Seeking Dual Channels for Conducting in Color Paradise: Optimizing Electron Hopping and Ion Diffusion in Polyimides Films to Contribute Better Performance of Electrochromic Devices

Electrochromic (EC) materials can be widely used in displays, electronic labels, and smart window. However, obtaining EC polymer materials with more stability and faster response times is still a great challenge. Based on the concept that a planar block will improve the electron transfer and a nonpl...

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Bibliographic Details
Main Author:	Minghao Zhai (14444674) (author)
Other Authors:	Chunli Ma (1875385) (author), Jingtao An (22535570) (author), Wanan Cai (17271788) (author), Tingting Zhou (163678) (author), Haijun Niu (6818282) (author), Wen Wang (6570) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Physiology Biotechnology Computational Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified visual signaling ecd tested three types synthesized two kinds seeking dual channels providing design strategy faster response times exceptional coloration efficiency environmental hazard tests conventional double glazing contribute better performance bleaching time (< optimizing electron hopping loose polymer films exhibiting great potential efficient electron hopping based modification groups electrochromic devices electrochromic 2 </ sup electrochromic properties polyimides films great challenge electron transfer electron simultaneously widely used special combination smart window redox centers real scenario planar block overall electrochemical nonplanar block experimental results energyplus </ encourage improvement electronic labels ecbs ), dicyclohexanoic anhydride dense packing colorless film color paradise closer proximity climatic zones >< sub 89 %) 650 cm 54 nm
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Seeking Dual Channels for Conducting in Color Paradise: Optimizing Electron Hopping and Ion Diffusion in Polyimides Films to Contribute Better Performance of Electrochromic Devices

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