjie Liu 2
Chemistry - An Asian Journal ( IF 3.5 ) Pub Date : 2020-03-30 , DOI: 10.1002/asia.202000184 Jun Yan 1 , Mengjiao Wu 1 , Yi Han 1 , Yulan Chen 1 , Mingjie Liu 2
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Inspired by nacre that is mechanically strong and versatile in light manipulation, large-scale black films with a nacre-like microstructure and carbon nanotube inclusion were prepared using a facile self-assembly technique. A layered structure promoting blackness and toughness simultaneously was realized, affording robust films with a solar-absorptivity as high as 96.9%. Our design strategy and fabrication process will be beneficial for the facile access to various advanced blackbody coatings.
中文翻译：
基于自组装层状结构的机械坚固且宽带的黑体复合薄膜。
受机械强度高且在光处理方面具有多种用途的珍珠母的启发，使用便捷的自组装技术制备了具有珍珠母状微结构和碳纳米管包裹体的大型黑色薄膜。同时实现了促进黑度和韧性的分层结构，提供了具有高达96.9％的日光吸收率的坚固膜。我们的设计策略和制造工艺将有利于轻松获得各种先进的黑体涂层。
更新日期：2020-03-30
中文翻译：
基于自组装层状结构的机械坚固且宽带的黑体复合薄膜。
受机械强度高且在光处理方面具有多种用途的珍珠母的启发，使用便捷的自组装技术制备了具有珍珠母状微结构和碳纳米管包裹体的大型黑色薄膜。同时实现了促进黑度和韧性的分层结构，提供了具有高达96.9％的日光吸收率的坚固膜。我们的设计策略和制造工艺将有利于轻松获得各种先进的黑体涂层。
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