“…13,14 PEDOT boasts numerous advantageous features, including ease of synthesis, high electrical conductivity, lightweight, and precise control over its electrochemical performance. 15,16 These outstanding properties have led to its versatile applications in various fields, such as actuators, 17–19 sensors, 20–22 supercapacitors, 23–26 batteries, 27,28 tissue engineering, 29,30 and electrocatalysis. 31 Harnessing the potentials of PEDOT enables us to enhance device fabrication and explore new horizons in the realm of materials science.…”
An extensive electrochemical investigation of PEDOT has been carried out with a particular focus on understanding the structural electrochemistry during its faradaic process, a topic that has not been previously...
“…13,14 PEDOT boasts numerous advantageous features, including ease of synthesis, high electrical conductivity, lightweight, and precise control over its electrochemical performance. 15,16 These outstanding properties have led to its versatile applications in various fields, such as actuators, 17–19 sensors, 20–22 supercapacitors, 23–26 batteries, 27,28 tissue engineering, 29,30 and electrocatalysis. 31 Harnessing the potentials of PEDOT enables us to enhance device fabrication and explore new horizons in the realm of materials science.…”
An extensive electrochemical investigation of PEDOT has been carried out with a particular focus on understanding the structural electrochemistry during its faradaic process, a topic that has not been previously...
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