<wbr id="clwlt"><legend id="clwlt"></legend></wbr><dd id="clwlt"></dd>

<wbr id="clwlt"><source id="clwlt"></source></wbr>
    <form id="clwlt"><legend id="clwlt"></legend></form>

  1. 
    
    <sub id="clwlt"><table id="clwlt"></table></sub>

      <nav id="clwlt"></nav>

      Non-volatile, Li-doped ion gel electrolytes for flexible WO3-based electrochromic devices

      2019-11-08 19:28:49 adman 52
      文件格式 :
      .pdf
      立即下载

      Non-volatile, Li-doped ion gel electrolytes for flexible WO3-based electrochromic devices

      Tae YongYuna1XinlinLib1JaehyunBaecSe HyunKimbcHong ChulMoona

      Highlights


      • ?

      • Non-volatile, Li-doped ion gel electrolytes are designed for flexible WO3-based ECDs.

      • ?

      • ECDs exhibit low voltage operation (–0.9 V) and large transmittance contrast (~85%) between colored and bleached states.

      • ?

      • Electrolyte leakage is not observed in flexible ECDs containing Li-doped gel electrolyte when bending deformation is applied.

      • ?

      • Flexible ECDs maintain ~90.3 and ~84.5% of initial optical transmittance and coloration efficiency after 1000 bending tests.


      Abstract

      Flexible electrochromic devices (ECDs) based on Li-doped ion gels and tungsten trioxide (WO3) are demonstrated. Colored ECDs cannot be produced using conventional ion gels comprised of copolymers and room temperature ionic liquids (RTILs) due to a lack of cations that can be inserted into WO3. Based on considerations of the coloration mechanism, we developed Li-doped ion gels and applied these to devices. The effects of Li salt concentration are systematically examined, with respect to device dynamics, coloration efficiency, and transmittance contrast. In addition, the coloration/bleaching switching stability of the ECD produced using optimal Li salt content is investigated. The ECD exhibits distinct colored and bleached states even after 24?h operation in air. Using the described Li-doped ion gel electrolytes, flexible WO3 ECDs were successfully demonstrated with good bending stability and no electrolyte leakage.

      Graphical abstract


      Unlabelled Image




      标签:  离子液体 电解质 TFSI离子液体 LiTFSI
      日本人妻巨大乳挤奶水,久久精品人人做人人爽,欧美大香线蕉线伊人久久,大陆国语对白国产av片