Preparation of poly (hydroxymethyl EDOT)/nano-silver composite films by oxidative polymerization with low-baking temperature, low resistance and good adhesion on PET substrate
“…This is because the presence of polar hydroxyl groups (–OH) on the PEDTM side chain could form hydrogen bonding between themselves and PU-DA (having a large amount of –NH–, –CO, and –O– groups), which could not only enhance the composite compatibility and improve the structural tightness but also could improve the doping level of PEDOT chains. 33,34…”
Since the cracks or scratches that occur during use can degrade the performances and lifetime of organic film electronic devices, the development of self-healing materials holds great potential for developing...
“…This is because the presence of polar hydroxyl groups (–OH) on the PEDTM side chain could form hydrogen bonding between themselves and PU-DA (having a large amount of –NH–, –CO, and –O– groups), which could not only enhance the composite compatibility and improve the structural tightness but also could improve the doping level of PEDOT chains. 33,34…”
Since the cracks or scratches that occur during use can degrade the performances and lifetime of organic film electronic devices, the development of self-healing materials holds great potential for developing...
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