The aim is to enhance the physicochemical properties of PEDOT:PSS materials for electromagnetic shielding.
Chemical modifications of PEDOT:PSS materials were applied.
The physicochemical properties were comprehensively analyzed.
Performance evaluations were conducted for electromagnetic shielding effectiveness.
Enhanced shielding effectiveness was achieved in modified PEDOT:PSS materials.
Physicochemical properties exhibited significant improvement compared to unmodified forms.
Abstract
Comprehensively enhancing the physicochemical properties of PEDOT:PSS-based electromagnetic shielding devices for expanded use in next-generation smart wearable electronic systems.