无机电致变色材料反射特性研究进展
张翔1, 李文杰2(
), 王乐滨1, 陈曦1, 赵九蓬2, 李垚1()
), 王乐滨1, 陈曦1, 赵九蓬2, 李垚1()
Reflective Property of Inorganic Electrochromic Materials
ZHANG Xiang1, LI Wenjie2(), WANG Lebin1, CHEN Xi1, ZHAO Jiupeng2, LI Yao1()
), WANG Lebin1, CHEN Xi1, ZHAO Jiupeng2, LI Yao1()
图2. 以60°角记录的具有7层周期结构的薄膜(橘红色)在阴极着色(黄色)和阳极着色(绿色)下的实物照片(a), 不同Bragg波长的致密WO3薄膜和4周期双层电致变色分布Bragg反射器的电致变色特性(b) (λB=450, 550, 650 nm)[
Fig. 2. Color effects recorded at a 60° angle for cathodic coloration (yellow stack) and anodic coloration (green stack) of an orange-red 7 double-layer nanoparticle NiO/WO3 stack (a), and electrochromic properties of dense WO3 film and 4-bilayer electrochromic distributed Bragg reflectors with various Bragg wavelength (b) (λB=450, 550, 650 nm)[
