Electrochromic film has attracted much attention due to the potential application in military disguise, smart windows, rear view mirror, high contrast display and the thermal control of satellites. 电致变色薄膜以其在军事伪装、智能调光窗、后视镜、高对比度信息显示器以及卫星热能控制领域具有广泛的应用前景而引起人们的广泛关注。
, are analysed, so as to master the fabrication process of WO_3 thin films and to obtain good performances for electrochromic display. 以便较好地掌握WO3薄膜的制作工艺,使之获得较好的电致变色显示性能。
The structure, operating principle and experimental results of a new electrochromic writing and display device are described. The potential applications of electrochromic devices in architecture, automation, flat panel displays and image-recording devices are prospected. 描述了电致变色写入和显示器件的结构、工作原理与实验结果,指出了这种新型电致变色器件的应用前景。
WO_3 film, as an important electrochromic material, has a favorable prospect in the field of military masquerade, smart window, mutable reflective index mirror and high contrast large area information display. 三氧化钨薄膜作为重要的电致变色材料在军事伪装、智能调光窗、可变反射率镜及高对比度非辐射信息显示器上具有广泛的应用前景。
Electrochromic Display Using Iridium Oxide Films 氧化铱电致变色显示
Analysis of a-WO_3 Films in Electrochromic Display 电致变色显示中非晶三氧化钨薄膜的分析研究
Electrochromic Writing and Display Device 电致变色写入与显示器件
Electrochromic ( EC) materials are one of functional materials, which have very good application future. It can be used widely in large-area display, light switch, unglaring viewfinder, deposited devices, building glass and smart windows. 电致变色材料是一种很有应用前途的功能材料,它在大型显示、光开关、无炫光镜、电致变色储存器件与建筑窗玻璃、灵巧窗上都有广阔的应用前景。
Such as electrochromic display, chemically modified electrode and corrosion inhibitor. 例如电致变色器件、化学修饰电极和防腐蚀材料。