Transparent conductive film-material system, preparation method and application based on graphene

National Nanoscience Center Zhilinjie team has long been committed to the preparation and application of new graphene transparent conductive film research, in this field of key scientific and technical issues, carried out a systematic in-depth research, and achieved a series of results, especially based on graphite raw materials to restore graphene oxide (rGO) transparent conductive film preparation and application field, made a series of original work.
a variety of green and efficient large-scale preparation methods (Small, 2012; Advanced Materials, 2012; Journal of Materials Chemistry A, 2014; Advanced Materials, 2017;); Large-scale production process (Advanced Materials, 2017) and the construction of pilot lines based on this process, in graphene composites such as transparent conductive film, the development of graphene / nano carbon composite transparent conductive film (Journal of Nanoscience and Nanotechnology, 2013) graphene / metal mesh composite film (Carbon, 2015) and other new composite structures. For graphene-type transparent conductive film applications, flexible touch screens (Advanced Materials, 2012), electrochromic smart windows (Small, 2012; Carbon, 2015; Advanced Materials) are based on these new transparent conductive films , 2017), dye-sensitive solar cells (Nano Letters, 2008) and high-performance transparent electrodes (Journal of Materials Chemistry A, 2014) and a range of new photoelectronics
China
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Figure I, Material Systems and Applications for Transparent Conductive Films Based on Graphene
Due to its long-standing work in the field of transparent conductive films of graphene, a team of Zhilinger researchers was recently invited to write a review for The Magazine of Small Methods: "Graphene-Based Transparent Conductive Films: Material Systems, Prepare and Applications". This paper summarizes the latest domestic and international research progress in this field, starting with the preparation materials of transparent conductive films of graphene. First of all, the paper systematically summarizes the material system, preparation method and application in the field of photoelective (Figure I), and compares the performance (Figure 2) and advantages and disadvantages of different types of graphene transparent conductive films, and discusses the problems and corresponding solutions in this field, and looks forward to the development prospects of such films.
the photoelectrelectric properties of different graphene-type transparent conductive films is